# Pointorama - Full Content

> Complete content export for LLM consumption. Pointorama is cloud-based point cloud management software: it turns 3D scans into precise floor plans, BIM models, and terrain analysis.

## Features

### Automatic room detection

Create rooms without tracing every wall.

Select a space and let Pointorama reconstruct the room from the surrounding point cloud. Wall surfaces are converted into editable room geometry, giving you a fast way to move from measured points to an accurate floor plan.

Features:
- Create rooms in just a few clicks
- No need to trace every wall manually
- Geometry based on measured scan data
- Full control to review and refine

URL: https://pointorama.com/products/automatic-room-detection

### Instant floor plans, 2D & 3D

From scan to publishable plan in minutes.

Generate accurate 2D floor plans and simplified 3D building models directly from detected geometry. Switch between floor plans, elevations, sections and 3D views while measuring distances and keeping every representation linked to the same source scan.

Features:
- Instant 2D floor plan generation
- 3D building model generation
- Plan, elevation & section views
- Combined 2D + 3D workspace

URL: https://pointorama.com/products/instant-floor-plans

### Automatic floor detection

Turn a raw point cloud into structured building levels.

Pointorama automatically detects floors and storeys directly from your scan. Upload a raw point cloud and the platform identifies floor levels and structures them into building storeys — no manual setup or preprocessing. Each floor remains linked to the measured points, giving you an accurate framework for rooms, floor plans and further analysis.

Features:
- Automatic floor & storey detection
- Multi-level building support
- Works on raw, un-cleaned scans
- Fully editable floor levels

URL: https://pointorama.com/products/automatic-floor-detection

### Surface analysis

Go beyond floor plans with powerful analysis tools.

Extract orthographic views, analyse structural geometry and generate documentation directly from your point cloud. Surface Analysis combines powerful inspection tools with AI-assisted workflows to help you understand and document buildings more efficiently.

Features:
- Orthographic floor, elevation & section views
- Surface orientation & planar analysis
- AI-assisted vectorization workflow
- High-resolution screenshots

URL: https://pointorama.com/products/surface-analysis

### AI door & window detection

Openings found and placed, not hand-drawn.

Pointorama automatically detects doors and windows within your point cloud and inserts them as editable, parametric openings. Review every detection against the original scan, make adjustments where needed, and create more complete floor plans in a fraction of the time.

Features:
- AI-assisted door detection
- AI-assisted window detection
- Editable, parametric openings
- Validated against the source scan

URL: https://pointorama.com/products/ai-door-window-detection

### CAD & BIM export

DXF for CAD, IFC for BIM - ready to integrate.

Export floor plans, sections and building models in industry-standard formats including DXF and IFC. Coordinate systems are preserved throughout the workflow, allowing your project to open in CAD and BIM software without rebuilding geometry. For reports and documentation, the high-resolution screenshot tool lets you export detailed views in your preferred format and resolution.

Features:
- DXF export (surfaces & sections)
- IFC / BIM export
- Coordinate-system aware
- Compatible with your preferred design environment

URL: https://pointorama.com/products/cad-bim-export

### Vendor-neutral point cloud support

Work with scans from any scanner, in any major format.

Pointorama is vendor-neutral by design. Import point clouds from virtually any laser scanner or mobile mapping system using industry-standard and proprietary formats. Your data stays portable, your workflow stays flexible, and you’re never locked into a single hardware or software ecosystem.

Features:
- Open & proprietary point cloud formats
- E57, LAS, LAZ, PLY, PTS, PTX, XYZ...
- Scanner-independent workflows
- No vendor lock-in

URL: https://pointorama.com/products/vendor-neutral-point-cloud-support

### Point cloud analysis

Measure, classify and understand every point.

Analyse your point cloud with powerful measurement, filtering and classification tools. Calculate distances, areas, heights and volumes, clean datasets, perform terrain analysis and overlay CAD or GIS data—all from a single browser-based workspace.

Features:
- Distance, area & height measurements
- Volume & terrain analysis
- AI-assisted point cloud classification
- Point cloud filtering & cleaning
- Planar surface analysis
- CAD & WMS/WMTS overlays

URL: https://pointorama.com/products/point-cloud-analysis

### Create a design floor plan

Turn detected rooms into a complete floor plan.

Add the details that make your floor plan complete. Define doors and their opening direction, add stairs, furniture, sanitary fixtures and kitchen elements, then prepare your plan for export. Everything stays editable, so you decide exactly how the final floor plan looks.

Features:
- Add doors with opening direction
- Add stairs and architectural details
- Furnish rooms with ready-made objects
- Create a client-ready floor plan

URL: https://pointorama.com/products/design-floor-plan

### Process billions of points without compromise.

Pointorama is designed to work with massive point clouds directly in your browser. Analyse, measure and generate floor plans from full-resolution datasets without requiring a high-end workstation or local installation.

Features:
- Billion-point projects
- Full-dataset workflows
- Cloud-based, no local install
- Access from anywhere

URL: https://pointorama.com/products/large-point-clouds

## Tutorials

### Automatic Floor Detection

Difficulty: beginner

Learn how to automatically detect floors using Auto Floor mode. Quickly define your building area, generate accurate levels, and streamline your workflow.

# Automatic Floor Detection

URL: https://pointorama.com/tutorials/automatically-detect-floors-with-auto-mode

### Manual Floor Detection

Difficulty: beginner

Learn how to manually create floors using Manual Floor mode. Accurately define floor and ceiling levels for precise and controlled modeling.

# Manual Floor Detection

URL: https://pointorama.com/tutorials/create-floor-manually-with-manual-floor-mode

### Exporting a 2D screenshot

Difficulty: beginner

Learn how to export a clear 2D screenshot of your drawing, including measurements - perfect for presentations, client communication, or use in other software tools.

# Exporting a 2D screenshot

URL: https://pointorama.com/tutorials/exporting-a-2d-screenshot

### Measuring using line tool and 2 planes

Difficulty: beginner

Learn to measure between surfaces using the line tool with two planes - one vertical, one horizontal - for precise 3D measurements across walls, floors, or complex geometries.

# Measuring using line tool and 2 planes

URL: https://pointorama.com/tutorials/measuring-using-line-tool-and-2-planes

### Measuring using line tool and 1 plane

Difficulty: beginner

Discover how to measure accurately by combining the line tool with a single reference plane - ideal for clean, consistent results in 3D environments or point cloud data.

# Measuring using line tool and 1 plane Discover how to measure accurately by combining the line tool with a single reference plane - ideal for clean, consistent results in 3D environments or point cloud data.

URL: https://pointorama.com/tutorials/measuring-using-line-tool-and-1-plane

### Measuring using the line tool

Difficulty: beginner

Learn how to take precise measurements in just a few clicks using only the line tool - simple, efficient, and perfect for clean 2D or 3D work.

# Measuring using the line tool Learn how to take precise measurements in just a few clicks using only the line tool - simple, efficient, and perfect for clean 2D or 3D work.

URL: https://pointorama.com/tutorials/measuring-using-the-line-tool

### Magic Room Detection – 3D Mode

Difficulty: beginner

Learn how to create 3D rooms using Magic Room mode. Define shapes directly in 3D, refine results, and export accurate room models fast.

# Magic Room Detection – 3D Mode

URL: https://pointorama.com/tutorials/create-3d-rooms-with-the-magic-room-mode

### Magic Room Tool

Difficulty: beginner

Learn how to create rooms in 2D X-ray view with Magic Room Tool. Quickly define shapes, refine details, and generate accurate room geometries for export.

# Magic Room Tool

URL: https://pointorama.com/tutorials/magic-room-tool-to-create-floor-plans

### Creating planes

Difficulty: beginner

Need clean surfaces to build or align your floor plan? In this video, we'll show you how to place planes on floors, walls, and any surface within your point cloud - using three different methods.

URL: https://pointorama.com/tutorials/creating-planes-for-floor-plan-accuracy

### Navigation

Difficulty: beginner

New to Pointorama? In this quick tutorial, we'll walk you through the essential navigation tools to help you explore your 3D environment with confidence.

URL: https://pointorama.com/tutorials/basic-navigation-tips

## Blog Posts

### One request. One new feature.

Published: 2026-10-13T09:39:57.979Z

One question at INTERGEO sparked a new Pointorama feature. Discover how customer feedback inspired an AI-powered tool to create custom furniture for floor plans, now in testing.

URL: https://pointorama.com/blogs/One-request-one-new-feature.

### Discover at Trefdag how to get from measurement data to deliveries faster

Published: 2026-10-09T07:55:23.580Z

Meet Pythagoras at Trefdag Digitaal Vlaanderen on 22 October, stand 45. Discover how Pythagoras CAD and Pointorama help geospatial professionals work faster, automate repetitive tasks and turn measurement data into usable results.

URL: https://pointorama.com/blogs/discover-at-trefdag

### Scanning is getting faster. Now the workflow needs to catch up.

Published: 2026-09-29T10:09:30.929Z

SLAM scanning is faster and more accessible than ever, but what happens after the scan? At INTERGEO 2026, one challenge came up again and again: the bottleneck is shifting from capturing data to processing it. We look at why the next efficiency gain in reality capture lies in the journey from scan to deliverable.

URL: https://pointorama.com/blogs/Scanning-faster-catchup-workflow

### 4 Questions we get asked most about scan-to-floorplan

Published: 2026-09-10T08:21:58.655Z

When we demonstrate Pointorama’s Scan-to-Floorplan technology, people quickly see how a point cloud can be transformed into an accurate floor plan. But once they start thinking about using it in their own projects, the same practical questions often come up.

URL: https://pointorama.com/blogs/4-questions-We-Get-Asked-Most-About-Scan-to-Floorplan

### Think you know Pointorama? Think again

Published: 2026-08-27T09:27:39.464Z

If you visited Pointorama at a trade show last year, there's a good chance you remember us as an innovative platform for viewing and processing indoor point clouds. That description is no longer sufficient.

URL: https://pointorama.com/blogs/Think-you-know-Pointorama-Think-again

### INTERGEO 2026: Meet Pointorama in Munich

Published: 2026-08-27T09:26:18.069Z

Meet Pointorama at INTERGEO 2026 in Munich. Discover our latest Scan-to-Floorplan innovations, see live demos and claim your free visitor voucher.

URL: https://pointorama.com/blogs/INTERGEO-2026-Meet-Pointorama-in-Munich

### GEO Business 2026 recap: Why our latest Pointorama release turned heads

Published: 2026-06-11T11:51:08.000Z

At GEO Business 2026, Pointorama showcased its latest release, demonstrating how professionals can transform point clouds into accurate floor plans, measurements and deliverables within a single platform. Discover the new features, the industry's biggest challenges, and how AI-powered automation is helping teams work faster and more efficiently.

![Pointorama Release at GEO Business 2026](https://www.pointorama.com/content/uploads/2026/06/Pointorama_2026_GEOBUSINESS-545x355.png) ## The same challenges kept coming back Throughout the exhibition, we heard the same frustrations from professionals working with point clouds and floor plans: - Hours spent manually tracing point clouds into floor plans. - Inaccurate drawings returned by external drafting services. - Software tools that looked promising but lacked the export options required for real projects. - Workflows spread across multiple platforms, causing unnecessary complexity and inefficiency. For many visitors, these weren’t isolated issues. They were daily obstacles affecting productivity, project timelines and profitability. That’s why the conversations at our booth were so interesting. Every challenge visitors described reinforced the value of a workflow that is faster, more accurate and fully integrated. ## The video that started the conversation One of the highlights of GEO Business 2026 was the feature showcase video we presented throughout the event. Many visitors stopped to watch and stayed to ask detailed questions about their own workflows, projects and requirements. The video demonstrated how Pointorama has evolved far beyond floor plan creation and now enables users to digitalize their entire workflow within a single platform. From the moment a point cloud is uploaded, users can start extracting valuable information in just a few clicks. [![Pointorama 2026 - Newest release with new features](https://www.pointorama.com/content/uploads/2026/06/Pointorama_doors-1120x630.jpg) ](https://youtu.be/pa6Zc8SVt-c) ![Scan-2-BIM - Export floor plan in Pointorama](https://www.pointorama.com/content/uploads/2026/06/Scan2BIM_exportPointorama-545x355.png) ## More than just floor plans With the latest release, Pointorama enables users to capture everything from areas and heights to doors, windows, entire multi-floor buildings, and countless other measurements – all within a single workflow. Whether the goal is speed or precision, users can choose the workflow that best fits their project. Measurements can be generated automatically using AI, while manual editing tools remain available whenever additional control is required. ![Pointorama Release at GEO Business 2026](https://www.pointorama.com/content/uploads/2026/06/Pointorama_2026_GEOBUSINESS_AI-545x355.png) ## AI where it matters Artificial Intelligence is rapidly becoming part of many reality capture workflows, and it was one of the most discussed topics during GEO Business 2026. That’s exactly why Pointorama combines powerful automation with user control. After the AI has completed its analysis, users can instantly review, validate and optimize the results. This ensures that even the most complex projects can be processed efficiently while maintaining the level of accuracy professionals expect. This combination of AI-driven automation and human expertise received a particularly positive response from visitors looking to streamline their workflows without sacrificing quality. ## From scan to floor plan One of the most common reactions we received after showing the video was that Pointorama simplifies a workflow that is often fragmented across multiple tools. Rather than moving data between different applications, users can manage the complete scan-to-floor-plan workflow within a single environment. This reduces: - Manual work - Repetitive tasks - Data loss between platforms - Time spent correcting errors Ultimately, it allows professionals to focus on delivering results instead of managing software limitations. ![Pointorama @ GEO Business 2026](https://www.pointorama.com/content/uploads/2026/06/GeoBusiness2026-545x355.jpg) ## The best feedback came after the questions The most valuable part of GEO Business wasn’t simply presenting our latest features… It was listening. As visitors explored the platform and asked increasingly detailed questions, discussions quickly moved from product demonstrations to real-world use cases and project requirements. Many questions already had solutions within Pointorama. Others generated new ideas. The feedback we received has already influenced our development roadmap, and several suggestions are currently being evaluated for future releases. ## What’s next? We’re extremely proud of what Pointorama delivers today. The response at GEO Business 2026 confirmed that organizations are actively looking for better ways to transform point clouds into accurate, usable deliverables without spending countless hours on manual work. Our latest release is a major step forward, but we’re far from finished. The ideas, challenges and feature requests we gathered in London will help shape the next evolution of Pointorama. If GEO Business taught us anything, it’s that the industry is ready for a smarter, faster, and more connected scan-to-floor-plan workflow. And we’re excited to keep building it. ## Stay tuned. The best is yet to come. The feedback we received at GEO Business 2026 confirms that the industry is ready for a smarter, faster, and more connected way of working with point clouds. Want to discover what Pointorama can do for your organization? [Schedule a demo with our team](https://pythagoras-bv.odoo.com/book/pointorama) [Start your free trial today](https://app.pointorama.com/register)

URL: https://pointorama.com/blogs/geo-business-2026-recap-why-our-latest-pointorama-release-turned-heads

### Stronger together: how partnerships drive innovation at Pointorama

Published: 2026-03-30T10:42:46.000Z

Partnerships are the driving force behind innovation at Pointorama. By connecting hardware, software and expertise, we transform raw scan data into structured, usable results through seamless workflows.

![Scanning Office Space - Pointorama: Floor plans from pointclouds](https://www.pointorama.com/content/uploads/2026/03/Scanning_Officepace-545x355.png) ## Why partnerships matter In today’s geospatial landscape, no single tool can do everything. Professionals rely on a combination of hardware, software and platforms to complete their workflows. That is where partnerships make the difference. By integrating Pointorama into existing ecosystems, we ensure that users can move seamlessly from data capture to processing and final deliverables. No unnecessary steps. No fragmented workflows. Just one connected experience. ## From scan to structured data Our partnerships focus on one clear goal: transforming raw spatial data into usable, structured output. Here are some of the partners we work with and how we collaborate: ![Logo NavVis- Partner of Pointorama](https://www.pointorama.com/content/uploads/2026/03/Logo_Navvis-300x188.png) **NavVis** Integration with the NavVis Ivion platform allows users to import scan projects directly into Pointorama and turn them into measurements and 2D or 3D floor plans. ![Logo MadVoxel- Partner of Pointorama](https://www.pointorama.com/content/uploads/2026/03/Logo_MadVoxel-300x188.png) **MadVoxel** Through the Mavo 3D app on iOS, users can scan spaces with an iPhone or iPad and send the data to Pointorama in one tap for further processing into structured outputs. ![Logo OmniSLAM- Partner of Pointorama](https://www.pointorama.com/content/uploads/2026/03/Logo__Omnislam-300x188.png) **OmniSLAM** By combining OmniSLAM’s mobile scanning hardware with Pointorama, we transform SLAM data into reliable, project-ready deliverables for professional workflows. ![Logo GeoDirect- Partner of Pointorama](https://www.pointorama.com/content/uploads/2026/03/Logo_GeoDirect-300x197.png) **GeoDirect** Together with GeoDirect, reseller of Stonex SLAM solutions, we offer a complete workflow from mobile scanning to structured spatial data and mapping outputs. These partnerships ensure that point cloud data does not remain raw or purely visual, but becomes actionable and ready for real-world use. ![Indoor mapping - scanning old building](https://www.pointorama.com/content/uploads/2026/03/Indoor-mapping-scan-old-building-545x355.png) ## The benefits for our partners For companies building geospatial or reality capture solutions, partnerships with Pointorama open up new opportunities. They can extend their existing platforms with powerful indoor mapping capabilities, without the need for complex internal development. Our technology integrates flexibly through APIs, embedded modules or standalone solutions. This allows partners to adapt Pointorama to their own ecosystem while accelerating their go-to-market and reducing development effort. ![Indoor mapping for real estate](https://www.pointorama.com/content/uploads/2026/01/Indoor-mapping-real-estate-545x355.jpg) ## The benefits for end users Ultimately, partnerships are about creating better experiences for users. By connecting technologies, we reduce friction in daily workflows. Data flows more easily between tools. Processes become faster. Results become more reliable. Users benefit from: - streamlined workflows from capture to output - better interoperability between tools - faster project delivery - consistent and high-quality results ## Strong partnerships do not just connect technologies. They connect expertise, ideas and ambition. ## Growing together We believe the best solutions are built together. That is why we continue to expand our partner ecosystem and collaborate with companies that share our vision on accuracy, efficiency and innovation in spatial data. Are you building hardware, software or workflows in the geospatial space? Then let’s explore how we can work together. [Grow your business with Pointorama](/integrations-partnerships) [Discuss your options](https://pythagoras-bv.odoo.com/book/pointorama)

URL: https://pointorama.com/blogs/stronger-together-how-partnerships-drive-innovation-at-pointorama

### Pointorama on tour: meet us at key events in 2026

Published: 2026-03-27T12:00:56.000Z

Meet Pointorama at key events in 2026. Discover new features, explore innovations and connect with our team across Europe.In 2026, Pointorama will be present at leading geospatial events across Europe, including GeoBusiness, Intergeo and Trefdag Digitaal Vlaanderen. Discover our latest innovations, explore new workflows and experience how much our technology has evolved when you meet us in person.

![Pointorama on tour: meet us at key events in 2026](https://www.pointorama.com/content/uploads/2026/03/Social_Media_InterGeo_klein-545x355.png) ## Where to meet us We are excited to be present at several key events this year. - From **3 to 4 June 2026**, we will be attending **GeoBusiness in London**. This event brings together experts in geospatial technology, mapping and data. It is the ideal setting to discover how Pointorama continues to evolve and deliver value in real-world applications. - Later this year, from **15 to 17 September 2026**, you can meet us at **Intergeo in Munich**. As one of the most important global events in our industry, Intergeo is the perfect place to showcase how our technology integrates into modern workflows and supports the future of digital mapping. - On **22 October 2026**, you can meet us at **Trefdag Digitaal Vlaanderen in Ghent**, an important gathering for the Belgian geospatial community. It is the perfect opportunity to exchange ideas, showcase our latest developments and discuss real-world applications with professionals from the field. [![Review and refine your floor plan - Pointorama: Floor plans from pointclouds](https://www.pointorama.com/content/uploads/2026/03/Detect-1120x630.png) ](https://youtu.be/hD32jdAXs0g) ## Seen us before? Come again If you have seen Pointorama at a trade show before, it is absolutely worth stopping by again. Over the past year, we have taken big steps forward. Our tools have evolved significantly with new features, smarter workflows and a stronger focus on usability. What you saw last year is no longer what you will experience today. There is a real chance you will not even recognize the tool anymore. ## Innovation that keeps moving We continue to build on new and sometimes unexpected ideas. Not just incremental improvements, but truly innovative approaches that change how indoor mapping can be used. Our mission remains clear: making it faster and easier to generate accurate floor plans from point cloud data, while fitting seamlessly into existing processes. ![Scanner - floorplan](https://www.pointorama.com/content/uploads/2025/08/Scanner_map-545x355.jpg) ## Looking ahead In addition to these events, we are also exploring new trade shows this year. We are continuously looking for new opportunities to meet users, enter new markets and keep pushing innovation forward. ## Will we see you there? If you are attending one of these events, make sure to stop by. Whether you are curious, already a user, or simply want to see what has changed, we would love to meet you. Pointorama keeps evolving. And this year, more than ever, it is worth taking another look. [Make your appointment](https://pythagoras-bv.odoo.com/book/pointorama) [Start your free trial](https://app.pointorama.com/register)

URL: https://pointorama.com/blogs/pointorama-on-tour-meet-us-at-key-events-in-2026

### Indoor mapping and its role in modern surveying and construction

Published: 2026-03-12T14:47:41.000Z

Indoor mapping has become a foundational technology for surveying and construction workflows involving existing buildings. By capturing interior environments as scan-based geometry, indoor mapping provides a reliable spatial reference that can be reused across applications such as floor plan generation, renovation and retrofit projects, scan-to-BIM workflows, real estate documentation and facility management.

[Indoor mapping as a foundation for multiple applications](#multipleapplications) [Capturing the real geometry of existing buildings](#geometry) [From scan data to floor plans, sections and elevations](#floorplans) [Reliable base data for renovation and retrofit projects](#renovation) [Surveying workflows supported by indoor mapping](#workflows) [Indoor mapping in scan-to-BIM workflows](#scantobim) [Applications in real estate and property documentation](#applications) [Facility management and operational use](#facilitymanagement) [Efficiency gains in large and complex buildings](#complexbuildings) [Reuse of indoor mapping data across workflows](#reuse) [Limitations and professional considerations](#limitations) [Conclusion](#conclusion) ![Accurate indoor floor plans and terrain models by Pointorama](https://www.pointorama.com/content/uploads/2025/06/Indoor_mapping_house_bedroom_scanner-545x355.png) ## Indoor mapping as a foundation for multiple applications Indoor mapping is not an end product. Its value lies in what it enables. By scanning an interior once and deriving all outputs digitally from the same dataset, indoor mapping establishes a single spatial reference. Floor plans, sections, measurements and analyses are all based on the same captured geometry, ensuring internal consistency across deliverables. This approach is especially valuable in environments where existing documentation is incomplete, outdated or unreliable. Rather than correcting drawings one by one, indoor mapping replaces the underlying reference with measured reality. ![](https://www.pointorama.com/content/uploads/2025/06/Flooplan_youtube-545x355.jpg) ## Capturing the real geometry of existing buildings One of the most fundamental applications of indoor mapping is documenting existing buildings as they actually are. Many interiors have evolved significantly since their original construction, often without comprehensive updates to documentation. Indoor mapping captures: - real dimensions and spatial relationships - deviations from original plans - changes introduced through renovations or functional adaptations By working from measured geometry rather than interpreted drawings, professionals gain a reliable representation of the current state of the building. This measured baseline forms the starting point for all downstream applications. ## From scan data to floor plans, sections and elevations Floor plans and sections remain core deliverables in surveying and construction, yet they are often based on selective measurements or legacy drawings. Indoor mapping changes how these documents are produced. Instead of manual reconstruction, plans and sections are derived directly from scan-based geometry. Walls, rooms, level changes and spatial relationships are extracted from measured data rather than inferred. This results in: - consistent dimensions across all representations - accurate depiction of complex and multi-level interiors - reduced discrepancies between plans, sections and 3D views Because all outputs originate from the same dataset, updates can be generated digitally without repeating site measurements. ![Indoor mapping for real estate](https://www.pointorama.com/content/uploads/2026/01/Indoor-mapping-real-estate-545x355.jpg) ## Reliable base data for renovation and retrofit projects Renovation and retrofit projects depend heavily on understanding existing conditions. Yet this is precisely where uncertainty is often highest. Indoor mapping provides reliable base data by capturing the as-built condition before design and execution begin. This allows project teams to work from a shared and verified spatial reference. In practice, this leads to: - fewer assumptions during design - earlier identification of spatial constraints - improved coordination between design and execution External industry research consistently identifies poor existing-condition data as a major contributor to rework and cost overruns in renovation projects. Indoor mapping directly addresses this risk by stabilising the starting point of the project. ## Surveying workflows supported by indoor mapping For surveyors, indoor mapping extends traditional workflows into the digital domain. Once the interior environment is captured and processed, the dataset itself becomes a measurement environment. Typical surveying applications include: - as-built documentation of interior spaces - verification of layouts prior to design or construction - digital measurement of distances, areas and spatial relationships This reduces field time while improving traceability, as all measurements remain tied to the same captured geometry. ![Surveyor with scanner for floor plan](https://www.pointorama.com/content/uploads/2026/01/Surveyor_scannermobile_indoor_floor_plan-545x355.jpg) ## Indoor mapping in scan-to-BIM workflows Scan-to-BIM workflows rely on a clear distinction between capturing geometry and interpreting it into structured models. Indoor mapping plays a crucial intermediary role in this process. By organising point cloud data into a reliable spatial reference, indoor mapping anchors BIM modelling to measured reality. This reduces assumptions during model creation and improves spatial consistency across disciplines. Scan-to-BIM workflows supported by indoor mapping are particularly valuable in renovation and retrofit contexts, where original BIM models are missing or no longer reflect current conditions ## Applications in real estate and property documentation In real estate workflows, spatial documentation must balance efficiency with reliability. Floor areas, layouts and internal relationships influence valuation, due diligence and property records. Indoor mapping supports these processes by capturing geometry once and reusing it digitally. This ensures that: - measurements remain consistent across documents - updates can be generated without repeated site visits - documentation reflects actual conditions at the time of capture For property portfolios, this consistency is often more valuable than speed alone. ![Surveyor with scanner for floor plan](https://www.pointorama.com/content/uploads/2026/01/Surveyor_scanner_indoor_floor_plan-545x355.jpg) ### Facility management and operational use Once a building is in use, spatial information continues to evolve. Spaces are adapted, installations change and layouts are reconfigured. Indoor mapping provides a digital spatial reference that reflects current conditions rather than original intent. Accurate layouts derived from scan-based data support: - understanding of spatial organisation and circulation - locating assets and installations - planning maintenance and interventions Because the dataset can be reused and updated, it becomes a long-term reference throughout the building’s operational lifecycle. ## Efficiency gains in large and complex buildings Indoor mapping is particularly effective in large and complex buildings such as offices, schools, hospitals, industrial facilities and retail environments. In these contexts, manual measurement and fragmented documentation scale poorly. By capturing the entire interior as a single dataset, indoor mapping enables documentation, analysis and coordination to shift almost entirely into the digital domain. Repeated site visits are reduced, and spatial complexity becomes manageable rather than overwhelming. As building size and complexity increase, the efficiency gains of indoor mapping become more pronounced. ![Surveyor using software for floor plans](https://www.pointorama.com/content/uploads/2025/07/Pointorama_software_surveyor-545x355.jpg) ## Reuse of indoor mapping data across workflows A defining characteristic of indoor mapping is the reuse of captured data. Once an interior environment is scanned: - floor plans can be generated - measurements can be extracted - analyses can be performed - documentation can be updated All without returning to the site. This separation of data capture and data use improves efficiency, consistency and scalability across surveying and construction workflows. ## Limitations and professional considerations Indoor mapping is a powerful tool, but it is not automatic. Its effectiveness depends on proper capture, sufficient coverage and careful processing. Temporary obstructions, inaccessible areas or incomplete scans will be reflected in the dataset. As with any measurement-based workflow, professional interpretation and validation remain essential. Indoor mapping should be understood as a method that enhances expertise, not replaces it. ## Conclusion Indoor mapping has become a foundational technology for surveying and construction workflows involving existing buildings. By capturing interior environments as scan-based geometry, it provides a reliable spatial reference that supports documentation, renovation, real estate, facility management and scan-to-BIM applications. Its strength lies not in a single deliverable, but in the reuse of a shared dataset across disciplines and project phases. As renovation and adaptive reuse continue to dominate the built environment, indoor mapping will play an increasingly central role in how professionals understand, document and work with interior spaces. [ ![Download your white paper Indoor Mapping for free](https://www.pointorama.com/content/uploads/2026/05/Whitepaper_Indoormapping_klein-545x355.jpg) ](/download-your-white-paper) ## Want to go deeper? Dive into the fundamentals of indoor mapping and better understand the technology behind the workflow. Download our free white paper and discover how scanning, point clouds and floor plan generation come together. [Donwload your free white paper](/download-your-white-paper)

URL: https://pointorama.com/blogs/indoor-mapping-and-its-role-in-modern-surveying-and-construction

### Partnering with OmniSLAM to deliver project-ready mobile SLAM data

Published: 2026-02-05T14:53:28.000Z

Pythagoras and OmniSLAM collaborate to convert mobile SLAM scans into reliable, project-ready CAD and BIM deliverables using an open platform approach.

![Logo Omnislam - Collaboration Pointorama Point clouds](https://www.pointorama.com/content/uploads/2026/02/logo_omnislam-545x355.png) ## About OmniSLAM OmniSLAM is an internationally active hardware specialist, focused on the development of high-precision mobile SLAM laser scanners. The company designs professional mobile mapping systems used in surveying, construction and industrial environments worldwide. With a strong focus on accuracy and real-world usability, OmniSLAM aligns naturally with Pointorama’s open and hardware-agnostic ecosystem. ## From fast capture to usable data Mobile SLAM scanners enable rapid data acquisition in complex environments, but real value is created during processing and analysis. OmniSLAM’s R8+ delivers dense point clouds with millimeter-level accuracy, providing a solid foundation for professional workflows. Processed in Pointorama, this data can be analyzed directly in the browser. Users can classify objects within the point cloud, perform plane-based measurements, and efficiently generate measured floor plans. [![OmniSLAM - Collaboration with Pointorama Point Clouds - White label](https://www.pointorama.com/content/uploads/2026/02/OmniSLAM_video-1120x630.jpg) ](https://youtu.be/slDyCkAokn0) ![OmniSLAM - Classification tool in point clouds](https://www.pointorama.com/content/uploads/2026/02/OmniSLAM_video_classificatie-545x355.jpg) ## Built for CAD and BIM workflows Pointorama converts OmniSLAM SLAM data into DXF and IFC outputs ready for CAD and BIM environments. This significantly reduces the time between scanning and actionable project data, making mobile mapping suitable for real-world surveying, construction and real estate workflows. ![OmniSLAM - Selection tool in point clouds](https://www.pointorama.com/content/uploads/2026/02/OmniSLAM_video_selection-545x355.jpg) ## An open and scalable ecosystem This collaboration aligns with Pythagoras’ broader vision of open, hardware-agnostic platforms that integrate seamlessly into existing ecosystems. Pointorama can operate as a standalone solution or as a white-label component within partner environments, offering flexibility for hardware manufacturers and end users alike. ## Practical mobile mapping with real project value By aligning OmniSLAM’s mobile scanning capabilities with Pointorama’s intelligent processing workflows, users move faster from scan to result - without compromising accuracy or interoperability. **Flexible technology. Practical workflows. Real project value.** ## Looking to extend your mapping ecosystem? Pointorama is built as an open, hardware-agnostic platform that can be integrated into existing solutions - from standalone deployments to fully white-label implementations. If you’re exploring how point cloud processing can strengthen your product offering or workflows, we’d be happy to explore the options. [Contact us for tailored advice](https://pythagoras-bv.odoo.com/book/pointorama) [Start your free trial](https://app.pointorama.com/register)

URL: https://pointorama.com/blogs/omnislam-x-pointorama-turning-mobile-slam-data-into-project-ready-output

### A practical guide to point clouds and point cloud processing

Published: 2026-01-29T12:07:51.000Z

Point clouds are the foundation of modern surveying and indoor mapping. This article explains how point clouds are created, processed and validated to achieve accurate, survey-grade results, and why proper processing is essential for reliable measurements, floor plans and professional applications.

[What is a point cloud?](#pointcloud) [How point clouds are created through 3D scanning](#3Dscanning) [Core elements of a point cloud dataset](#coreelements) [The impact of point cloud accuracy on surveying workflows](#accuracy) [Point cloud processing and accuracy control](#processing) [Workflow steps for reliable point cloud resultsWorkflow steps for reliable point cloud results](#workflow) [Advantages and limitations of point cloud–based workflows](#advantages) [Point cloud formats and interoperability](#formats) [Point clouds in professional applications](#applications) [Conclusion](#conclusion) ![What is a point cloud - Point clouds in Pointorama](https://www.pointorama.com/content/uploads/2026/01/Point-Cloud_Pointorama-545x355.jpg) ## What is a point cloud? A point cloud is a digital representation of a physical environment composed of a large number of individual points in three-dimensional space. Each point represents a precise location where a surface was detected during scanning. In surveying and indoor mapping, point clouds describe geometry such as floors, walls, ceilings, structural elements and terrain. Together, these points form a spatial snapshot of the environment as it existed at the moment of capture. Unlike traditional plans or models, a point cloud is not an interpretation of geometry. It is a direct measurement of reality. This makes point clouds particularly valuable for documenting existing buildings where drawings are missing, outdated or no longer reflect actual conditions. ## How point clouds are created through 3D scanning Point clouds are created by scanning physical environments with 3D scanning technologies that measure distances to surfaces and convert those measurements into spatial coordinates. Two main capture approaches are used in surveying workflows: - **Static laser scanning (TLS)** Static scanners capture geometry from fixed positions. Each scan records a stable and highly accurate snapshot of the surrounding environment. Multiple scan positions are combined to cover an entire building or site. - **Mobile scanning (SLAM-based)** Mobile scanners capture data while moving through the environment. Geometry is recorded continuously along a trajectory, allowing large or complex interiors to be scanned efficiently. Regardless of the capture method, scanning produces a raw point cloud dataset. At this stage, the data reflects the environment but is not yet optimized for measurement or analysis. ![Core elements of a point cloud dataset - Pointorama](https://www.pointorama.com/content/uploads/2026/01/Point-cloud-core-elemens-dataset-545x355.jpg) ## Core elements of a point cloud dataset A professional point cloud dataset consists of more than just spatial points. Several characteristics determine its usability and reliability: - Geometric consistency: points must align correctly across the dataset - Density: sufficient point density is required to represent surfaces accurately - Spatial coherence: walls, floors and edges must form continuous geometry - Metadata and structure: scan positions, trajectories or additional information support interpretation and processing These elements influence how well the point cloud can be processed and how reliable derived outputs will be. ![Surveyor with scanner for floor plan](https://www.pointorama.com/content/uploads/2026/01/Surveyor_scanner_indoor_floor_plan-545x355.jpg) ## The impact of point cloud accuracy on surveying workflows Accuracy is a critical factor in any surveying workflow. For point clouds, accuracy is influenced by both capture and processing. Static scanning benefits from stationary acquisition, which typically results in high absolute accuracy. Mobile scanning prioritizes speed and coverage, but introduces movement-related effects such as trajectory drift and cumulative positioning errors. Importantly, a point cloud that appears visually correct is not necessarily accurate. Small misalignments can significantly affect measurements, floor plan generation and downstream use. For surveyors, understanding how accuracy propagates through point cloud workflows is essential. Accuracy is not guaranteed by scanning alone - it is achieved through proper processing and validation. ## Point cloud processing and accuracy control Point cloud processing consists of a set of digital steps applied after data capture to transform raw scan data into a coherent, accurate and usable dataset. Each step addresses a specific aspect of data quality and directly influences the reliability of measurements and derived outputs. Key processing components include: - **Point cloud registration** Registration aligns multiple scans or scan trajectories into a single spatial reference. Without registration, individual scans remain fragmented, making consistent measurement and analysis impossible. - **Trajectory processing and drift correction** In SLAM-based workflows, scanner movement is reconstructed digitally. Over time, small positioning errors accumulate, leading to drift. Drift correction reduces these accumulated errors and improves global spatial consistency across the dataset. - **Noise and outlier removal** Noise and outliers are points that do not represent meaningful geometry, often caused by reflective surfaces, moving objects or sensor artifacts. Removing these points improves dataset clarity and supports reliable measurement. Together, these processing steps determine whether a point cloud is suitable for professional surveying and indoor mapping workflows. ![Surveyor with SLAM scanner standing in front of building in construction](https://www.pointorama.com/content/uploads/2025/01/Surveyor-SLAM-scanner-construction-building-545x355.jpg) ## Workflow steps for reliable point cloud results Achieving reliable results requires more than technical processing - it also depends on workflow discipline. Typical best-practice steps include: - Planning the scan: understanding building layout and identifying areas that may require special attention - Capture awareness: maintaining consistent movement and sufficient coverage during scanning - Processing and validation: applying registration, drift correction and cleaning steps - Quality control: verifying alignment and measurement reliability before generating outputs By combining good capture practices with proper processing, surveyors can significantly improve point cloud quality. ## Advantages and limitations of point cloud–based workflows Point cloud workflows offer significant advantages over traditional measurement approaches. **Advantages** - complete capture of existing geometry - reduced time on site - reusable digital datasets - consistent outputs across multiple representations **Limitations** - data quality depends on capture conditions - mobile scanning introduces drift-related challenges - processing is required to achieve reliable accuracy - large datasets require efficient software handling Understanding both advantages and limitations allows surveyors to choose the right approach for each project. ![Choose the right format for your Point Cloud - Pointorama](https://www.pointorama.com/content/uploads/2023/10/binary-545x355.jpg) ## Point cloud formats and interoperability Point clouds can be stored in a wide range of file formats, each designed to support different workflows, software ecosystems and data characteristics. The choice of format affects interoperability, processing efficiency, storage requirements and long-term accessibility. Commonly used point cloud formats include: Open and widely adopted formats - **E57:** an open, extensible format that supports point data, scan structure and metadata - LAS / LAZ: open LiDAR formats, with LAZ offering efficient lossless compression for large datasets ASCII-based formats - **XYZ:** simple text-based format containing point coordinates - **PTS:** ASCII format storing coordinates along with color or intensity - **PTX:** extended ASCII format that can include scan and registration information Mesh- and library-oriented formats - **PLY:** vendor-neutral format often used for polygonal data and visualization - **PCD:** format associated with the Point Cloud Library (PCL), commonly used in research and processing workflows Vendor-specific and proprietary formats - **RCP:** associated with Autodesk ReCap - **FLS:** used by Faro scanners and Faro Scene - **POD:** supported by Bentley Systems - **CL3:** generated by Topcon scanners While many formats exist, professional surveying and indoor mapping workflows generally favor open and vendor-neutral formats. These formats simplify data exchange between different tools, reduce dependency on specific hardware or software ecosystems, and help ensure long-term usability of point cloud data across projects and platforms. ## Point clouds in professional applications - **Applications of processed point clouds** Processed point clouds are used across a wide range of surveying and mapping applications. As a consistent and measurable spatial dataset, they provide a reliable reference for multiple workflows. - **Indoor mapping and floor plan generation** Processed point clouds form the basis for generating accurate 2D and 3D floor plans. Geometry such as walls, rooms and levels is extracted directly from scanned data, ensuring that layouts reflect real-world conditions rather than interpreted drawings. - **Surveying and spatial measurement** Once properly registered and optimized, point clouds support reliable digital measurements across an entire site or building. This reduces the need for repeated field visits and enables consistent documentation based on a single dataset. - **Renovation and retrofit projects** Point clouds capture the existing condition of buildings as measured geometry. This provides dependable base data for design and planning, reducing uncertainty and limiting rework in renovation workflows. - **Facility management and asset documentation** Scan-based spatial documentation supports facility management by providing up-to-date layouts and spatial references for maintenance, asset location and space management. - **Scan-to-BIM workflows** In scan-to-BIM workflows, processed point clouds serve as the reference for creating BIM models of existing buildings, reducing assumptions and improving spatial consistency. Across all applications, the processed point cloud functions as a reusable spatial reference that reflects real-world conditions and supports accurate analysis and documentation. ![Surveyor using software for floor plans](https://www.pointorama.com/content/uploads/2025/07/Pointorama_software_surveyor-545x355.jpg) ## Conclusion Point clouds have transformed surveying and indoor mapping by enabling fast, complete and reusable spatial documentation. However, raw scan data alone is not sufficient. Reliable results depend on proper point cloud processing, including registration, drift correction and noise removal. For surveyors, understanding both capture and processing is essential to achieving accurate, survey-grade outcomes. As scanning technologies continue to evolve, point clouds will remain the foundation of modern spatial workflows - and processing will remain the key to unlocking their full value. ## Seamless processing and analysis, no matter how your point clouds are captured No matter how your point clouds are captured - using static scanners or mobile SLAM systems - Pointorama enables efficient processing, analysis and optimization. By focusing on geometry and workflow integration, Pointorama helps surveyors turn raw scan data into reliable spatial documentation. [ ![Download your white paper Indoor Mapping for free](https://www.pointorama.com/content/uploads/2026/05/Whitepaper_Indoormapping_klein-545x355.jpg) ](/download-your-white-paper) ## Want to go deeper? Dive into the fundamentals of indoor mapping and better understand the technology behind the workflow. Download our free white paper and discover how scanning, point clouds and floor plan generation come together. [Donwload your free white paper](/download-your-white-paper)

URL: https://pointorama.com/blogs/a-practical-guide-to-point-clouds-and-point-cloud-processing

### Unlock a new workflow: AI that understands spaces and delivers instant floorplans

Published: 2025-12-09T14:21:52.000Z

Discover Pointorama's AI floorplan generator - a new workflow that turns spatial data into precise floorplans in seconds. No manual tracing, no hardware limits, and full user control.

[![Floorplan Generator - AI Pointorama](https://www.pointorama.com/content/uploads/2025/12/Floorplan_genarator_AI_Pointorama-1120x630.jpg) ](https://youtu.be/rmif55anxiU) ## Let the space reveal itself The new AI floorplan generator instantly transforms your spatial data into a clean, ready-to-use floorplan. Surveyors, real estate professionals and AEC teams simply mark the area where AI should search. Within seconds, the tool interprets the structure and produces a full floorplan. And if the AI misses a detail, you can correct it with a single click. No more drawing room by room. No more repetitive tracing. Just fast and intelligent automation. [![Floorplan Generator - AI Pointorama - Upload your dataset](https://www.pointorama.com/content/uploads/2025/12/Floorplan_genarator_AI_Pointorama_Product-1120x630.jpg) ](https://youtu.be/Bl-vRn0fKTU) ## How it works: AI that understands spaces At its core is an AI engine built to recognise the elements that define a space. It analyses the geometry of the point cloud and detects: - floors and levels, recognising height differences and structural transitions - walls, including angles, corners and interruptions - room boundaries, understanding how areas connect Once recognised, AI draws a clear floorplan that can be refined with simple, intuitive clicks. The result: a dramatically faster workflow that turns minutes into seconds, while keeping you fully in control of every detail. ![Floorplan Generator - AI Pointorama](https://www.pointorama.com/content/uploads/2025/12/Floorplan_genarator_AI_Pointorama_room-545x355.jpg) ## Why the user stays in control Even with powerful automation, your expertise remains central. You decide where AI should look, and you can adjust every line, curve or opening. The interface responds instantly, letting you guide and fine-tune the final result. AI handles the heavy work. **You stay in command.** ![Floorplan Generator - AI Pointorama](https://www.pointorama.com/content/uploads/2025/12/Floorplan_genarator_AI_Pointorama_building-545x355.jpg) ## A smarter workflow for Surveyors, Real Estate Professionals and AEC teams With this new tool, Pointorama brings together what professionals across surveying, real estate and AEC rely on most: speed, accuracy and control. It eliminates repetitive drafting, shortens delivery times and produces clean, reliable floorplans that integrate seamlessly into a wide range of workflows - from property documentation and listings to early design, feasibility studies and renovation planning. The AI engine transforms raw spatial data into layouts that are ready for refinement or export into existing tools, helping teams move faster while maintaining professional standards. Manual steps disappear, but human judgement remains central, ensuring every project benefits from both automation and expertise. This sets a new benchmark for how indoor spaces can be captured, interpreted and delivered - and we’re only getting started. ## What the future holds And this is only the beginning. In the coming months, Pointorama’s AI will expand far beyond floorplans: automatic **door and window detection**, façade interpretation and even **AI-generated sections and elevations** built from the same underlying technology. What starts today with instant floorplans will soon evolve into a fully automated extraction pipeline - one that unlocks complete building documentation with just a few clicks. The future of spatial intelligence is unfolding, and Pointorama is leading the way. ## Try it with your own dataset! Ready to see how fast and effortless floorplan creation can truly be? With Pointorama’s new AI workflow, you can turn any spatial data - from any device - into a precise floorplan in seconds. No manual tracing, no repetitive work, just intelligent automation that keeps you in full control. Not using Pointorama yet? [Start your free trial](https://app.pointorama.com/register) [Schedule a demo](https://pythagoras-bv.odoo.com/book/pointorama)

URL: https://pointorama.com/blogs/ai-floorplan-generator-pointorama

### Smarter floor plan creation with 3D tools and intelligent measurements

Published: 2025-11-03T14:48:36.000Z

Pointorama combines 3D floor plan creation with smart, built-in measurements - offering surveyors and construction professionals a faster, more accurate way to turn scans into actionable floorplans, even in complex spaces.

![3D floorplans with Pointorama](https://www.pointorama.com/content/uploads/2024/11/close-up-tape-measure-level-near-helmet-low-545x355.jpg) ## From point cloud to smart 3D floor plan Traditionally, floor plans were built using 2D sections, orthophotos, or manual tracing - a process that often required tedious correction and alignment. It was easy to introduce small errors, and the work was time-consuming. With Pointorama, that process is fundamentally different. By working directly with your 3D scan in **Pointorama**, you simply indicate the floor surface (flat or sloped), and with just a few clicks, you define walls and structural elements. No more guessing, no more hand-connecting lines. The result? Clean, accurate floor plans that reflect the actual space - including slopes, non-standard angles, and other real-world details. This streamlined 3D workflow already brings major time savings and improves accuracy - but Pointorama doesn’t stop at drawing walls. The platform now takes things a step further by integrating powerful measurement capabilities directly into your floor plan environment. [![Floorplan tool 636 px](https://www.pointorama.com/content/uploads/2025/06/Floorplan-tool-small-1120x630.jpg) ](https://www.youtube.com/watch?v=MWCpy2wWvhc) ### Built-in intelligence: measure what matters, instantly The latest generation of Pointorama doesn’t just generate floorplans - it helps you **measure smarter**. With our new measurement feature, you can instantly calculate key distances like: - Wall-to-wall spacing - Floor-to-ceiling height - Door and window dimensions But here’s what truly sets it apart: **intelligent plane detection**. Instead of forcing users to click precisely on a point in a dense cloud, Pointorama automatically understands the surface you’re referring to - whether it’s a wall, floor or ceiling. It then finds the most accurate position on that plane to place the measurement. That means you no longer have to worry about precision-clicking; the system handles it for you. Even better, you can enable **fixed height mode** to take consistent horizontal measurements at, for example, 90 cm across an entire property - perfect for compliance checks, furniture layout or regulatory documentation. [![Vectorization tool Pointorama_](https://www.pointorama.com/content/uploads/2024/11/Vectorization_tool_Pointorama_-1120x630.jpg) ](https://www.youtube.com/watch?v=epR9XaaL7VE) ## A faster, more reliable workflow By combining 3D floor plan creation and direct measurement in one platform, Pointorama dramatically reduces the need for post-processing, manual correction or switching between tools. Surveyors, planners, and construction professionals can now: - Spend less time in the field - Avoid transcription and alignment errors - Share consistent data with teams, instantly - Deliver accurate results faster And it’s not just about speed or convenience - this integrated approach also opens the door to capturing architectural complexity more accurately than ever before. When your tools work directly with the full 3D context of a space, you’re no longer limited to flat assumptions or simplified models. ### *“With Pointorama, we cut our floorplan creation time by more than 50%. The accuracy and ease of use have completely transformed how we handle complex indoor mapping projects.”* ![Vectorization tool in Pointorama - Flat and sloped surfaces](https://www.pointorama.com/content/uploads/2024/11/Vectorization_tool_Pointorama_swimmingpool-545x355.jpg) ## Generating non-planar floorplans In certain structures, such as swimming pools or sloped roofs, floors and surfaces are not flat, requiring a different approach to achieve accurate floorplans. Traditional 2D methods struggle to account for these variations, often simplifying or missing critical details. With Pointorama’s 3D capabilities, it’s now possible to generate non-planar floorplans that accurately capture complex geometries, like the gradual slope of a pool floor or the incline of a roof. By preserving these real-world characteristics directly from the 3D scan, surveyors and architects can produce floorplans that mirror the unique contours of each space, ensuring a precise fit for design, planning, and construction. ![Surveyor Indoor mapping - total station](https://www.pointorama.com/content/uploads/2024/12/Surveyor_indoor_mapping-545x355.png) ## Streamlining workflow and reducing errors By fully embracing 3D workflows, Pointorama significantly reduces the need for manual reviews and point connections often required in 2D processes. The software directly translates each wall, surface, and feature from the 3D scan into an accurate floorplan, allowing surveyors and builders to work faster while maintaining high precision. This automation minimizes the risk of errors that typically arise from manual adjustments, ensuring that floorplans are ready for use with minimal post-processing. The result is a more efficient workflow that not only saves time but also improves confidence in the final output’s accuracy and reliability. ## Why choose 3D floorplans? Choosing a modern solution like Pointorama means you’re investing in tools built for the demands of today’s industry: fast, intelligent, and built around **real-world accuracy**. It’s not just floor planning - it’s a smarter way to work from scan to solution. ## Ready to elevate your projects with cutting-edge technology? Discover how transitioning to a more innovative solution like Pointorama can enhance your workflow and improve accuracy. Explore the benefits today and see the difference for yourself! [Start your free trial](https://app.pointorama.com/register) [Request](/contact)

URL: https://pointorama.com/blogs/smarter-floor-plan-creation-with-3d-tools-and-intelligent-measurements-nagekeken

### Innovations at Intergeo '25 – Discover the next features of Pythagoras CAD & Pointorama

Published: 2025-09-01T11:02:28.000Z

Bezoek ons op Intergeo 2025 in Frankfurt en ontdek de nieuwste features van Pythagoras & Pointorama. Vraag je gratis ticket of boek een demo!

![Pythagoras CAD at intergeo 2025, Frankfurt](https://www.pointorama.com/content/uploads/2025/08/Intergeo_2025_Pythagoras-Pointorama-545x355.png) ## Why it’s worth the trip Intergeo is the one place where the entire geospatial world comes together. You’ll not only meet the leading **hardware brands** with their newest total stations, drones, scanners and GNSS solutions - you’ll also discover how our software innovations bring this data to life. At our booth, you’ll be the first to experience: - **The newest updates of Pythagoras CAD and Pointorama** – unveiled exclusively at Intergeo - **Smarter, faster workflows** that transform survey data into accurate results in just a few clicks - **Continuous innovation** – our development team works every day to build new features and improve existing ones, keeping you ahead of the curve ![Developper working on white label for Pythagoras CAD and Pointorama](https://www.pointorama.com/content/uploads/2025/08/Developper-white-label-Pythagoras-Pointorama-545x355.png) ## Your brand, our technology There’s more to it than end-user software. What you’ll see at our booth is also available as a **white label solution** - giving companies the chance to bring our technology to market under their own brand. With white label partnerships, industry leaders extend their portfolio and deliver proven solutions to their customers without starting from scratch. Our technology integrates seamlessly, allowing you to focus on your business while we keep innovating in the background. Several companies are already using Pythagoras CAD and Pointorama as white label platforms to grow their offering. Intergeo is the perfect place to explore how your brand can do the same. ## Get your free ticket Want to be part of Intergeo 2025? We’re happy to provide you with a **free entrance ticket**. Simply send us an email and we’ll make sure you receive your personal voucher to join the event. ## Be the first to experience our new features Schedule your one-on-one at Intergeo or, if you’re not attending, book a remote demo with our team. [See you at Intergeo](https://meetings-eu1.hubspot.com/stijn-van-beek) [Remote demo](https://meetings-eu1.hubspot.com/stijn-van-beek)

URL: https://pointorama.com/blogs/innovations-at-intergeo-25-discover-the-next-features-of-pythagoras-cad-pointorama

### The fastest way to create accurate floor plans

Published: 2025-08-25T12:10:59.000Z

Our community is growing, and therefore an introduction is in order. Pointorama turns scans into accurate 2D and 3D floor plans within minutes. With centimeter-level precision and seamless export to CAD and BIM, professionals can work faster, smarter and without the hassle of manual cleanup.

![Scanner - floorplan](https://www.pointorama.com/content/uploads/2025/08/Scanner_map-545x355.jpg) ## Turning scans into results Raw point cloud data becomes precise 2D and 3D floor plans automatically. Thanks to intelligent wall and floor detection, every plan achieves centimeter-level accuracy. Exports to CAD, BIM, or design tools are seamless, so results are instantly available for use - whether in property documentation or architectural workflows. ![Surveyor using software for floor plans](https://www.pointorama.com/content/uploads/2025/07/Pointorama_software_surveyor-545x355.jpg) ## Designed for professionals We combine precision with ultimate ease of use. While other solutions require complex training, Pointorama works straight out of the box with an intuitive interface. Our automated wall and floor detection delivers centimeter-level accuracy, ready for CAD, BIM or other design tools. This means faster results, fewer errors and plans that are immediately usable in professional workflows. ## Our vision In sectors like real estate, architecture, and construction, both time and accuracy are critical. Pointorama’s mission is to make advanced mapping technology accessible to everyone - without a steep learning curve. By cutting manual steps and shortening production times, we help professionals work smarter, not harder. [![Create your floor plan with Pointorama](https://www.pointorama.com/content/uploads/2025/06/Mapping_floorplan-1120x630.png) ](https://www.youtube.com/watch?v=MWCpy2wWvhc) ## Features at a glance - From scan to floor plan in minutes - Centimeter-level accuracy for walls and floors - Smooth export to CAD, BIM, and floor plan software - No training needed - ready from day one - Built for speed, accuracy, and workflow integration ## Real-world impact A real estate agency struggling with time-consuming manual workflows put Pointorama to the test. Previously, creating one floor plan meant tape measures, sketches, and more than three hours of work. With Pointorama, an eight-minute handheld 3D scan plus automatic processing produced a NEN 2580-compliant plan in under 15 minutes. What once filled a whole morning now fits into a coffee break - doubling daily output, reducing errors, and removing stress from the process. ## Ready to join our journey? Our community keeps growing, and we’re proud to see more professionals discover the speed and simplicity of Pointorama. Are you ready to experience it yourself? Connect with us, share your thoughts, or reach out to explore how Pointorama can transform the way you work. [Check out our product features](/products)

URL: https://pointorama.com/blogs/the-fastest-way-to-create-accurate-floor-plans

### Point cloud registration: what it is and why it matters

Published: 2025-06-26T10:04:28.000Z

At GEO Business we talked a lot about smarter workflows, but it all starts with accurate data. And when working with multiple scans, that means registration. In short: point cloud registration aligns different scans into one coherent 3D dataset - so you can model, measure, and monitor with confidence.

![Facade plan - Pointorama](https://www.pointorama.com/content/uploads/2024/12/Facade_plan-545x355.png) ## Why is point cloud registration important for surveyors? Point cloud registration is essential for a variety of applications, particularly in industries that rely on precise spatial measurements. Without proper alignment, point clouds from different scans may not match, leading to errors in 3D modeling, mapping and analysis. Registration enables users to: - **Merge multiple data sets:** Scans from different angles or times are combined to form a comprehensive 3D model. - **Map new data to existing models:** New measurements can be matched to a reference point cloud to identify changes, estimate object poses or track movements. This process is particularly valuable in fields like construction project planning, land development and site monitoring, where accurate spatial information is critical. ![Pointorama Scanner](https://www.pointorama.com/content/uploads/2025/01/Pointorama_Kinematic_Static_Scanner-545x355.png) ## Tools for point cloud registration Surveyors utilize advanced registration software to align and process point cloud data with a high degree of precision, a critical step in the generation of accurate 3D models and the facilitation of complex spatial analyses. Prominent software solutions within the industry include **Scantra** by Technet, **Cyclone Register** by Leica, **Realworks** by Trimble, **Scene** by Faro and **RiScan** by Riegl. These platforms incorporate sophisticated algorithms for point cloud alignment, data merging and error minimization, enabling the efficient handling of large and heterogeneous datasets. By ensuring the accurate integration of scans captured from multiple viewpoints and at varying temporal intervals, this software supports the development of detailed topographic models, supports construction verification processes and enhances the reliability of geospatial assessments across diverse applications. ![Route for Scanning with a SLAM scanner - Surveyors - Point Clouds](https://www.pointorama.com/content/uploads/2025/01/Rout_scanning_slam_scanner_surveyor-1120x630.png) ## Methods of point cloud registration There are several methods to register point clouds, each suited to different levels of complexity and types of data. ### 1\. Manual registration - **How it works:** Users manually select matching points in each point cloud. - **Use case:** Suitable for small datasets or when automated features are insufficient. - **Limitations:** Time-consuming and subject to human error. ### 2\. Feature-based registration - **How it works:** Detects and matches distinct features (edges, corners, planes or other key points) in point clouds. - **Use case:** Used in automated workflows for faster and more precise alignment. - **Example:** Matching natural features like the corners of buildings or landmarks in a scan ### 3\. Iterative closest point (ICP) - **How it works:** An iterative algorithm aligns two point clouds by minimizing the distance between corresponding points. - **Use case:** Works well when two point clouds are already close in alignment. - **Limitations:** Struggles when point clouds have large misalignments. ![Slam Scanners for suveryors - Point Clouds](https://www.pointorama.com/content/uploads/2025/01/Slam-scanner-surveyor-545x355.jpg) ## Applications of point cloud registration Point cloud registration plays a key role in multiple industries. Below are three important applications where point cloud registration makes a significant impact: 1. **Surveying and construction:** By aligning multiple scans, surveyors and contractors can create detailed 3D models of terrain or construction sites. This supports accurate volume calculations, progress tracking and as-built comparisons to ensure construction follows the original design. 2. **SLAM (Simultaneous Localization and Mapping)**: SLAM uses point cloud registration to generate maps while tracking the position of a moving device, such as a mobile scanner or robot. This allows surveyors to efficiently map large areas without fixed reference points. 3. **3D reconstruction and motion estimation**: Time-based scans are aligned to create dynamic 3D models that capture changes over time. This is essential for tracking construction progress or monitoring shifts in landscapes or structures. ## Conclusion Point cloud registration is fundamental to the creation of accurate 3D models and the effective management of spatial data across a wide range of industries. By aligning point clouds from multiple scans, surveyors and construction professionals can ensure precision in their measurements, facilitating better planning, monitoring, and validation of projects. The combination of advanced registration methods and specialized software enhances the accuracy and efficiency of the process, minimizing errors and maximizing data quality. As technology continues to evolve, point cloud registration will remain a cornerstone of geospatial analysis, driving innovation in fields such as construction, land surveying, and autonomous mapping. ## Ready to take your point clouds to the next level? Discover how Pointorama can streamline your workflows and improve project accuracy. Book your demo today or take a product tour to learn more! [Book a demo](https://pythagoras-bv.odoo.com/book/pointorama) [Take a product tour](/product-tour) [ ![Download your white paper Indoor Mapping for free](https://www.pointorama.com/content/uploads/2026/05/Whitepaper_Indoormapping_klein-545x355.jpg) ](/download-your-white-paper) ## Want to go deeper? Dive into the fundamentals of indoor mapping and better understand the technology behind the workflow. Download our free white paper and discover how scanning, point clouds and floor plan generation come together. [Donwload your free white paper](/download-your-white-paper)

URL: https://pointorama.com/blogs/point-cloud-registration-what-it-is-and-why-it-matters

### Scanning for success: A case study in 3D property mapping

Published: 2025-06-25T09:13:52.000Z

From hours to minutes: Smarter 3D property mapping Discover how a real estate team reduced their floorplan workflow from over 3 hours to under 40 minutes using handheld 3D scanning and point cloud processing - without sacrificing accuracy. A case study from our presentation at GEO Business 2025.

## Introduction: When measuring becomes a bottleneck In the property sector, the humble floor plan continues to play a vital role - from real estate brochures to architectural designs and renovation permits. But while buildings evolve, our methods to capture their layout often lag behind. For many professionals, property mapping still starts with a distometer and a sketchpad. That may sound charming, but in a competitive industry where time equals money, manual workflows create friction - and risk. At GEO Business 2025, we shared a case study that grew out of one simple but urgent question: **“How can we speed up property mapping without compromising accuracy?”** In this blog, I’d like to revisit that question - sharing what we discovered by rethinking a traditional process through the lens of modern digital tools. The impact went beyond technology; it fundamentally changed how a small real estate team approached **space**, **data** and **time**. ![Architect Engineer using Pointorama for floor plan to improve his AEC workflow](https://www.pointorama.com/content/uploads/2025/04/architect-engineer-with-floor-plan-545x355.jpg) ## The starting point: a workflow under pressure Our client in real estate, regularly documents properties ranging from old farmhouses to modern commercial units. Their typical workflow looked like this: 1. **On-site hand measurement**, using basic tools 2. **Manual sketching** on paper 3. **Inputting** that sketch into a floorplan tool 4. **Final adjustments**, relying on expertise in standards like NEN 2580 Each step carried risks: missed measurements, distorted proportions, or inconsistencies between site and drawing. Mapping a single property could easily take over **three hours**, not to mention the added stress of handling multiple sites per day. But time wasn’t the only constraint. **Finding people who could both measure accurately and understand the technical output** was becoming harder. This workflow relied on a single profile - someone skilled in both fieldwork and CAD interpretation. That dependency had become a bottleneck in itself. ![Accurate indoor floor plans and terrain models by Pointorama](https://www.pointorama.com/content/uploads/2025/06/Indoor_mapping_house_bedroom_scanner-545x355.png) ## The turning point: Bringing in 3D scanning We proposed a simple intervention: replace the manual measurement step with a **handheld 3D scanner**. One scan, done in just **eight minutes**, captured the entire property, generating a **centimeter-accurate point cloud** - a digital snapshot of the space. While point clouds are rich in spatial detail, they only become truly useful when paired with software designed to **interpret and structure** them. With the right tools and a streamlined workflow, even complex interiors can be translated into **clear, usable data** - accessible not just to technical users, but also to professionals in real estate or architecture. Using that digital foundation, we processed the scan and **extracted the line work** to produce a **floorplan**. Thanks to built-in logic for interpreting geometry and support for local standards such as NEN 2580, we were able to deliver a **complete plan** in **under 15 minutes**. [![](https://www.pointorama.com/content/uploads/2025/06/Meet_the_future-1120x630.jpg) ](https://youtu.be/n-CZPdyR3Dc) ![](https://www.pointorama.com/content/uploads/2025/06/Flooplan_youtube-545x355.jpg) ### From hours to minutes: The real impact Let’s put this into perspective. | | | | | --- | --- | --- | | **Step** | **Traditional** | **New (Scanning)** | | **On-site work** | 140 minutes | 8 minutes | | **Processing** | - | 10 minutes | | **Floorplan design** | 60 minutes | 20 minutes | The result is not just time saved. It’s a smoother experience, fewer opportunities for human error, and data that can be reused or exported for other workflows. One operator can do more in one day - without burning out. And perhaps most importantly: **the quality goes up**. More complete input leads to better decisions, clearer documentation, and less back-and-forth. ![](https://www.pointorama.com/content/uploads/2025/06/Flooplan_youtube_v2-545x355.jpg) ## Lessons for the future: Simplicity Is the real innovation We went into this project expecting a technological shift. What we found was something deeper: the value of a **well-designed, scalable workflow**. Two key takeaways stood out: 1. **Scanning isn’t just faster - it’s smarter**. You capture everything, even details you didn’t think you’d need. That flexibility matters when new requirements pop up after the site visit. 2. **The workflow becomes scalable**. Once a method proves itself across different building types, you can train and hire more people, standardize output, and build a more predictable business model. None of this would work without focusing on **ease of use**. Tools like point cloud processors or floorplan designers must be **accessible to real estate professionals**, not just to GIS experts or CAD technicians. That’s the real frontier in our sector: bringing powerful tools into the hands of people who don’t have time for a learning curve. ## Looking ahead: What’s next for indoor mapping? The most significant takeaway from this case wasn’t just the shift in technology - **it was the gain in time**. By integrating **scanners** and efficient **point cloud processing software** into the workflow, we reduced on-site work and floorplan production from hours to minutes. That kind of acceleration doesn’t just improve productivity; it opens the door to working at scale. This case proved that even small teams can benefit from these tools. With a compact setup, a clear process, and the right software, what once felt like a high-effort task becomes fast, repeatable, and reliable. If the geospatial sector wants to work smarter, this is the direction: **digitally-enabled workflows** that prioritize **speed**, **accuracy**, and above all, **efficiency**. ## How does your workflow compare? Are you still measuring properties the long way - or have you already made the shift to faster, smarter methods? If this story sounds familiar, or if you’re curious how 3D scanning and point cloud processing could fit into your process, let’s talk. 👉 **Book a short call** and explore how to upgrade your workflow - without the growing pains. [Book your call](https://pythagoras-bv.odoo.com/book/pointorama) [Take a product tour](/surveying-mapping)

URL: https://pointorama.com/blogs/scanning-for-success-a-case-study-in-3d-property-mapping

### Photogrammetry vs. LiDAR for aerial surveying: a comprehensive comparison

Published: 2025-06-05T12:19:53.000Z

Photogrammetry and LiDAR are two leading technologies in aerial surveying - each with distinct advantages. This article breaks down how they work, where they shine, and which one best fits your project's goals, environment, and budget.

![Photogrammetry for surveyors - Pointorama](https://www.pointorama.com/content/uploads/2025/02/Surveyor-Photogrammetry-545x355.jpg) ## What is photogrammetry? Photogrammetry is a technique that uses **overlapping 2D images** to reconstruct 3D models. The process involves: - Capturing images from drones or aircraft using high-resolution cameras. - Applying triangulation algorithms to create 3D models. - Stitching images together using specialized software to generate accurate maps. **Equipment & software** - **Hardware:** Drones or aircraft equipped with RGB or multispectral cameras. - **Software:** CAD tools, BIM tools, cloud-based tools **Common applications** - Construction site monitoring - Real estate and urban mapping - Terrain monitoring - Agriculture and crop analysis - Disaster response and damage assessment ![LiDAR for surveyors - Pointorama](https://www.pointorama.com/content/uploads/2025/02/Surveyor-LiDAR-545x355.jpg) ## What is LiDAR? LiDAR (Light Detection and Ranging) is an active remote sensing technology that emits laser pulses to measure distances and generate **highly accurate 3D point clouds.** Unlike photogrammetry, which relies on visible light, LiDAR can penetrate vegetation and function in low-light conditions. **Equipment & software** - **Hardware:** LiDAR sensors mounted on drones, aircraft, or terrestrial vehicles. - **Software:** CAD tools, BIM tools, cloud-based tools **Common applications** - Forestry and vegetation analysis - Infrastructure inspection (power lines, roads, bridges) - Flood modeling and topographic mapping ## Comparison: pros and cons | | | | | --- | --- | --- | | **Feature** | **Photogrammetry** | **LiDAR** | | **Accuracy** | Lower (depends on lighting & textures) | Higher (independent of light conditions) | | **Cost** | More affordable (uses cameras) | Expensive (specialized sensors) | | **Data density** | Less dense, depends on image quality | High-density point clouds | | **Processing time** | Longer, requires image stitching | Faster, direct point cloud generation | | **Performance in vegetation** | Poor (struggles with dense foliage) | Excellent (penetrates vegetation) | | **Equipment size** | Lighter (uses standard drones) | Heavier (requires LiDAR sensors) | ![Surveying with a drone](https://www.pointorama.com/content/uploads/2025/02/Surveying-drone-545x355.jpg) ## Pricing considerations Photogrammetry requires a lower initial investment, with costs primarily associated with drone hardware and software processing. This makes it an ideal choice for budget-conscious projects that still require detailed spatial data. In contrast, LiDAR technology comes with a significantly higher upfront cost, ranging from €10,000 to well over €100,000 due to the expense of the sensors. However, LiDAR offers superior precision and efficiency, making it the preferred option for large-scale projects where accuracy and data density are critical. ![](https://www.pointorama.com/content/uploads/2025/02/Surveying-drone-v2-545x355.jpg) ## Choosing the right technology Choosing between Photogrammetry and LiDAR depends on your project’s needs, budget, and environmental conditions. Photogrammetry is the better option if you need high-resolution color imagery and a cost-effective mapping solution. It works best in areas with clear visibility and minimal vegetation, where detailed surface textures are important. If your budget is limited and you can accommodate longer processing times, photogrammetry offers a practical and affordable approach. LiDAR, on the other hand, is the preferred choice for projects that require high accuracy and detail, especially in environments with dense vegetation where photogrammetry struggles. It is ideal for topographic mapping, forestry assessments, and infrastructure scanning, providing precise elevation data even through tree canopies. If your project demands faster processing times and you have the budget for advanced equipment, LiDAR delivers superior results. ## Conclusion Both **photogrammetry and LiDAR** offer powerful solutions for aerial surveying, each excelling in different scenarios. While photogrammetry is more affordable and sufficient for general 3D modeling, LiDAR provides unmatched precision, especially in complex terrains. For many projects, a **hybrid approach** combining both technologies can offer the best results. As technology evolves, we are likely to see **more accessible and integrated solutions** that merge photogrammetry and LiDAR for even greater accuracy and efficiency in aerial mapping. Need help choosing the right surveying method for your project? **Contact us today for expert guidance!** [Get guidance](https://pythagoras-bv.odoo.com/book/pointorama) [Read the product features](/products) [ ![Download your white paper Indoor Mapping for free](https://www.pointorama.com/content/uploads/2026/05/Whitepaper_Indoormapping_klein-545x355.jpg) ](/download-your-white-paper) ## Want to go deeper? Dive into the fundamentals of indoor mapping and better understand the technology behind the workflow. Download our free white paper and discover how scanning, point clouds and floor plan generation come together. [Donwload your free white paper](/download-your-white-paper)

URL: https://pointorama.com/blogs/photogrammetry-vs-lidar-for-aerial-surveying

### Accurate indoor measurements made easy with Pointorama

Published: 2025-04-24T15:04:13.000Z

Quick, reliable, and truly intelligent. With built-in surface recognition, you can now measure walls, ceilings and floors directly within your digital floorplan - no extra tools, no second-guessing. Whether you're in surveying, real estate, or architecture, this is accuracy made effortless.

![Taking indoor measurements](https://www.pointorama.com/content/uploads/2025/04/taking-measurements-545x355.jpg) ## Measure what matters instantly Forget manual calculations and disconnected tools - with our new measurement feature, you can select any two points in your floorplan and instantly calculate the distance between them. This includes: - **Door height and width** – ideal for accessibility planning, furnishing or compliance checks - **Floor-to-ceiling distance** – essential for lighting design, HVAC setup or spatial calculations - **Wall-to-wall spacing** – perfect for layout decisions or verifying usable area These measurements are extracted directly from the point cloud that underpins your digital floorplan. That means what you see is based on real-world data - not assumptions or approximations. ## Smarter measurements with intelligent plane detection for guaranteed accuracy What sets Pointorama apart is its unique way of handling measurements. Instead of relying on manual precision to locate the exact point in a complex point cloud, our system uses advanced wall, floor and ceiling detection to understand the geometry of your space. It automatically recognizes the plane your measurement belongs to - so you’re not just clicking points, you’re selecting surfaces. This eliminates guesswork entirely: even if you click slightly off, the tool knows what you meant. The result? Perfectly accurate measurements, driven by smart interpretation of real-world structure. [![Indoor Measurements from Point Clouds | Pointorama floor plans](https://www.pointorama.com/content/uploads/2025/04/Floorplan-tool-1120x630.jpg) ](https://www.youtube.com/watch?v=aNbrQByNq5g) ![Surveyor doing time consuming computerwork](https://www.pointorama.com/content/uploads/2024/04/Surveyor-computer-work-time-consuming-545x355.jpg) ## Easily share with colleagues in the field or at the office Once you’ve taken your measurements, sharing them is seamless. Whether your colleague is on-site or working remotely, everyone can access the same plan, the same data and the same results - all in one place - Fewer miscommunications - No need for manual note transfers - A smooth handover between survey and decision-making Pointorama keeps your team aligned, wherever they are. ![Floorplan tool 636 px](https://www.pointorama.com/content/uploads/2025/06/Floorplan-tool-small-545x355.jpg) ## Stay consistent with fixed height measurements Need standardized measurements across an entire property or project? With ‘fixed height mode’, you can lock your measurement plane to a specific height - such as 90 cm or 120 cm - and ensure every value is taken from the same horizontal level. This consistency is ideal for: - Generating professional reports - Comparing rooms or floors - Meeting industry regulations and technical standards It’s a small feature that brings big structure to your data. [![Floorplan tool - Residence - with ceiling](https://www.pointorama.com/content/uploads/2025/04/Floorplan-tool_residence-1120x630.png) ](https://www.youtube.com/watch?v=ssO9-b2yYYc) ## Save time and reduce errors Measuring directly within your Pointorama floorplan removes the need for switching tools or revisiting sites. You work inside the environment where your **point cloud** already lives, extracting what you need in just a few seconds. By reducing the number of steps in your workflow, you: - Eliminate the risk of transcription errors - Deliver faster results to clients and teams - Free up time for analysis and strategic decisions It’s smarter surveying, from scan to solution. ## Built for professionals who measure every day This feature was designed with your workday in mind. Whether you’re: - **A surveyor**, checking building geometry - **A real estate expert**, creating technical plans - **An architect or planner**, evaluating spatial layouts - **Part of a construction team**, translating scans into action You’ll find this measurement tool to be a reliable, timesaving addition to your Pointorama toolkit. ## See it in action Curious how it works in practice? 🎥 Watch our demo videos on YouTube to see real-time measurements being taken from a point cloud-based floorplan - no #scripts, no mockups, just real data. [See our videos on YouTube](https://www.youtube.com/channel/UC4_dlpwP0y-mEU1r6XZFuzQ) [Book a demo](https://meetings-eu1.hubspot.com/stijn-van-beek)

URL: https://pointorama.com/blogs/accurate-indoor-measurements-made-easy-with-pointorama

### Transforming real estate with 3D scanning

Published: 2025-03-20T15:02:43.000Z

3D scanning is revolutionizing real estate by providing fast, accurate property measurements and detailed floor plans. With SLAM technology, professionals can quickly map properties and eliminate outdated blueprints. Tools like Pointorama turn raw scans into actionable insights, improving efficiency and decision-making.

## The role of 3D scanning in real estate ![Interieur Design - 3D scanning with Pointorama](https://www.pointorama.com/content/uploads/2025/02/Interieur-design-3D-scanning-545x355.jpg) ### 1\. Generating accurate property measurements & floor plans In real estate, knowing the exact dimensions of a property is crucial. Missing or inaccurate architectural plans can lead to costly miscalculations, delayed projects and uncertainty for buyers and investors. 3D scanning provides a fast and reliable solution: - Capture precise measurements of every room, hallway and structure within minutes. - Create highly accurate digital floor plans without manual measurements. - Maintain consistent property records across multiple listings and transactions. With SLAM technology, professionals can scan entire properties on-site with a handheld device, reducing costs compared to traditional laser scanning methods. ![](https://www.pointorama.com/content/uploads/2025/02/smiling-real-estate-agent-talking-with-couple-interested-buying-new-home-545x355.jpg) ### 2\. Faster, more reliable property documentation Many properties lack updated architectural plans, making renovations, valuations and legal documentation challenging. 3D scanning fills this gap by creating an accurate digital model of any building, ensuring: - Faster property assessments for real estate transactions and renovations. - Accurate data for appraisals, permitting and insurance evaluations. - A reliable reference for future modifications or expansions. Instead of relying on outdated blueprints or estimates, real estate professionals can scan a building in real-time and instantly access trustworthy spatial data. ![Floorplan of an appartment with furniture](https://www.pointorama.com/content/uploads/2025/03/floor_plan_appartment_furniture-545x355.jpg) ### 3\. Enhancing real estate sales & marketing Accurate measurements are just as important for selling and marketing a property. 3D scanning helps agents provide transparent, data-driven listings that build trust with potential buyers. Benefits include: - Precise square meters, calculations, eliminating disputes over property size. - Detailed property layouts, allowing buyers to assess room dimensions before visiting. - Stronger client confidence, knowing that measurements are exact and verified. Instead of relying on guesswork or outdated floor plans, buyers and investors get clear, reliable property information that speeds up decision-making. ![Surveyor with slam scanner in interior of hous - Real estate](https://www.pointorama.com/content/uploads/2025/02/Surveyor-slam-scanner-interior-real-estate-1120x630.jpg) ![](https://www.pointorama.com/content/uploads/2025/02/Interior-3D-scanning-545x355.jpg) ## Challenges and future trends Despite its advantages, 3D scanning adoption in real estate has been slow due to cost and technical barriers. High-end scanning systems once required significant investments, but the rise of SLAM-based handheld scanners is reducing costs and making scanning more accessible. Looking ahead, key trends include: - Affordable SLAM scanners, making precise property scanning cost-effective. - Automated data processing: integration, improved workflows - Standardized digital property records, improving real estate documentation and transactions. As technology evolves, 3D scanning is becoming an essential tool in real estate, ensuring that professionals have the exact data they need - when they need it. ## Conclusion 3D scanning is changing the real estate industry by providing fast, accurate property measurements where blueprints are missing or unreliable. With SLAM scanners lowering costs, real estate professionals can quickly capture precise dimensions, create digital floor plans, and enhance property documentation. Whether for sales, renovations, appraisals, or legal records, 3D scanning delivers trustworthy, data-driven solutions that streamline processes and improve decision-making. Ready to bring accuracy and efficiency to real estate? Explore 3D scanning today! ## Take 3D scanning to the next level with Pointorama 3D scanning is transforming real estate and interior design in ways many never imagined. But capturing data is just the first step - the real challenge is processing and using it effectively. That’s where Pointorama makes the difference. With smart tools to clean, structure, and collaborate on point cloud data, Pointorama helps turn raw scans into actionable insights - fast and efficiently. 🚀 **Curious to see it in action? Try Pointorama today!** [Start your free trial](https://app.pointorama.com/register) [See the product features](/products)

URL: https://pointorama.com/blogs/transforming-real-estate-with-3d-scanning

### How 3D scanning helped restore Notre Dame after the great fire

Published: 2025-02-17T16:33:44.000Z

Thanks to pre-existing 3D scans, Notre Dame's restoration after the 2019 fire was remarkably precise. LiDAR technology provided a detailed digital blueprint, preserving architectural integrity and accelerating reconstruction. This case highlights the vital role of 3D scanning in safeguarding cultural heritage.

![Notre Dame on fire - Surveyors making 3D scan](https://www.pointorama.com/content/uploads/2025/02/Fire_Notre_Dame_Surveyor-545x355.jpg) **The 3D scanning of Notre Dame before the fire** Long before the fire, Notre Dame had been meticulously **3D scanned** by art historian and preservationist **Andrew Tallon**. Using LiDAR (Light Detection and Ranging) technology, Tallon created a detailed point cloud model of the cathedral, capturing every arch, column and intricate feature with millimeter precision. **How the scanning process worked:** - **LiDAR technology** was used to map every surface of the cathedral by emitting laser pulses and measuring their return times. - **Point clouds** were generated, forming a digital replica of the cathedral’s architecture. - **Accuracy within millimeters** ensured that even the slightest details, from ornate sculptures to the curvature of vaulted ceilings, were recorded. This digital blueprint would later become an essential reference for restoring Notre Dame to its original state. ![Details Notre Dame inside the Cathedral - Pointorama](https://www.pointorama.com/content/uploads/2025/02/Fire_Notre_Dame_Surveyor_Details-545x355.jpg) ## How 3D scanning aided the restoration efforts After the fire, restoration teams faced a daunting task: rebuilding a structure that was centuries old, with many unique design elements that could not be easily recreated. The 3D scan provided a **highly accurate reference model**, allowing architects, engineers and artisans to work from a precise digital reconstruction. **Key contributions of 3D scanning to the restoration:** ![Reconstruction of Notre Dame](https://www.pointorama.com/content/uploads/2025/02/Fire_Notre_Dame_Surveyor_Details_v2-545x355.jpg) ### 1\. Preserving architectural accuracy The scans provided **exact dimensions**, ensuring that every rebuilt element matched the original structure with precision. This level of detail allowed craftsmen to accurately **replicate intricate stonework, wooden beams, and stained glass windows**, preserving the historical authenticity of the building. ### 2\. Guiding structural stability assessments Engineers relied on the digital model to **assess damage and identify weakened areas** that required reinforcement. By analyzing the scans, they could determine **how much of the original structure could be salvaged**, enabling a more strategic and informed restoration process. ### 3\. Accelerating the rebuilding process Having a **detailed digital blueprint** eliminated the need to rely solely on historical documents or photographs, allowing restoration teams to work more efficiently. Advanced fabrication techniques, such as **3D printing and CNC machining**, were used to **recreate destroyed sections with exceptional precision**, significantly speeding up the reconstruction. ### 4\. Future-proofing for preservation The **Notre Dame project** showcased how digital scans can serve as **long-term preservation tools**, ensuring that accurate records of historic structures remain available for future generations. This same technology is now being used to scan **other historic landmarks** as a preventive measure, safeguarding their details before potential damage occurs. ![Historic Preservation of Machu Picchu, Peru](https://www.pointorama.com/content/uploads/2025/02/Machu_Picchu_Peru_Surveyors_Pointorama-545x355.jpg) ## The role of 3D technology in historic preservation The successful use of 3D scanning in Notre Dame’s restoration has inspired similar initiatives worldwide. Historic landmarks and cultural sites are now being digitized to safeguard them against future disasters, including: - **The Pyramids of Egypt** – 3D models help monitor structural integrity over time. - **Machu Picchu, Peru** – Scans assist in conservation planning and prevent environmental damage. - **The Statue of Liberty, USA** – Detailed scans preserve the monument for future generations. ## Conclusion Notre Dame’s restoration stands as a powerful testament to the importance of 3D scanning in historic preservation. What could have been an irreversible loss was mitigated thanks to LiDAR technology and point cloud data, allowing the cathedral to be faithfully reconstructed. As technology advances, digital preservation is becoming an essential tool in protecting the world’s architectural heritage for generations to come.

URL: https://pointorama.com/blogs/how-3d-scanning-helped-restore-notre-dame-after-the-great-fire

### Choosing between static and kinematic scanning: finding the right fit

Published: 2025-02-13T12:33:04.000Z

Looking for precision or speed? Static scanning captures ultra-detailed data from fixed points, perfect for architecture and engineering. Kinematic scanning maps large areas quickly, ideal for roads and urban planning. Each has its strengths - discover which one suits your project best!

![Static Scanner - Point Clouds - Pointorama](https://www.pointorama.com/content/uploads/2025/01/Static_scanner_Pointorama_Pointclouds-545x355.jpg) ## Static scanning: precision through stillness Static scanning involves placing the scanner at a fixed position to capture data from a single viewpoint. The scanner typically rotates to collect a full 360-degree view of the environment. Because the device is stationary, it delivers highly accurate and detailed results, making it an excellent choice for projects where precision is paramount. This method is often used for documenting architectural details, preserving cultural heritage sites, or conducting engineering surveys. However, static scanning requires manual repositioning to cover different areas, which makes it time-intensive. Each individual scan must later be aligned during post-processing to create a complete dataset. While this meticulous approach ensures data accuracy, it can be less practical for larger, dynamic environments. ![Kinematic Scanner - SLAM scanner - Point Clouds](https://www.pointorama.com/content/uploads/2025/01/Kinematic_Scanner_small-545x355.jpg) ## Kinematic scanning: speed in motion Kinematic scanning, on the other hand, captures data while the scanner is in motion. Hand-held or mounted on a moving platform such as a vehicle, drone, or backpack, it continuously records the environment in real-time. This method excels in efficiency, allowing surveyors to cover vast areas quickly, making it ideal for applications like urban mapping, road surveys, or infrastructure monitoring. However, the mobility of kinematic scanning introduces potential challenges, such as motion-related distortions from vibrations or speed. Post-processing becomes critical to correct these artifacts and ensure usable results. While kinematic scanning may not match the precision of static scanning, it offers sufficient accuracy for large-scale or time-sensitive projects. ![Surveyor at sun down](https://www.pointorama.com/content/uploads/2025/01/Surveyor_sundown-1120x630.jpg) ![Advantages and limitations of static and kinematic scanner](https://www.pointorama.com/content/uploads/2025/01/Advantages-limitations-545x355.jpg) ## Comparing advantages and limitations Both methods have clear advantages and trade-offs. Static scanning stands out for its unmatched accuracy and is particularly suited for detailed, small-to-medium spaces. Its primary drawback is the slower workflow, as each scan requires manual setup and repositioning. Kinematic scanning, by contrast, shines in speed and efficiency, especially for dynamic or expansive environments. Yet, its reliance on mobility can introduce data imperfections, and the post-processing stage demands advanced tools to achieve reliable results. | Feature | Static scanning | Kinematic scanning | | --- | --- | --- | | **Movement** | Stationary, capturing data from fixed positions | Continuous scanning while in motion | | **Speed** | Slower, requires repositioning | Rapid, covers large areas quickly | | **Accuracy** | Exceptional, ideal for high-detail applications | Moderate to high, depends on motion stability | | **Efficiency** | Time-intensive for large projects | Highly efficient for expansive environments | | **Applications** | Interior surveys, heritage preservation, facades | Roads, tunnels, urban planning, infrastructure | | **Setup Complexity** | Minimal, but requires frequent repositioning | Higher, involves calibration and mobile setup | | **Post-Processing** | Focused on aligning static scans | Involves correcting motion-related distortions | ## Choosing the right method The decision between static and kinematic scanning often comes down to project priorities. For highly detailed tasks like heritage documentation or engineering projects, static scanning is indispensable. Conversely, for broad, time-sensitive tasks such as urban planning or road surveys, kinematic scanning is the practical choice. In some scenarios, combining both methods delivers the best of both worlds. Static scanning can focus on areas requiring precision, while kinematic scanning covers the broader context. Together, they create a comprehensive and efficient workflow. ## Streamline your scanning process with Pointorama Whether you use static or kinematic scanning - or both - effective data processing is crucial. Pointorama’s advanced tools enable seamless integration and processing of your point cloud datasets, ensuring you get the most out of your scans. Discover how Pointorama can optimize your workflow and help you achieve exceptional results. [Product tour](/product-tour) [Book a demo](https://pythagoras-bv.odoo.com/book/pointorama) [ ![Download your white paper Indoor Mapping for free](https://www.pointorama.com/content/uploads/2026/05/Whitepaper_Indoormapping_klein-545x355.jpg) ](/download-your-white-paper) ## Want to go deeper? Dive into the fundamentals of indoor mapping and better understand the technology behind the workflow. Download our free white paper and discover how scanning, point clouds and floor plan generation come together. [Donwload your free white paper](/download-your-white-paper)

URL: https://pointorama.com/blogs/static-vs-kinematic-scanning-which-method-fits-best

### Exploring surveying efficiency with 3D laser scanning

Published: 2025-02-04T13:52:28.000Z

3D laser scanning revolutionizes surveying with speed and precision, but managing point clouds can be a challenge. Discover how Pointorama streamlines processing for maximum efficiency! 🚀 Read more!

![Laser Scanner - Pythagoras CAD - AI image](https://www.pointorama.com/content/uploads/2025/02/DALL·E-Laser-scanner-545x355.webp) ## How 3D laser scanning works 3D laser scanning utilizes laser beams to rapidly capture detailed information about the shape and contours of objects and environments. The scanner emits laser pulses, which bounce off surfaces and return to the scanner, measuring the distance and shape of each point they hit. These points are then compiled to create a three-dimensional representation of the scanned area, known as a point cloud. The result? Surveyors can capture millions of points per second, significantly improving accuracy and efficiency. ![Surveyor with 3D scanner - Sending Point Clouds to Pointorama](https://www.pointorama.com/content/uploads/2024/05/Surveyor_with_3D_scanner_small-545x355.jpg) ## When is 3D Laser scanning beneficial? 3D laser scanning is particularly advantageous in scenarios where precision and efficiency are crucial. It is invaluable in: - **Construction**: From site surveys to as-built documentation, 3D laser scanning provides accurate and detailed data for construction projects, facilitating precise measurements and analysis. - **Architecture**: Architects can use 3D laser scanning to capture existing structures and environments with unparalleled accuracy, aiding in renovation projects, historical preservation and design development. - **Civil Engineering**: In civil engineering projects such as road construction or infrastructure development, 3D laser scanning offers precise topographical data, enabling engineers to make informed decisions and minimize errors. However, before adopting 3D laser scanning, it is important to understand how it compares to traditional total stations. ## Traditional surveying vs. 3D laser scanning: the trade-offs Before 3D laser scanners, total stations were the industry standard for high-precision surveying. They remain widely used today, offering millimeter-level accuracy in point-by-point data collection. However, they struggle to keep up with modern demands for speed, automation and coverage. **Key differences between total stations and 3D laser scanners** | | | | | --- | --- | --- | | **Feature** | **Traditional total station** | **3D laser scanning** | | **Measurement speed** | Collects individual points manually | Captures millions of points per second | | **Coverage** | Requires multiple setups for large areas | Covers large areas quickly with a single setup | | **Data accuracy** | Highly accurate but depends on operator skill | High accuracy, but requires post-processing | | **Complexity** | Manual point selection; efficient for simple projects | Automated, dense data capture; ideal for complex environments | | **Investment cost** | Lower initial cost | Higher upfront investment but long-term efficiency gains | | **Post-processing** | Minimal processing needed | Requires filtering and classification of raw data | At first glance, **3D laser scanning seems superior in every aspect** - but the reality is more nuanced. While laser scanners generate vast amounts of data **in minutes**, the real challenge lies in **processing** this information efficiently. ![Pointorama - Your Point Cloud Platform](https://www.pointorama.com/content/uploads/2024/04/Profile_GIM_Int_Pointorama_Image3-e1713185890830-545x355.jpg) ## The hidden bottleneck: managing point clouds One of the most overlooked challenges of 3D laser scanning is the massive volume of data it produces. 💡 Did you know? A single scan can generate billions of points, capturing not only useful features but also noise - such as unwanted reflections, irrelevant objects and atmospheric distortions. Without an efficient processing workflow, surveyors can spend more time cleaning raw data than they would with traditional total stations. This is where Pointorama makes a real difference. ![](https://www.pointorama.com/content/uploads/2024/04/Profile_GIM_Int_Pointorama_Image2-e1713185371765-545x355.jpg) ## Enter Pointorama: streamlining point cloud processing Pointorama is a powerful point cloud platform that eliminates the inefficiencies of manual processing. Instead of spending countless hours filtering and structuring raw data, surveyors can: - **Automatically clean point clouds** – AI-powered filtering removes noise and irrelevant data. - **Classify and segment points effortlessly** – Organize data into meaningful categories. - **Collaborate in real time** – Work with team members across locations with a centralized platform. - **Optimize efficiency** – Convert raw scans into actionable insights faster than ever. With **Pointorama**, the processing bottleneck is removed, making **3D laser scanning a viable, scalable solution** for even the most complex projects. ## Conclusion: 3D laser scanning is only as good as its processing workflow While 3D laser scanning provides unmatched speed and coverage, its true value depends on how efficiently the data is processed. 📌 A scanner alone is not enough - without the right software, even the best hardware can create more problems than solutions. With Pointorama, surveyors can harness the full power of point clouds, eliminating inefficiencies and unlocking the true potential of high-resolution 3D data. **Ready to revolutionize your surveying workflow?** Discover **Pointorama** today. [Discover the product features](/products) [Book a demo](https://pythagoras-bv.odoo.com/book/pointorama) [ ![Download your white paper Indoor Mapping for free](https://www.pointorama.com/content/uploads/2026/05/Whitepaper_Indoormapping_klein-545x355.jpg) ](/download-your-white-paper) ## Want to go deeper? Dive into the fundamentals of indoor mapping and better understand the technology behind the workflow. Download our free white paper and discover how scanning, point clouds and floor plan generation come together. [Donwload your free white paper](/download-your-white-paper)

URL: https://pointorama.com/blogs/exploring-surveying-efficiency-with-3d-laser-scanning

### Pointorama's Magic Wand: The smarter way to edit point clouds

Published: 2025-01-24T11:19:18.000Z

Pointorama's Magic Wand simplifies point cloud editing with AI-driven clustering and an intuitive interface. Save time, enhance precision, and streamline workflows - perfect for professionals and beginners alike.

![Magic Wand tool - Pointorama](https://www.pointorama.com/content/uploads/2025/01/Magic-Wand-tool-Pointorama-v3-545x355.png) ## Say goodbye to tedious manual editing Traditional tools like 2D or lasso selectors require manual adjustments, which are time-consuming and prone to errors. Our Magic Wand tool changes the game by leveraging point clustering. Instead of selecting individual points, it groups neighboring points that share similar properties - such as geographic proximity, intensity, or geometry. This approach means fewer clicks and more precise results. You can effortlessly isolate large areas, such as a building facade or a patch of vegetation, with unparalleled ease and accuracy. ![Pointorama - Classifying objects and cleaning point clouds](https://www.pointorama.com/content/uploads/2024/06/Machine-indoor-v3-545x355.png) ## Powerful filtering made simple Point cloud segmentation isn’t just about organization - it’s a gateway to advanced filtering. Our Magic Wand tool allows you to: - Remove manmade structures from natural terrains. - Hide vegetation in rural or forested areas. - Isolate buildings for architectural studies. - Highlight key features like pipes in infrastructure projects. - Virtually remove rooftops to improve line-of-sight visibility. These filtering options give you complete control over your datasets, making even the most complex projects manageable. [![Magic Wand tool - Pointorama - Object recognition point clouds](https://www.pointorama.com/content/uploads/2025/01/Magic-Wand-tool-Pointorama-v4-1120x630.png) ](https://youtu.be/8bsSVeSTjN0) ## Inspired by 2D, built for 3D The Magic Wand tool is inspired by the iconic selection tool found in 2D software like Photoshop. But it takes that concept to the next level, applying the same intuitive selection philosophy to 3D environments. With its ability to understand spatial relationships and depth, the Magic Wand tool makes selecting and editing in 3D as straightforward as working in 2D. ![Surveyor with SLAM scanner standing in front of building in construction](https://www.pointorama.com/content/uploads/2025/01/Surveyor-SLAM-scanner-construction-building-545x355.jpg) ## Works anywhere, with any dataset One of the best features of the Magic Wand tool is its versatility. It works seamlessly with any type of point cloud, whether it’s generated by laser scanners, photogrammetry, SLAM devices, or other technologies. This flexibility also extends to its environment compatibility. Whether you’re working on terrains, infrastructure projects, indoor spaces or outdoor landscapes, the Magic Wand tool adapts effortlessly to your needs. ![Magic Wand tool - Pointorama](https://www.pointorama.com/content/uploads/2025/01/Magic-Wand-tool-Pointorama-545x355.png) ## Intelligent but easy to use Although it’s built on cutting-edge AI, the Magic Wand tool is designed to be user-friendly. Its low-entry design ensures that even first-time users can achieve professional results. With Pointorama, complex point cloud editing doesn’t require extensive expertise - just a few clicks. ## Structuring data for success The Magic Wand tool is not just about selection and filtering; it’s also a critical step for data structuring and classification. By segmenting point clouds into meaningful clusters, you can label sections for better navigation and analysis. The benefits are clear: - **Faster workflows**: Organized datasets are easier to process. - **Improved decision-making**: Classified point clouds provide valuable insights. - **Enhanced project efficiency**: Structured data speeds up downstream applications, such as CAD modeling and GIS analysis. ## Conclusion Pointorama’s Magic Wand tool is revolutionizing how professionals edit, filter, and classify point cloud data. By combining the power of AI-driven clustering with an easy-to-use interface, it provides a smarter, faster, and more precise way to manage your datasets. Whether you’re isolating key features, cleaning up clutter, or structuring data for further analysis, the Magic Wand tool is your ultimate companion for efficient point cloud editing. Try Pointorama today and experience the future of point cloud editing. ## Discover the smarter way to edit point clouds. With Pointorama’s Magic Wand, you can simplify complex workflows, achieve precise results, and save valuable time. Try it today and experience a new level of efficiency and control. [Try out Magic Wand](https://app.pointorama.com/register) [Read all features](/product-tour)

URL: https://pointorama.com/blogs/pointoramas-magic-wand-the-smarter-way-to-edit-point-clouds

### The power of SLAM scanners for surveying: a comprehensive guide

Published: 2025-01-20T09:25:57.000Z

SLAM (Simultaneous Localization and Mapping) is revolutionizing 3D mapping for surveyors, enabling fast and accurate results in GPS-deprived environments. This guide covers SLAM fundamentals, workflow optimization, and its advantages over traditional Terrestrial Laser Scanning (TLS). Discover how SLAM technology enhances efficiency, versatility, and accuracy in modern surveying.

[What is SLAM?](#What) [How does SLAM work?](#How) [Key components of a SLAM system](#Components) [Impact of SLAM on accuracy](#Impact) [Workflow steps for high-accuracy results](#Workflow) [Andvantages and limitations of SLAM technology](#Advantage) [Types of SLAM-Based Systems](#Types) [SLAM vs. TLS (Terrestrial Laser Scanning)](#TLS) [Real-World Applications of SLAM Scanners](#Real) [Conclusion](#Conclusion) ![Slam Scanners for suveryors - Point Clouds](https://www.pointorama.com/content/uploads/2025/01/Slam-scanner-surveyor-545x355.jpg) ## What is SLAM? SLAM (Simultaneous Localization and Mapping) is a technology that enables a device to determine its position and orientation while simultaneously mapping its surroundings. Initially developed for robotics, SLAM technology is now integral to mobile 3D scanning, allowing devices to create precise 3D representations of their environment in real time. At its core, SLAM fuses data from various onboard sensors such as LiDAR, RGB cameras, and Inertial Measuring Units (IMUs) to track the scanner’s movement. As the scanner moves, SLAM algorithms continually update its position relative to the environment, much like a traverse method in traditional surveying. This ongoing process allows the system to generate an accurate, spatially aligned point cloud of the scanned area. ![Kinematic Scanner - SLAM scanner - Point Clouds](https://www.pointorama.com/content/uploads/2025/01/Kinematic_Scanner_small-545x355.jpg) ## How does SLAM work? SLAM systems operate using a continuous feedback loop. The process can be broken down into several steps: 1. **Initialization**: As the system starts, the SLAM algorithm processes initial sensor data to establish a reference position. 2. **Observation and position estimation**: As the scanner moves, it collects new data from sensors, compares it to previous observations, and refines its estimated position. 3. **Data fusion**: Data from multiple sensors (LiDAR, IMU, photogrammetry) is combined to track movement and capture environmental features. 4. **Trajectory calculation**: The system calculates a new position based on the previous one, repeating this step continuously. This process is simular to how surveyors use traverse points, with each new position relying on the accuracy of the previous one. However, in SLAM systems, the process is fully automated and repeated thousands of times per second. ![Surveyor with SLAM scanner - Point Clouds of Pointorama](https://www.pointorama.com/content/uploads/2025/01/Surveyor-with-SLAM-scanner-1120x630.jpg) ![LiDAR scan of building - Pointorama - Source: Kaarta](https://www.pointorama.com/content/uploads/2025/01/LiDAR_Building_Pointorama_Pythagoras-545x355.png) ## What are the key components of a SLAM system? - **LiDAR**: Provides high-resolution 3D point data. - **IMU (Inertial Measurement Unit)**: Tracks orientation, velocity, and acceleration. - **RGB Cameras**: Enhances visual context and aids in VSLAM (Visual SLAM). These sensors work together to capture the spatial characteristics of an environment. Advanced SLAM systems may also incorporate photogrammetry or additional sensors for greater precision. ![The impact of accuracy for surveryors - Ponitorama - Point Clouds](https://www.pointorama.com/content/uploads/2025/01/Accuracy-545x355.png) ## What is the impact of SLAM on accuracy? While SLAM offers incredible versatility, its mobile nature introduces unique challenges in accuracy. Unlike a TLS, which captures 3D points from a fixed location, SLAM scanners move as they scan. This movement can cause misalignments in the point cloud, leading to errors like tracking errors and drift. - **Tracking errors**: These occur when the system loses track of its position, often in featureless environments like long hallways. - **Drift**: Sensor errors accumulate over time, causing the system’s position to “drift” away from its true location, reducing point cloud accuracy. Manufacturers have developed solutions to mitigate these errors, such as: - **Loop closure**: By returning to a previously scanned location, the system identifies overlapping points and adjusts for tracking errors and drift. - **Control points**: Surveyors place known reference points throughout the environment. The scanner’s point cloud is then “snapped” to these control points for precise alignment. ![Route for Scanning with a SLAM scanner - Surveyors - Point Clouds](https://www.pointorama.com/content/uploads/2025/01/Rout_scanning_slam_scanner_surveyor-1120x630.png) ## Workflow steps for high-accuracy results 1. **Plan the scan**: Identify key areas and determine if loop closure or control points are necessary. 2. **Scan with consistency**: Move at a steady pace and avoid abrupt changes in speed or direction. 3. **Use loop closure**: Close loops where possible to reduce tracking errors. 4. **Implement control points**: For survey-grade accuracy, capture control points using high-precision tools like total stations. ![Advantages and limitations of static and kinematic scanner](https://www.pointorama.com/content/uploads/2025/01/Advantages-limitations-545x355.jpg) ## What are the advantages and limitations? SLAM technology offers transformative benefits in the realm of data collection, revolutionizing how surveys and mapping are performed. Its speed and efficiency shine when compared to traditional terrestrial laser scanning (TLS), dramatically shortening the time needed to capture data. Moreover, SLAM operates independently of GPS, making it indispensable for environments where GPS signals are absent, such as tunnels or indoor facilities. Its versatility is another standout feature, enabling seamless scanning in both indoor and outdoor settings, and its ability to streamline workflows translates to significant cost savings for projects. However, SLAM technology does come with limitations that users should consider. Certain environments, like long featureless corridors or areas with highly reflective surfaces, can interfere with tracking accuracy. The technology’s performance is also tied to the quality of its sensors and the sophistication of its algorithms, meaning that subpar equipment or outdated software may compromise results. Additionally, in scenarios lacking loop closures or control points, cumulative errors from drift can impact the precision of the final output. Despite these challenges, understanding and mitigating these limitations ensures SLAM remains a powerful tool in the hands of surveyors and mapping professionals. ![Pointorama Scanner](https://www.pointorama.com/content/uploads/2025/01/Pointorama_Kinematic_Static_Scanner-545x355.png) ## Types of SLAM-Based systems - **Indoor Mobile Mapping Systems (iMMS)**: Portable systems optimized for scanning indoor spaces like buildings and tunnels. - **Mobile Mapping Systems (MMS)**: Larger systems mounted on vehicles, used for capturing large outdoor areas. Both iMMS and MMS use LiDAR technology, but iMMS are designed for indoor use, while MMS are typically vehicle-mounted for mapping large areas like roads or landscapes. ## SLAM vs. Terrestrial Laser Scanning (TLS) | | | | | --- | --- | --- | | **Feature** | **SLAM** | **TLS** | | **Mobility** | Mobile, hand-held | Fixed position | | **Speed** | Fast data collection | Slower due to setup | | **Accuracy** | Varies with drift and tracking | High accuracy, fixed position | | **Versatility** | Indoor/outdoor, no GPS required | Requires line of sight | | **Cost** | Lower due to faster workflows | Higher due to labor intensity | | **Use case** | Ideal for situations where extreme accuracy is not required | Preferred for tasks demanding high accuracy | ![Surveyor with SLAM scanner standing in front of building in construction](https://www.pointorama.com/content/uploads/2025/01/Surveyor-SLAM-scanner-construction-building-545x355.jpg) ## Real-world applications of SLAM scanners SLAM-based mobile mapping systems are used across various industries, including: - **Surveying and mapping**: Create point clouds for land surveys, topography, and infrastructure. - **Construction**: Monitor progress, validate as-built models, and support Building Information Modeling (BIM). - **Mining**: Map underground tunnels where GPS is unavailable. - **Forestry**: Collect data on tree density, height, and terrain. ## Conclusion SLAM technology has revolutionized surveying by enabling fast, accurate, and mobile 3D scanning. By understanding its operation, mitigating errors, and following best practices, surveyors can achieve survey-grade accuracy in both simple and complex environments. SLAM’s versatility and independence from GPS make it indispensable in indoor mapping. Whether you’re an experienced surveyor or new to the field, leveraging SLAM technology can enable you to work smarter, faster, and more cost-effectively. However, many surveyors prefer Terrestrial Laser Scanning (TLS) for tasks requiring higher precision and stable data capture, as TLS remains more reliable for certain high-accuracy needs. As mobile mapping systems and SLAM algorithms continue to improve, they will undoubtedly play a central role in the future of surveying and 3D scanning. ## Seamless processing and analysis, no matter how your point clouds are captured No matter how your point clouds are captured - whether with SLAM or static scanners - Pointorama is here to analyze, process, and optimize your data with ease. Elevate your surveying workflows with powerful tools that deliver precision and efficiency. [Book a demo](https://pythagoras-bv.odoo.com/book/pointorama) [Take a product tour](/product-tour) [ ![Download your white paper Indoor Mapping for free](https://www.pointorama.com/content/uploads/2026/05/Whitepaper_Indoormapping_klein-545x355.jpg) ](/download-your-white-paper) ## Want to go deeper? Dive into the fundamentals of indoor mapping and better understand the technology behind the workflow. Download our free white paper and discover how scanning, point clouds and floor plan generation come together. [Donwload your free white paper](/download-your-white-paper)

URL: https://pointorama.com/blogs/the-power-of-slam-scanners-for-surveying

### Transforming facade documentation with 3D scanning technology

Published: 2025-01-07T15:16:47.000Z

Simplify facade documentation with 3D scanning technology. Our solution allows architects and surveyors to select features directly from scans, reducing errors and saving time. Achieve precise, reliable results for both facades and cross-sections - faster and easier than ever.

![Facade plan - Pointorama](https://www.pointorama.com/content/uploads/2024/12/Facade_plan-545x355.png) ## The challenge of traditional facade documentation Creating accurate facade plans often requires manually identifying and connecting border points in the scan, a tedious process prone to small but costly mistakes. Even minor errors in aligning windows or walls can lead to inconsistencies, adding extra time and effort to resolve. While 3D scanning has optimized workflows, achieving high precision for complex facades - especially those with intricate or historic features - remains challenging and labor-intensive. ![Surveyor total station for 3D scanning and point clouds](https://www.pointorama.com/content/uploads/2024/07/surveyor_6-545x355.jpg) ## Limitations of existing tools Numerous tools aim to simplify facade documentation, but many fall short when it comes to handling complex facades. Automated systems often produce rough outlines that still require manual verification and adjustments, which reintroduces the very issues they seek to solve. These inefficiencies add time and increase the risk of mistakes, undermining the accuracy and speed that today’s projects demand. [![](https://img.youtube.com/vi/epR9XaaL7VE/hq720.jpg) ](https://www.youtube.com/watch?v=epR9XaaL7VE) ### A new approach to facade documentation Our advanced solution simplifies the entire documentation process by allowing users to simply click on walls, surfaces, windows, and other architectural details directly from scan data, bypassing the need for point-by-point adjustments. This technology enables precise alignment with real-world dimensions, minimizing the risk of small errors that could affect the overall project. By marking each prominent feature, architects and surveyors gain full control over layout and detail, ensuring every element is captured accurately and efficiently. ![Indoor mapping - Vectorization tool - Windows](https://www.pointorama.com/content/uploads/2024/11/Indoor_mapping_Vectorization_tool_windows-545x355.png) ## Streamlining cross-sectional documentation In addition to facades, creating accurate cross-sectional plans from 3D scans is another vital yet challenging task. Our technology allows users to define exact cross-sections of structures, capturing essential architectural and structural details quickly and with precision. This is particularly useful in projects that involve complex interiors or require in-depth structural analysis, saving time while maintaining accuracy. ## The complete solution for facade and sectional documentation Our technology offers a complete, precise solution for facade and sectional documentation, eliminating the need for manual corrections and reducing errors significantly. Architects, surveyors, and preservationists can create high-quality plans directly from 3D scans, capturing every detail accurately the first time. This precision-focused approach to 3D scan vectorization enhances speed and reliability, streamlining workflows for modern facades, historic monuments, and complex cross-sections alike - meeting the demands of today’s architectural and preservation projects. ## Ready to see the difference? Contact us today to learn how our technology can enhance your facade and sectional documentation projects! [Start your free trial](https://app.pointorama.com/register) [Contact](/contact)

URL: https://pointorama.com/blogs/transforming-facade-documentation-with-3d-scanning-technology

### Indoor mapping with Pointorama's 3D floor plan tool

Published: 2024-12-18T08:28:33.000Z

Discover how Pointorama's 3D floor plan tool saves time, boosts accuracy, and eliminates manual tracing. Create precise, vectorized floor plans directly from point clouds - flat, sloped, or multi-level - with just a few clicks. Experience faster workflows and unmatched precision.

![Floorplan tool 636 px](https://www.pointorama.com/content/uploads/2025/06/Floorplan-tool-small-545x355.jpg) ## What does the 3D floor plan tool do? The 3D floor plan tool focuses on creating precise floor plans directly from 3D point clouds. Traditionally, surveyors had to manually trace floor outlines and adjust linework - a time-consuming and error-prone process. With Pointorama’s 3D floor plan tool, this process is fully automated. Position a plane within the 3D scan, and the tool automatically detects and highlights walls, structural elements, and other key features in the point cloud. It than automatically generates clear, vectorized floor plans. Users can visualize the scan in 3D, define boundaries by selecting specific walls, floors, or sections within the scan, and let the software handle the rest. This approach ensures unparalleled accuracy, even for complex indoor environments or sloped surfaces. [![](https://img.youtube.com/vi/Dxb-q8BaIwo/hq720.jpg) ](https://www.youtube.com/watch?v=Dxb-q8BaIwo) ![Vectorization tool in Pointorama - Flat and sloped surfaces](https://www.pointorama.com/content/uploads/2024/11/Vectorization_tool_Pointorama_swimmingpool-545x355.jpg) ## What are the key benefits? - **Time-saving automation**: No more manual tracing or guesswork. With just a few clicks, the 3D floor plan tool generates precise floor plans in a fraction of the time it would take using traditional methods. - **Unmatched accuracy**: The system’s plane-detection algorithm ensures perfect alignment of walls, floors, and surfaces, reducing the chance of human error. - **Versatile application**: Handle everything from flat floors to sloped surfaces with ease. Whether it’s indoor layouts, rooftop footprints, facade plans, cross-section plans or complex multi-level environments, this tool excels in every scenario. - **Easy customization**: Need to define unique layout parameters? The 3D floor plan tool allows users to customize dimensions, wall thickness, height, and other critical elements to suit any project requirement. [![Floorplan tool 636 px](https://www.pointorama.com/content/uploads/2025/06/Floorplan-tool-small-1120x630.jpg) ](https://youtu.be/MWCpy2wWvhc) ![Indoor mapping - Vectorization tool - Windows](https://www.pointorama.com/content/uploads/2024/11/Indoor_mapping_Vectorization_tool_windows-545x355.png) ## Why is it better than existing solutions? Current market solutions often require users to manually trace over 2D section views or orthophotos, making the process slow and prone to errors. Many tools only generate rough outlines, which require extensive manual adjustments. In contrast, Pointorama’s 3D floor plan tool creates ready-to-use, precise vector plans from point clouds with minimal input. Unlike other systems, Pointorama’s tool can handle flat, sloped, and multi-level surfaces with the same level of precision. Its 3D visualization ensures users can see exactly how the floor plan is being generated, providing greater confidence in the final output. This seamless workflow eliminates the need for costly rework, accelerates project timelines, and enhances overall accuracy. ## Want to try it out? Don’t just take our word for it - experience the precision and speed of the tool for yourself. The 3D floor plan tool is now available for live testing. [Visit to schedule a demo](https://meetings-eu1.hubspot.com/team-pointorama) or [request access to the trial version](https://app.pointorama.com/register). See firsthand how this tool can transform your workflow, reduce errors, and boost your productivity. ## Take control of floor plan creation With Pointorama’s 3D floor plan tool, managing and creating precise floor plans has never been easier. Say goodbye to manual intervention and hello to an era of speed, precision, and adaptability. Whether you’re a surveyor, contractor, or 3D scanning professional, this tool is designed to meet your needs and exceed your expectations. Try it today and see how Pointorama’s cutting-edge technology can redefine your workflow. Ready to take the next step? Book your demo or start your free trial. [Book a demo](https://pythagoras-bv.odoo.com/book/pointorama) [Start your free trial](https://app.pointorama.com/register) [ ![Download your white paper Indoor Mapping for free](https://www.pointorama.com/content/uploads/2026/05/Whitepaper_Indoormapping_klein-545x355.jpg) ](/download-your-white-paper) ## Want to go deeper? Dive into the fundamentals of indoor mapping and better understand the technology behind the workflow. Download our free white paper and discover how scanning, point clouds and floor plan generation come together. [Donwload your free white paper](/download-your-white-paper)

URL: https://pointorama.com/blogs/indoor-mapping-with-pointoramas-3d-floor-plan-tool

### Where to find us in 2025: Key geospatial trade shows you can't miss

Published: 2024-12-09T10:20:27.000Z

Join us at GEO Business and INTERGEO 2025 to explore the latest in point cloud processing with Pointorama and Pythagoras. Discover new features, seamless integration, and smarter workflows through live demos and expert workshops.

![Pointorama at GeoBusinnes - London](https://www.pointorama.com/content/uploads/2024/06/PHOTO-2024-06-05-12-03-20-545x355.jpg) ## GEOBusiness 2025 – London (June 4-5, 2025) **Unlock the Future of Geospatial Technology with Us in London** GEOBusiness is one of the UK’s most prominent geospatial industry events, attracting thousands of surveyors, engineers, and geospatial professionals. The two-day event showcases the latest tools, technologies, and software solutions revolutionizing land surveying, mapping, and geospatial data analysis. **Why Attend?** At GEOBusiness 2025, you’ll have the chance to: - **Experience cutting-edge innovations** in surveying and data analysis. - **Discover Pointorama’s newest features** as it celebrates 1 year of innovation, offering faster workflows and smarter point cloud management. - **Experience the power of integration** as Pointorama and Pythagoras work more closely together, creating a seamless link between cloud-based processing and CAD design. - **See what’s new in Pythagoras**, with fresh updates and enhanced tools to boost accuracy, efficiency, and project success. Whether you’re focused on construction, urban development, or environmental analysis, GEOBusiness offers a first-hand look at the technology shaping the future of geospatial work. ![](https://www.pointorama.com/content/uploads/2024/12/IMG_1222_small-545x355.jpg) ## INTERGEO 2025 – Frankfurt (October 7-9, 2025) **Where global geospatial innovation comes together** INTERGEO is the world’s largest event for geodesy, geoinformation, and land management. Each year, thousands of industry professionals from across the globe come together to discover the next wave of innovation in surveying, mapping, GIS, and drone technology. **What to expect?** - **Explore the latest in geospatial software and hardware solutions**. - **Discover the intersection of technology and urban development**, as this year’s event will showcase how geospatial solutions are driving smart city planning and sustainable growth. - **Discover the latest innovations** in surveying, data analysis, and point cloud processing with Pointorama, celebrating 1 year of enhanced features that streamline workflows and improve accuracy - **Experience the continuous evolution of Pythagoras**, with powerful new tools and improvements that elevate your CAD design and data management capabilities. For surveyors, geospatial engineers, and mapping specialists, INTERGEO remains a “must-attend” event to stay ahead of industry trends and embrace new tools that can save time, reduce costs, and improve data accuracy. ![](https://www.pointorama.com/content/uploads/2024/12/20240925_132835_small-1120x630.jpg) ## Why these events should be on your radar GEOBusiness and INTERGEO aren’t just trade shows - they’re **launchpads for new technology, insights, and connections**. By attending, you’ll be able to: - **Streamline your workflows** with cutting-edge tools like Pointorama. - **Connect with industry leaders** and peers from across the globe. - **Get hands-on with new tools** and stay up-to-date on the latest software updates. Whether you’re looking to improve efficiency, adopt new technology, or explore innovative approaches to geospatial data, these events are essential for surveyors and industry professionals alike. ## Where else should we be in 2025? We’re always looking to connect with more professionals in the geospatial field. Do you have a recommendation for another trade show or event we should attend in 2025? Let us know! We’re eager to expand our reach and showcase our solutions to a broader audience. **Get in touch** - We’d love to hear from you. Share your event recommendations or schedule a meeting with us to learn how Pointorama and our other geospatial solutions can elevate your projects. Stay ahead of the curve - and we’ll see you at GEO Business 2025 and INTERGEO 2025! [Book a meeting](https://meetings-eu1.hubspot.com/stijn-van-beek) [Contact](/contact)

URL: https://pointorama.com/blogs/where-to-find-us-in-2025-key-geospatial-trade-shows-you-cant-miss

### Revolutionizing indoor mapping of 3D scans

Published: 2024-11-21T14:30:25.000Z

Pointorama transforms 3D scans into precise plans with advanced vectorization, saving time and reducing errors. Ideal for surveyors and architects, it delivers flawless results for both flat and sloped surfaces.

![Vectorization tool - Pointorama - Floor plan of elevation plan or building footprint](https://www.pointorama.com/content/uploads/2024/11/Floor_plan_pointorama-545x355.png) ## The challenge of traditional methods Indoor mapping involves creating detailed floor plans, elevation plans, and sections of buildings using 3D scans and point clouds. With advancements in scanning technology, capturing point clouds has become quick and easy, allowing surveyors and architects to capture accurate representations of indoor spaces. However, the process of creating precise vectorized floor plans still relies heavily on manual drafting. Typically, surveyors draw vector lines on top of point clouds or create 2D section views, then manually trace lines. Both approaches are time-consuming and prone to errors. Small misjudgments, such as inaccurate positioning or incorrect elevation, can lead to significant discrepancies and costly mistakes, causing delays and rework. ![Total station in building - Surveyor - Point clouds with pointorama](https://www.pointorama.com/content/uploads/2024/11/Opsomer_surveyor_3D_scanning-545x355.png) ## Limitations and workarounds While numerous floor plan solutions are available, many fall short in delivering the accuracy required for precise results. Most automated options on the market produce only rough outlines, relying on point cloud data that may contain noise or unexpected objects. Because these issues are not always properly filtered out, the automation often produces erroneous results. This leads to the need for manual inspection and refinement - users are left to check each line, extend segments, and adjust positions. As a result, the automated process can reintroduce the very issues it was designed to eliminate, consuming additional time and increasing the likelihood of errors. [![](https://img.youtube.com/vi/epR9XaaL7VE/hq720.jpg) ](https://www.youtube.com/watch?v=epR9XaaL7VE) ![Vectorization tool Pointorama_](https://www.pointorama.com/content/uploads/2024/11/Vectorization_tool_Pointorama_-545x355.jpg) ## Plane-based vectorization for accurate mapping Our approach revolutionizes the traditional process by eliminating the need to manually plot lines. Instead, we focus on detecting planes in 3D space and their intersections, ensuring unparalleled accuracy. The user remains in full control throughout, visualizing the scan in 3D and making decisions with confidence, which minimizes errors to nearly zero. By leveraging the power of three-dimensional space, our method achieves unmatched precision compared to conventional 2D techniques. This workflow is both highly accurate and incredibly fast, combining minimal user input with automatic plane fitting to ensure optimal efficiency. #### “During the test phase, I had the opportunity to try out the tool, and I was truly impressed by the speed and accuracy of Pointorama’s 3D floor plan vectorization tool. It’s a game-changer! What used to take hours of manual adjustments now happens in minutes, with flawless precision. This tool will completely transforme the way we work - it’s incredibly efficient and reliable!” ![Vectorization tool in Pointorama - Flat and sloped surfaces](https://www.pointorama.com/content/uploads/2024/11/Vectorization_tool_Pointorama_swimmingpool-545x355.jpg) ## 2D and 3D mapping This tool is not only ideal for flat surfaces but also seamlessly handles sloped areas. Whether it’s the footprint of a building or the surface of a rooftop, our technology excels in accurately capturing all surfaces, regardless of their incline. Thanks to its versatility, users can quickly identify and define different surfaces with precision, even in complex environments. ## The best solution on the market While various solutions for floor plan creation exist, many fall short in providing the accuracy and speed that users demand. Most automated options in the market generate only basic outlines, requiring users to manually inspect and refine each line, extend segments, and adjust positions. In contrast, Pointorama’s approach removes these inefficiencies, offering a more precise and efficient solution. With our innovative technology, users can produce high-quality plans without the burden of extensive manual corrections, saving time and reducing the potential for errors. ## Take your floor plan creation to the next level with Pointorama’s innovative solutions! Explore how Pointorama can improve your workflow with unmatched speed and accuracy. Don’t let outdated methods hold you back - embrace the future of floorplan vectorization today. Contact us now to learn more and schedule a demo! [Start your free trial](https://app.pointorama.com/register) [Request a demo](https://pythagoras-bv.odoo.com/book/pointorama) [ ![Download your white paper Indoor Mapping for free](https://www.pointorama.com/content/uploads/2026/05/Whitepaper_Indoormapping_klein-545x355.jpg) ](/download-your-white-paper) ## Want to go deeper? Dive into the fundamentals of indoor mapping and better understand the technology behind the workflow. Download our free white paper and discover how scanning, point clouds and floor plan generation come together. [Donwload your free white paper](/download-your-white-paper)

URL: https://pointorama.com/blogs/revolutionizing-indoor-mapping-of-3d-scans

### Streamline your MEP workflow: simplify, isolate & innovate

Published: 2024-08-26T10:00:00.000Z

Discover how point cloud technology revolutionizes MEP systems by enhancing precision, streamlining design, and improving collaboration. Learn about the benefits and future of this game-changing tool in modern engineering.

![Pointorama - Classifying objects and cleaning point clouds](https://www.pointorama.com/content/uploads/2024/07/MEP-werkflow-point-clouds-v3-3-545x355.jpg) ## What is point cloud technology? Point cloud technology involves the use of laser scanners to capture a multitude of data points from a physical space, creating a highly detailed 3D representation of that environment. These “point clouds” serve as a digital twin of the real-world structure, providing a comprehensive foundation for further analysis, design, and implementation. ## Why MEP professionals need point cloud software? ![Pointorama - Classifying objects and cleaning point clouds](https://www.pointorama.com/content/uploads/2024/07/MEP-workflow-point-cloud-545x355.jpg) #### Enhanced precision and accuracy Point cloud software captures minute details with high precision, ensuring that every element of an MEP system is accurately represented. This level of detail is crucial for avoiding costly errors and ensuring that all components fit perfectly within the building’s infrastructure. #### Streamlined design process Using point cloud software, MEP engineers can overlay their designs onto the existing structure, enabling them to see how the new systems will integrate with the current setup. This visual aid simplifies the design process, making it easier to identify potential issues and make adjustments before construction begins. [![](https://img.youtube.com/vi/HKJ-VsUUhbQ/hq720.jpg) ](https://www.youtube.com/watch?v=HKJ-VsUUhbQ) ![MEP technician - working on efficiency in his workflow](https://www.pointorama.com/content/uploads/2024/07/MEP-technician-workflow-efficiency-545x355.jpg) #### Improved collaboration Point cloud models can be shared with all stakeholders, including architects, contractors, and facility managers. This collaborative approach ensures that everyone has access to the same accurate information, facilitating better communication and coordination throughout the project lifecycle. #### Time and cost savings By providing a detailed 3D model, point cloud software reduces the need for multiple site visits and manual measurements. This not only saves time but also minimizes labor costs. Additionally, the ability to detect and resolve issues early in the design phase prevents expensive rework during construction. ## Isolating MEP components with point cloud software One of the standout features of advanced point cloud software is its ability to isolate specific components within a dense point cloud. For MEP professionals, this means being able to clean out all extraneous data and focus solely on the critical elements like cables and tubes. - **Simplified data management**: our point cloud software allows users to filter out unnecessary data, leaving only the MEP components of interest. This targeted approach simplifies data management and makes it easier to focus on the task at hand. - **Enhanced visualization**: by isolating cables, tubes, and other MEP elements, engineers can visualize the entire system more clearly. This improved visualization aids in identifying potential clashes and optimizing the layout for better efficiency. - **Improved accuracy in retrofitting**: for retrofitting projects, accurately mapping out the existing MEP systems is crucial. Point cloud software provides a detailed baseline from which engineers can plan upgrades and modifications with confidence, ensuring a seamless integration with the existing infrastructure. ## The Future of MEP Design with Point Cloud Technology As the construction industry continues to embrace digital transformation, the adoption of point cloud technology among MEP professionals is set to rise. The benefits of enhanced accuracy, improved collaboration, and significant time and cost savings make it an indispensable tool for modern engineering. In conclusion, point cloud software is not just a technological advancement; it’s a game-changer for MEP design and implementation. By isolating essential components and providing a precise digital representation of real-world environments, point cloud technology empowers MEP professionals to innovate and excel in their field. Embrace the future of MEP design with our point cloud software and experience the difference in precision, efficiency, and collaboration. For more information and to get started, visit our website or contact our support team today. ## Want to know more? Embrace the future of MEP design with our cutting-edge point cloud software and experience unparalleled precision, efficiency, and collaboration. Don’t just take our word for it - see the difference for yourself. Sign up for a free trial today and discover how our software can revolutionize your MEP workflow. Visit our website or contact our support team to get started now. Your next project’s success begins here. [Start your free trial](https://app.pointorama.com/register)

URL: https://pointorama.com/blogs/streamline-your-mep-workflow-simplify-isolate-innovate

### Understanding point clouds and its conversion methods

Published: 2024-08-19T10:00:00.000Z

point clouds play a pivotal role in capturing and representing real-world environments with unparalleled accuracy. What exactly is a point cloud, and how can it be converted into usable formats for various applications?

![Surveyor total station for 3D scanning and point clouds](https://www.pointorama.com/content/uploads/2024/07/surveyor_6-545x355.jpg) ## What is a ‘point cloud’? A point cloud is a collection of data points in a three-dimensional coordinate system, representing the surfaces of objects or environments captured by 3D scanning technologies such as LiDAR (Light Detection and Ranging) or photogrammetry. Each point in a point cloud corresponds to a precise location in space and may also contain additional information such as color, intensity, or reflectance. Point clouds are used across a wide range of industries, including architecture, engineering, construction, urban planning, archaeology, and environmental monitoring. They serve as a digital record of the physical world, enabling accurate measurements, visualization, analysis, and simulation of real-world environments. ![Point Cloud convertion with Pointorama - Eartmoving - Contractor](https://www.pointorama.com/content/uploads/2024/07/Point_Cloud_convertion-545x355.jpg) ## Converting ‘point clouds’ While point clouds are invaluable for capturing detailed spatial information, they often need to be converted into usable formats for specific applications. Here are several common conversion methods: - **Mesh Generation**: Creates a mesh from point clouds, defining the object’s surface for use in graphics, VR, and 3D printing. - **Surface Reconstruction**: Rebuilds the object’s surface from point cloud data, using techniques ranging from basic to advanced. - **CAD Model Creation**: Converts point clouds into precise CAD models for engineering and design, enabling modifications and simulations. ## The power of point clouds In conclusion, point clouds are a powerful tool for capturing and representing real-world environments with high fidelity. By converting point clouds into usable formats using methods such as mesh generation, surface reconstruction, CAD model creation, and volume rendering, stakeholders across industries can unlock the full potential of point cloud data for visualization, analysis, and simulation purposes. As technology continues to advance, the conversion of point clouds will play an increasingly important role in harnessing the rich spatial information they provide. ## Ready to unlock the full potential of your 3D data? Dive deeper into the world of point clouds and discover the best conversion methods to transform raw data into powerful tools for your industry. Explore now and take your 3D modeling and spatial analysis to the next level! [Start your free trial](https://app.pointorama.com/register) [Book a demo](https://pythagoras-bv.odoo.com/book/pointorama) [ ![Download your white paper Indoor Mapping for free](https://www.pointorama.com/content/uploads/2026/05/Whitepaper_Indoormapping_klein-545x355.jpg) ](/download-your-white-paper) ## Want to go deeper? Dive into the fundamentals of indoor mapping and better understand the technology behind the workflow. Download our free white paper and discover how scanning, point clouds and floor plan generation come together. [Donwload your free white paper](/download-your-white-paper)

URL: https://pointorama.com/blogs/understanding-point-clouds-and-its-conversion-methods

### Elevate your point cloud workflow with Pointorama's classification tool

Published: 2024-08-12T09:20:32.000Z

Streamline your surveying and construction workflow with Pointorama's classification tool. Enhance precision, improve organization, and boost collaboration with our powerful point cloud technology. Explore the benefits today!

## What is the classification tool in point clouds? The classification tool involves categorizing various elements within a point cloud to improve data management and facilitate more accurate analysis. This is particularly useful in complex projects where multiple objects and components need to be isolated, highlighted, or hidden for further processing. ![Point Clusteren - Automatic object detection - Pointorama](https://www.pointorama.com/content/uploads/2024/06/Pointorama-PointClustering-545x355.png) ## Object recognition: the foundation of classification Pointorama’s object detection or recognition tool is at the heart of our classification process. With this tool, users can quickly and accurately select objects within a point cloud. The intuitive interface allows you to: - **Isolate**: Isolate objects to analyze them individually, ensuring precise modifications and assessments. - **Highlight**: Emphasize specific objects within the model to make them stand out for better visibility. - **Hide**: Temporarily remove objects from view to reduce clutter and focus on other components. ## Defining classes for better organization When working with numerous objects in close proximity, managing them individually can become overwhelming. Pointorama’s classification tool addresses this by allowing you to define classes. A class groups objects with similar characteristics or functions, making it easier to manage and manipulate them as a collective. ![Pointorama - Work with object and classification to clean your point clouds](https://www.pointorama.com/content/uploads/2024/08/Pointorama_classification_pointclouds-545x355.jpg) ## Benefits of defining classes - **Enhanced organization**: Grouping similar objects together streamlines your workflow and keeps your project organized. - **Efficient processing**: Apply actions to an entire class rather than individual objects, saving time and reducing repetitive tasks. - **Improved analysis**: Analyze specific categories of objects more effectively, ensuring that no detail is overlooked. - **Simplified collaboration**: Share classified point clouds with stakeholders, providing a clearer understanding of the project layout and status. [![](https://img.youtube.com/vi/8bsSVeSTjN0/hq720.jpg) ](https://www.youtube.com/watch?v=8bsSVeSTjN0) ![Surveyor with total station in suburban aerea](https://www.pointorama.com/content/uploads/2024/07/Surveyor-suburban-aerea-new-street-545x355.jpg) ## Getting started with pointorama’s classification tool Embracing the classification tool in Pointorama is straightforward. Here’s how to get started: 1. **Scan & upload**: Begin by scanning your site and uploading the point cloud data to Pointorama. 2. **Object detection**: Use the object detection tool to select and highlight the objects of interest. 3. **Define classes**: Group similar objects into classes based on their characteristics or functions. 4. **Manage & analyze**: Apply actions to entire classes for efficient processing and detailed analysis. ## Conclusion Pointorama’s classification tool is a powerful addition to your surveying and construction toolkit. By enabling quick object detection and efficient class definition, it enhances your ability to manage complex projects with ease. Whether you’re working on a detailed BIM model or managing a large construction site, the classification tool ensures that your workflow is both efficient and effective. Explore the benefits of Pointorama’s classification tool today and take your project management to the next level. Visit our product tour or contact our support team for more information. [Try the classification tool](https://app.pointorama.com/register) [Login](https://app.pointorama.com/login) [ ![Download your white paper Indoor Mapping for free](https://www.pointorama.com/content/uploads/2026/05/Whitepaper_Indoormapping_klein-545x355.jpg) ](/download-your-white-paper) ## Want to go deeper? Dive into the fundamentals of indoor mapping and better understand the technology behind the workflow. Download our free white paper and discover how scanning, point clouds and floor plan generation come together. [Donwload your free white paper](/download-your-white-paper)

URL: https://pointorama.com/blogs/elevate-your-point-cloud-workflow-with-pointoramas-classification-tool

### Navigating the future: 3 trends in point cloud technology and the role of AI

Published: 2024-07-22T14:00:00.000Z

What are the three key trends of point clouds? And how does Artificial intelligence (AI) plays a pivotal role in their advancement?

![BIM Building Information Modelling as an integration of Point Cloud technology](https://www.pointorama.com/content/uploads/2024/07/BIM-Building-information-modeling-545x355.jpg) ## Trend 1 || Integration with Building Information Modeling (BIM) Building Information Modeling (BIM) has revolutionized the construction industry by enabling stakeholders to collaborate on a digital representation of a building’s physical and functional characteristics. One trend in point cloud technology is the integration of point cloud data with BIM systems. By incorporating detailed point cloud information into BIM models, construction professionals gain valuable insights for planning, design, and maintenance tasks. AI algorithms can enhance this integration by automating the process of aligning point cloud data with BIM models, enabling faster and more accurate analyses. ![Pointorama - Use of real life data](https://www.pointorama.com/content/uploads/2024/06/Pointorama-Maps-v2-545x355.png) ## Trend 2 || Real-time data processing With the proliferation of IoT devices and sensors, the volume of spatial data generated in real-time is increasing exponentially. In response to this trend, point cloud technology is evolving to support real-time data processing capabilities. AI-driven algorithms can analyze incoming point cloud data streams in real-time, identifying patterns, anomalies, and actionable insights instantaneously. This enables stakeholders to make data-driven decisions on the fly, leading to improved efficiency and responsiveness in various applications, such as traffic monitoring, disaster management, and autonomous vehicle navigation. ![Object recognition - Point clouds - Pointorama](https://www.pointorama.com/content/uploads/2024/06/Pointorama-PointClustering_v2-545x355.png) ## Trend 3 || Automated object recognition Traditionally, extracting features from point cloud data has been a labor-intensive and time-consuming task, requiring manual identification and annotation of objects. However, AI-powered algorithms are transforming this process by automating feature extraction from point clouds. Machine learning models can be trained to recognize and classify objects such as buildings, trees, vehicles, and infrastructure elements within point cloud data with high accuracy and efficiency. This automated feature extraction capability streamlines workflows in applications such as urban planning, forestry management, and asset inventory. ## Conclusion As point cloud technology continues to evolve, the integration of artificial intelligence holds immense promise for unlocking its full potential. By embracing trends such as integration with BIM, real-time data processing and automated object recognition, stakeholders across industries can harness the power of point cloud data to drive innovation, enhance efficiency, and make informed decisions in an increasingly complex and interconnected world.

URL: https://pointorama.com/blogs/navigating-the-future-3-trends-in-point-cloud-technology-and-the-role-of-ai

### Navigating the future of surveying

Published: 2024-06-25T10:00:00.000Z

Explore how Pointorama is revolutionizing surveying alongside other innovations. Discover the evolving role of surveyors, advancements in scanning tech, and the attractive career prospects in this field.

In today’s rapidly evolving landscape, the role of surveyors has undergone significant transformation, thanks to advancements in scanning technologies. Let’s delve into the shifting dynamics of surveying and explore how Pointorama, along with other innovations, is shaping its future. ![Surveyor with 3D scanner - Sending Point Clouds to Pointorama](https://www.pointorama.com/content/uploads/2024/05/Surveyor_with_3D_scanner_small-545x355.jpg) ## The changing role of surveyors The advent of advanced scanning technologies, including 3D laser or LiDAR scanning, has revolutionized the role of surveyors. Modern surveyors now leverage sophisticated equipment to capture detailed spatial data, resulting in the creation of comprehensive point clouds. Looking ahead, the future of surveying appears promising, with further integration of advanced technologies such as artificial intelligence and cloud storage. With point cloud platforms such as Pointorama, processing and analyzing these point clouds has become more efficient and accessible than ever before. Pointorama plays a crucial role in this future, offering functions such as seamless integration with cloud storage and leveraging AI-powered algorithms to streamline data processing and analysis, and so much more! ![Power Grid in Point Cloud - Pointorama](https://www.pointorama.com/content/uploads/2024/05/Power_grid_Point_Cloud-545x355.webp) ## Is a career in surveying still attractive? Despite technological advancements, the profession of surveying remains attractive, particularly due to the growing demand for accurate spatial data in various industries such as construction, infrastructure development, and urban planning. As the need for precise measurements and comprehensive spatial information continues to rise, surveyors play a crucial role in providing essential data for decision-making and project planning. Software solutions further enhance the attractiveness of the profession by empowering surveyors with advanced tools and technologies. By streamlining data collection, processing, and analysis, Pointorama enables surveyors to work more efficiently and effectively. With features like point cloud processing, object detection and AI-driven algorithms, surveyors can quickly extract valuable insights from their data, allowing them to make informed decisions and deliver high-quality results to their clients. ![Clean up Point Clouds easily with Pointorama](https://www.pointorama.com/content/uploads/2024/04/Profile_GIM_Int_Pointorama_Image1-e1713185242425-545x355.jpg) ## Innovations driving progress All sorts of emerging trends reshaping the landscape of the surveying profession can be discovered, from the adoption of digital and automated processes to the integration of cutting-edge technologies and the rising demand for 3D modeling and visualization. Reveal the latest innovations driving the field of surveying forward, spanning from the utilization of advanced scanning technologies like LiDAR and photogrammetry to the introduction of sophisticated software solutions such as Pointorama. ![Surveyor working on his laptop next to LiDAR Scanner - Pointorama](https://www.pointorama.com/content/uploads/2024/05/Surveyor-on-his-laptop-pointorama-small-545x355.jpg) ## Harnessing the power of Pointorama Pointorama seamlessly aligns with these evolving trends, presenting a comprehensive solution equipped with advanced features to address the changing needs of surveying professionals. It emerges as a standout tool amidst these innovations, offering unparalleled capabilities for efficient processing and analysis of point cloud data, ultimately enhancing the efficiency and productivity of surveyors in their work. Pointorama stands out as a powerful tool for surveyors, offering efficient processing and analysis of point cloud data. Explore how Pointorama streamlines workflows, enhances collaboration, and unlocks valuable insights for surveying professionals. #### As the field of surveying continues to evolve, innovations like Pointorama pave the way for more efficient, accurate, and collaborative surveying practices. Embracing these advancements and staying adaptable is key to navigating the future of surveying successfully.

URL: https://pointorama.com/blogs/navigating-the-future-of-surveying

### Join Pointorama at 'Trefdag Digitaal Vlaanderen' 2024

Published: 2024-06-11T12:12:24.000Z

On October 24, 2024, Pointorama will be a participant in 'Trefdag Digitaal Vlaanderen', an essential event for anyone in Flanders interested in digital transformation. We will proudly present the future of point cloud management.

![Pointorama at Trefdag Vlaanderen 2024](https://www.pointorama.com/content/uploads/2024/06/TrefdagVlaanderen-545x355.png) ## What is ‘Trefdag Digitaal Vlaanderen’? ‘Trefdag Digitaal Vlaanderen’ is an annual event that gathers a diverse audience, including government representatives, industry experts, technology enthusiasts, and digital innovators. The conference is designed to highlight the latest advancements, trends, and strategies in digital transformation, making it an unmissable occasion for those keen on driving the digital future. [![Pointorama - Product video - The future of Point Cloud Management](https://www.pointorama.com/content/uploads/2024/06/Pointorama-Youtube-1120x630.png) ](https://www.youtube.com/watch?v=ptE0FnAYiIQ&t=12s) ## Introducing Pointorama’s groundbreaking technology At this year’s event, Pythagoras will showcase its innovative product Pointorama designed to bring order to point clouds using Artificial Intelligence (AI). Our technology excels in recognizing objects within these clouds, offering users the flexibility and precision needed to manage complex data efficiently. **Watch our product video ➡️** ## Key features of Pointorama - **Manual data labeling**: Pointorama provides the unique ability to manually label data, as opposed to relying solely on automated processes. This feature grants users complete control over data organization, ensuring that data is classified accurately and meaningfully. - **Segment-level clustering**: Instead of clustering on a point-by-point basis, Pointorama clusters data at the segment level. This approach allows for the efficient organization of data with just a few clicks, enabling users to group points that belong to the same object or share similar attributes seamlessly. - **Enhanced data visualization and analysis**: By clustering points more effectively, Pointorama enhances data visualization, making it easier to interpret complex datasets. This improvement facilitates smoother data analysis, empowering users to derive valuable insights quickly and effortlessly. ![Pointorama at GeoBusinnes - London](https://www.pointorama.com/content/uploads/2024/06/PHOTO-2024-06-05-12-03-20-545x355.jpg) ## Why visit Pointorama at the event? Visitors to our booth at ‘Trefdag Digitaal Vlaanderen’ will have the chance to experience live demonstrations of Pointorama’s capabilities. Our team of experts will be available to explain how our technology works, answer any questions, and discuss how Pointorama can be integrated into various workflows to optimize point cloud data management and analytical processes. ## Join us Join us on October 24, 2024, at ‘Trefdag Digitaal Vlaanderen’ to see how Pointorama is revolutionizing the organization and analysis of point cloud data. Witness the power of AI in simplifying complex datasets, and learn how our solutions can help you make more informed, data-driven decisions. We look forward to welcoming you at booth 77 and exploring the exciting possibilities of digital transformation together! [Schedule your appointment](/contact)

URL: https://pointorama.com/blogs/join-pointorama-at-trefdag-digitaal-vlaanderen-2024

### Release of new feature 'Object detection'

Published: 2024-06-10T15:52:37.000Z

Today, we're excited to shine a spotlight on one of its powerful features: 'Point Clustering' or 'Object detection'. Point Clustering, a new feature of Pointorama, simplifies the intricate process of data organization in just a few clicks

![Point Clusteren - Automatic object detection - Pointorama](https://www.pointorama.com/content/uploads/2024/06/Pointorama-PointClustering-545x355.png) ## Understanding ‘Object detection’ Point Clustering, a new feature of Pointorama, simplifies the intricate process of data organization in just a few clicks. During the import process, Pointorama goes beyond mere data organization – it detects objects. This detection involves recognizing individual points and grouping them based on their association with the same object or part of an object. With Pointorama, you have the freedom to label data manually rather than relying on automatic processes. This gives you control over how your data is organized. By clustering on segment level instead of point level, users enable efficient organization with just a few simple clicks. Points that belong to the same object or share a common attribute can seamlessly identified and grouped. This not only enhances data visualization but also facilitates smoother data analysis, empowering users to derive valuable insights with ease. ![Clean and classify object in Pointorama - Terrain monitoring with Pointorama](https://www.pointorama.com/content/uploads/2024/06/Pointorama-Classification-545x355.png) ## Unlocking the benefits of object recognition In Pointorama, point clustering and object recognition empowers users with unparalleled control and flexibility. Here’s how it works: - **Visibility control**: once clusters or objects are created, users have the ability to toggle their visibility. This means you can choose to hide or highlight clusters that are not currently relevant or visible, reducing clutter and enhancing focus. - **Classifying objects**: with point clustering, users can effortlessly select, cluster and classify different objects or parts of objects. This functionality streamlines the visualization and management of complex datasets, enabling users to focus on what matters most. - **Customization options**: point clustering offers extensive customization capabilities beyond mere organization. Users have the freedom to choose which points or objects they want to cluster, allowing them to tailor the clustering process to their specific needs. Whether it’s grouping buildings, trees, or even flower pots, Pointorama empowers users to organize their data in a way that makes sense for their projects. This flexibility not only provides valuable context but also enhances data analysis capabilities by allowing users to focus on the elements that are most relevant to their objectives. ![Object recognition - Point clouds - Pointorama](https://www.pointorama.com/content/uploads/2024/06/Pointorama-PointClustering_v2-545x355.png) ## Enhancing workflow efficiency The benefits of point clustering extend far beyond mere organization. By streamlining data visualization and management, this feature significantly enhances workflow efficiency. With clusters, classes and objects at their fingertips, users can navigate even the most complex datasets with ease, making informed decisions and driving project success. ![Point clustering and object recognition in Pointorama](https://www.pointorama.com/content/uploads/2024/06/Pointorama-Box-v2-545x355.png) ## Driving innovation forward At Pointorama, we’re committed to pushing the boundaries of innovation – and object recognition is just the beginning. As technology continues to evolve, we remain dedicated to providing our users with the tools they need to stay ahead of the curve. With features like point clustering, the possibilities are endless. ## Ready to experience point clustering? Are you ready to unlock the full potential of your point cloud data? With Pointorama’s point clustering feature, you can take control of your datasets like never before. Whether you’re a seasoned professional or just getting started, Pointorama empowers you to achieve more. Experience the power of Point Clustering for yourself – try Pointorama today! [Try out Pointorama](https://app.pointorama.com/register) [Book a demo](https://pythagoras-bv.odoo.com/book/pointorama)

URL: https://pointorama.com/blogs/exploring-object-detection-in-pointorama

### From clutter to clarity: How Pointorama simplifies point cloud management

Published: 2024-05-10T10:44:32.000Z

Discover Pointorama: the ultimate solution for surveyors. Simplify point cloud processing, reduce manual clean-up, and enhance collaboration with our innovative, cloud-based platform.

## “Welcome to the Pointorama revolution – where efficiency meets innovation! “ ![Surveyor doing time consuming computerwork](https://www.pointorama.com/content/uploads/2024/04/Surveyor-computer-work-time-consuming-545x355.jpg) ## The time-consuming challenge of point cloud clean-up Surveyors invest a significant amount of time in data collection using scanners, aiming to perform precise calculations afterward. However, these scanners often capture unwanted elements such as reflections, noise, or unnecessary objects. As a result, what should be a straightforward process turns into hours of manual cleanup, delaying projects and increasing costs. ![Clean up Point Clouds easily with Pointorama](https://www.pointorama.com/content/uploads/2024/04/Profile_GIM_Int_Pointorama_Image1-e1713185242425-545x355.jpg) ## Organizing point clouds with a few clicks Pointorama changes the game by simplifying the clean-up process. With just a few clicks, your raw point cloud is transformed into a clean, usable version. This cleanup not only saves you valuable time but also reduces the margin for error, ensuring accurate results every time. ![Workging together on Cloud Points](https://www.pointorama.com/content/uploads/2024/04/Working_together_share_data_point_cloud_platform-1-545x355.jpg) ## Say goodbye to storage disks Point cloud files can be massive, consuming large amounts of storage space on your hard drive. Many surveyors have resorted to purchasing additional hard disks or struggling with cumbersome email transfers to manage these files. Pointorama eliminates these storage headaches by leveraging cloud technology. ## Seamless collaboration and sharing With Pointorama’s cloud-based platform, sharing and collaborating on point cloud files has never been easier. Whether you’re working on a project with a team member across the globe or simply need to share files with a client, Pointorama allows you to do so effortlessly. Collaborate in real-time, share files with a simple link, and enjoy the freedom of working from anywhere, all while saving time and reducing costs. ![Happy Surveyor using Pointorama - Point Cloud Plaform](https://www.pointorama.com/content/uploads/2024/04/Happy-surveyor-545x355.jpg) ## Unlock efficiency with Pointorama We created Pointorama out of a genuine need to simplify the point cloud processing workflow for surveyors. By addressing the challenges of cleanup, storage, and collaboration, Pointorama empowers surveyors to focus on what they do best: delivering accurate and timely results to their clients. ## Join the Pointorama Revolution Don’t let point cloud clean-up hold you back any longer. Embrace the future of surveying with Pointorama and unlock a new level of efficiency, accuracy, and collaboration. Say goodbye to tedious clean-up tasks and storage issues, and hello to a streamlined, cloud-based solution designed with surveyors in mind. Visit our Product tour to learn more about Pointorama and start your free trial today. Experience firsthand how Pointorama can transform your point cloud processing workflow and propel your surveying projects to new heights. [Take your product tour](/product-tour) [start your free trial](https://app.pointorama.com/register)

URL: https://pointorama.com/blogs/from-clutter-to-clarity-how-pointorama-simplifies-point-cloud-management

### Get Ready for INTERGEO 2024 in Stuttgart with us!

Published: 2024-04-24T10:56:17.000Z

We're gearing up for an exciting event this September – INTERGEO 2024 in Stuttgart! As an exhibitor, we're eager to connect with industry peers and geoinformation enthusiasts.

We’re gearing up for an exciting event this September 24-26 – INTERGEO 2024 in Stuttgart! As an exhibitor, we’re eager to connect with industry peers and geoinformation enthusiasts. This event promises to be a blend of networking opportunities, trendspotting, and a deep dive into the evolving landscape of geoinformation technology. You can find us booth D5.057 in Hall 5. And that is not all: mail now and redeem a **free voucher** for the 3-Day EXPO ticket and thus save € 120.00! ## Get your free voucher! [Yes please!](mailto:info@pointorama.com) ## Highlighting our latest solutions At INTERGEO 2024, we’ll be highlighting two standout products that are reshaping the geoinformation space: ![DTM Design - Digital terrain model in 3D view - Pythagoras Software](https://www.pointorama.com/content/uploads/2024/04/DTM_Design_Digital_terrain_model_3D_view-1-545x355.jpg) ## 1\. Pythagoras CAD Software Our Pythagoras CAD software is a game-changer for professionals across various sectors. Whether you’re in surveying, indoor mapping, or UAV operations, this software offers intelligent algorithms that effortlessly transform diverse geodata into CAD-ready deliverables. From total stations and GPS instruments to UAVs and laser scanners, Pythagoras Software streamlines data processing, making complex tasks feel like a breeze. ![Pointorama - Your Point Cloud Platform](https://www.pointorama.com/content/uploads/2024/04/Profile_GIM_Int_Pointorama_Image3-e1713185890830-545x355.jpg) ## 2\. Pointorama platform Looking to take your point cloud projects to the next level? Our Pointorama Platform is the answer. Beyond being a point cloud platform, Pointorama sparks innovation and fosters collaboration. With our cutting-edge technology, you can expect more than just processing – you can expect transformation. ## Save the date Mark your calendars for September 24 to 26 and make sure to visit our booth at INTERGEO 2024 in Stuttgart. Let’s come together to inspire, innovate, and shape the future of geoinformation technology. We can’t wait to see you there! ## Let’s connect! INTERGEO 2024 isn’t just an event; it’s a collaborative journey towards shaping the future of the geoinformation industry. As exhibitors, we’re excited to be part of this dynamic community and contribute to its growth. We’re excited to announce that we’ll be exhibiting at INTERGEO in Stuttgart from September 24th to 26th. Visit us at Booth D5.057 to discover our latest innovations and solutions. ## Claim your free voucher! Want to attend INTERGEO for free? Simply send us an email and receive a complimentary voucher for the event. Don’t miss out on this exclusive opportunity! See you at InterGEO 2024! [Mail us!](mailto:info@pointorama.com)

URL: https://pointorama.com/blogs/get-ready-for-intergeo-2024-in-stuttgart-with-us

### Join us at GEO Business 2024: Unlocking geospatial innovation with Pointorama

Published: 2024-04-22T09:23:44.000Z

We're thrilled to announce that we are participating in this year's GEO Business, taking place from 4th to 5th June at ExCeL London. During this great event, we are launching our new Point Cloud Platform, Pointorama, a cutting-edge technology in the world of Point Clouds.

![Pointorama - Your Point Cloud Platform](https://www.pointorama.com/content/uploads/2024/04/Profile_GIM_Int_Pointorama_Image3-e1713185890830-545x355.jpg) ## Introducing Pointorama Pointorama is more than just a point cloud platform; it’s a catalyst for innovation, efficiency, and collaboration. Our cutting-edge technology is designed to take your point cloud projects to new heights, offering a seamless experience that empowers you to achieve more. With Pointorama, it’s time to move your point clouds to the next level and unlock new possibilities. ![Key topics at Geo Business in London](https://www.pointorama.com/content/uploads/2024/04/Key-topics-545x355.png) ## Learn from experts, network and collaborate @ GEO Business GEO Business connects you with the geospatial community and showcases the latest innovations from over 130 leading brands. It’s an ideal platform to introduce Pointorama and highlight how it revolutionizes workflows. The event features insightful talks and sessions by industry experts, offering valuable perspectives on geospatial technology trends. Beyond technology, GEO Business is a hub for networking and collaboration. Connect with professionals, exchange ideas, and forge partnerships in the geospatial sector. Whether you’re keen on Pointorama or seeking collaborations, this event is your opportunity to connect. ![Join Us at GEO Business 2024: Unlocking Geospatial Innovation with Pointorama](https://www.pointorama.com/content/uploads/2024/04/Geo-business-london-4-5-june-2024-545x355.jpg) ## Save the date Mark your calendars for 4th and 5th June 2024 and join us at ExCeL London for GEO Business. Experience firsthand how Pointorama is revolutionizing the point cloud landscape and shaping the future of geospatial technology. We look forward to seeing you there! Need more information? [Visit the official website](https://www.geobusinessshow.com/)! ## Ready to experience Pointorama? Don’t miss out on exploring our new Point Cloud Platform firsthand. Book an appointment with us at GEO Business and discover how Pointorama can elevate your projects to new heights. [Schedule your appointment](https://meetings-eu1.hubspot.com/stijn-van-beek)

URL: https://pointorama.com/blogs/geo-business-2024

### 5 Sustainable benefits of using a point cloud platform

Published: 2024-04-09T10:56:00.000Z

Explore the sustainable benefits of point cloud platforms in construction, surveying, and infrastructure. Discover how these technologies enhance efficiency, minimize environmental impact, and foster collaboration for a greener future in our latest blog post.

![Contractor and architect working on building site with Pointorama - Point Cloud Software](https://www.pointorama.com/content/uploads/2024/04/Contractor_architect_building_site_tablet-545x355.jpg) ## 1\. Efficient project monitoring Gone are the days of constant meetings with subcontractors and manual site inspections. With point cloud platforms, field engineers equipped with drones or 3D scanners can monitor project progress with unparalleled accuracy. By capturing detailed measurements that align with design plans, these platforms enable early detection of issues, minimizing the need for rework. This not only saves valuable time and resources but also reduces unnecessary waste of materials, contributing to a more sustainable construction process. ![Architect working on his computer - Pointorama Point Clould platform](https://www.pointorama.com/content/uploads/2024/04/crop-hands-with-coffee-using-laptop_small-545x355.jpg) ## 2\. Facilitating efficient collaboration In today’s workplace, seamless collaboration among colleagues is essential for productivity. Point cloud platforms streamline teamwork by enabling real-time access to shared data. With these platforms, colleagues can work together on the same set of data, ensuring alignment and up-to-date information. This fosters innovation and knowledge sharing within the organization, driving continuous improvement. By embracing point cloud platforms for collaborative work, organizations enhance efficiency and achieve better project outcomes. ## 3\. Remote Collaboration In an era where remote work is increasingly prevalent, point cloud platforms offer a solution that minimizes travel and reduces carbon footprint. By enabling remote collaboration, these platforms allow teams to work efficiently without the need for extensive travel. Whether it’s conducting measurements or analyzing data, remote access to point cloud platforms enhances productivity while reducing the environmental impact associated with commuting. ![Minimal environmental impact surveyor - ecosystem - Pointorama - Point Cloud](https://www.pointorama.com/content/uploads/2024/04/Construction_site-field-flowers-ecosystem-545x355.jpg) ## 4\. Minimal environmental impact Conventional land surveying practices typically require extensive preparation, including clearing sightlines and allocating space for surveying teams. Unfortunately, these activities can inflict notable harm on delicate ecosystems. Enter point cloud platforms - a game-changer in minimizing environmental impact. Point cloud platforms leverage advanced technology to revolutionize surveying methods. By integrating drones and sophisticated software, these platforms offer an eco-friendly alternative to traditional approaches. Drones equipped with high-resolution cameras can take off from virtually anywhere, eliminating the need for extensive site preparation. As a result, there’s no disruption to natural habitats or the need to clear vegetation. ![](https://www.pointorama.com/content/uploads/2023/10/LiDAR-545x355.png) ## 5\. Software efficiency Optimized algorithms and workflows inherent in point cloud platforms lead to faster processing times, ultimately reducing energy consumption. By streamlining data processing and analysis, these platforms minimize the computational resources required, contributing to overall energy efficiency. This not only benefits the environment by reducing carbon emissions but also enhances operational efficiency for businesses. In conclusion, the adoption of point cloud platforms presents a multitude of sustainable benefits across various industries. From minimizing redundancy and environmental impact to enhancing software efficiency and fostering collaboration, these platforms pave the way for a more sustainable future. By leveraging innovative technologies and embracing a holistic approach to sustainability, businesses can drive positive change while achieving their goals. [ ![Download your white paper Indoor Mapping for free](https://www.pointorama.com/content/uploads/2026/05/Whitepaper_Indoormapping_klein-545x355.jpg) ](/download-your-white-paper) ## Want to go deeper? Dive into the fundamentals of indoor mapping and better understand the technology behind the workflow. Download our free white paper and discover how scanning, point clouds and floor plan generation come together. [Donwload your free white paper](/download-your-white-paper)

URL: https://pointorama.com/blogs/5-sustainable-benefits-of-using-a-point-cloud-platform

### Revolutionizing surveying & mapping with point cloud software

Published: 2024-03-26T12:06:00.000Z

Innovative point cloud software is reshaping traditional practices and unlocking an abundance of benefits for professionals worldwide. Let's explore how this innovative software is revolutionizing the industry.

![Pointorama - Your Point Cloud Platform](https://www.pointorama.com/content/uploads/2024/04/Profile_GIM_Int_Pointorama_Image3-e1713185890830-545x355.jpg) ## Rapid data acquisition and processing Gone are the days of painstakingly collecting measurements manually. Scanning technology empowers surveyors and mapping professionals to rapidly capture extensive datasets through scanning point cloud platforms. By leveraging sophisticated scanning equipment, users can swiftly gather precise measurements of landscapes, structures, and environments with unparalleled speed and accuracy. Once the data is acquired, the registration software seamlessly imports and processes the results, transforming raw scans into detailed point clouds. This accelerated data acquisition and processing capability not only saves time but also enhances productivity, allowing professionals to focus on analysis and interpretation rather than data collection. Moreover, the point cloud software’s advanced algorithms add an extra layer of efficiency by automatically recognizing objects within the point cloud. This innovative feature allows users to group objects effortlessly, facilitating streamlined workflows. Whether isolating specific objects, rendering them invisible, or highlighting key features, the software empowers users to manipulate data with unparalleled ease and precision. ![Working together - sharing data easy - point cloud platform](https://www.pointorama.com/content/uploads/2024/04/Working_together_share_data_point_cloud_platform-545x355.jpg) ## Sharing point clouds for enhanced collaboration One of the standout features of point cloud software is its ability to facilitate seamless collaboration by allowing users to share point cloud data effortlessly. This capability enables teams to work together on the same dataset, regardless of geographical location or time zone. Whether it’s architects, engineers, or urban planners, everyone involved in the project can access and work with the most up-to-date point cloud information, ensuring alignment and accuracy throughout the process. This collaborative approach not only streamlines workflows but also promotes better decision-making and project outcomes. ![Clean up Point Clouds easily with Pointorama](https://www.pointorama.com/content/uploads/2024/04/Profile_GIM_Int_Pointorama_Image1-e1713185242425-545x355.jpg) ## Efficient data cleanup and preparation In the world of surveying and mapping, data quality is paramount. Point Cloud Software streamlines the process of data cleanup and preparation, ensuring that datasets are accurate and ready for analysis. With advanced AI tools and algorithms, users can quickly and efficiently clean up point cloud files, removing noise, outliers and unwanted artifacts. This automated cleanup process not only improves data quality but also reduces manual effort and potential errors. As a result, professionals can trust that their datasets are reliable and ready for further analysis or visualization. ![](https://www.pointorama.com/content/uploads/2024/04/Profile_GIM_Int_Pointorama_Image2-e1713185371765-545x355.jpg) ## Seamless handoff in the workflow In the world of surveying and mapping, data quality is paramount. Point Cloud Software streamlines the process of data cleanup and preparation, ensuring that datasets are accurate and ready for analysis. With advanced AI tools and algorithms, users can quickly and efficiently clean up point cloud files, removing noise, outliers and unwanted artifacts. This automated cleanup process not only improves data quality but also reduces manual effort and potential errors. As a result, professionals can trust that their datasets are reliable and ready for further analysis or visualization. In conclusion, Point Cloud Software is revolutionizing the world of surveying and mapping by delivering a range of benefits, from enhanced collaboration and rapid data acquisition to efficient data cleanup and seamless workflow integration. As the industry continues to evolve, professionals can rely on Point Cloud Software to streamline their processes, improve productivity, and achieve better results than ever before. ## Getting curious? Want to know how point cloud platforms can improve your productivity? Take a tour and discover how Pointorama can revolutionize the way you work. So, let’s get started and take a closer look at what we have to offer! [Start your free trial](https://app.pointorama.com/register) [Book a demo](https://pythagoras-bv.odoo.com/book/pointorama)

URL: https://pointorama.com/blogs/revolutionizing-surveying-mapping-with-point-cloud-software

### Choosing the right point cloud format

Published: 2024-03-12T16:14:00.000Z

In this blog post, we'll delve into the world of point cloud formats, offering some insights into each. We'll also provide personalized advice on which format might suit you best.

- **E57**: An open standard format supporting 3D points, images, scans, and other metadata. It’s extensible and customizable. - **LAS**: A common open standard point cloud format, especially used in LiDAR applications. - **LAZ**: A highly compressed version of LAS, conserving space while preseving all data. - **PLY**: A format for 3D polygons or meshes, vendor-neutral in design. - **PCD**: A format supported by the open-source Point Cloud Library. - **XYZ**: An ASCII format containing only point positions. - **PTS**: An ASCII format containing positions, intensities and color. - **PTX**: An ASCII extended version of PTS including scan and registration data. - **CL3**: A binary format generated by Topcon scanners. - **POD**: A point cloud format supported by Bentley Systems. - **RCP**: A point cloud format linked to Autodesk Recap. - **FLS**: A proprietary format by Faro, used in Faro Scene. - … The list extends beyond these popular formats, offering a wide array of options to suit various needs and applications. ![Choose the right format for your Point Cloud - Pointorama](https://www.pointorama.com/content/uploads/2023/10/binary-545x355.jpg) ### Binary vs ASCII To make a good choice, it’s essential to understand the contrast between binary and ASCII formats. ASCII files consist of plain text, making them readable and editable by humans. On the other hand, binary files comprise machine-understandable bytes, not directly interpretable by (normal) people. While ASCII files can be opened in a standard notepad application in theory, that will be challenging for very large point clouds due to the file size. Binary files are more compact and will be more efficient for computer programs to process. Our advise: use binary! ![Your Point Cloud Platform Pointorama will unlock your Point Clouds](https://www.pointorama.com/content/uploads/2023/10/contract-545x355.jpg) ### Vendor Neutrality It is important to choose a format that is widely adopted by the industry. This ensures smooth interaction between different software applications, hardware systems and platforms. Data exchange will be easy without the need for specialized converters or custom solutions. Open standards are not controlled by a specific vendor or company. They are maintained and updated by a community or a consortium. That encourages contineous developments and adaptation to future technologies. This guarantees the format’s usability in the long run. Avoiding proprietary, closed formats reduces dependency on a specific vendor or technology. It is your best protection against data loss. Our advise: check your import and export options – go with an open standard if you can! ![Don't compress your Point Clouds](https://www.pointorama.com/content/uploads/2023/10/squeeze-545x355.jpg) ### Size matters Point clouds can be extremely large, especially in high-resolution scans or wide areas. Compression reduces the size of the data so the associated storage cost will decrease. Smaller point clouds can be transferred more quickly over networks. That is particulary important when sharing point clouds with other stakeholders. As less data needs to be read from storage, visualisation and analysis software will load compressed data faster. This will enhance the overall user experience. Our advise: opt for a well-compressed, binary format. In case of doubt, compare file sizes of different formats! In the context of point clouds, the importance of choosing the right format cannot be overstated. The optimal choice should seamlessly fit into your unique situation. Maybe your choice is limited because of the software solutions and hardware ecosystem your projects are built upon. Nevertheless, when you have freedom of choice, our recommendation is very clear. Lean towards a binary, well-compressed open-format. Efficient data storage and interopability will be guaranteed. Your point clouds will remain accessible, manageable and ready for the challenges of tomorrow. In particular, E57, LAS, or LAZ are excellent format choices, with LAZ particularly standing out for its compactness. If you require additional support for images or scan data, E57 is a good bet. We hope that this article will help you to make the right choice. Good luck! ## Ready to move your point clouds to the cloud? Sign up for our trial and discover the power of our platform! [Try now](https://app.pointorama.com/register) [Product tour](/product-tour)

URL: https://pointorama.com/blogs/file-formats-point-cloud

### How to capture a point cloud

Published: 2024-02-27T11:14:00.000Z

Point clouds have emerged as a crucial tool in various industries, revolutionizing the way we perceive and analyze spaces. In this article, we'll look into the process of creating point clouds to explore three main acquisition methods.

![Drone lidar survey: an acquisition method to create a point cloud - Pointorama](https://www.pointorama.com/content/uploads/2023/10/drone-lidar-survey-545x355.jpeg) ### Different acquisition techniques ## Laser Scanning: A key method One of the primary methods for acquiring point clouds is terrestrial laser scanning. Most commonly used scanners are static 3D laser scanners and scanners mounted on a vehicle or under a UAV or an airplane. These laser scanners are also known as LiDAR (Light Detection and Ranging). Handheld laser scanners used for mobile mapping can also create point clouds. These small mobile scanners capture the data when the operator moves around an object or inside the survey area. Combined with SLAM (synchronized localization and mapping), mobile mapping results in a 3D point cloud with a high level of detail. LiDAR emits laser pulses that reflect and return back to the sensor. This allows a surveyor to measure distances to the Earth’s surface, buildings, or other objects. The measurements are then compiled to create accurate and detailed point clouds. Laser scanning is used extensively in topographic mapping, forestry, and environmental monitoring. The advantage of this measuring technique is that it is not so weather dependent since it is an active instrument that emits beams by itself. Lidar can pass through shallow clouds, making it almost independent from weather conditions. Point clouds from Lidar are commonly saved as a LAS, LAZ or an e57-file, but other file formats can also be used. (link) ## Photogrammetry: Capturing 3D Data Through Imagery Photogrammetry basically equals capturing 3D data through a series of overlapping photographs. These photographs are taken by a hi-def camera with precise positioning equipment. Special software processes these images, identifying common points and reconstructing a 3D model, which is then transformed into a point cloud. Photogrammetry is very versatile and can be conducted using drones and airplanes, making it valuable for land surveying, construction, and archaeological applications. The biggest advantage of photogrammetry by far is the speed. It allows surveyors to easily capture a lot of data. File formats from point clouds generated through photogrammetry are the same as regular point clouds. Lidar and photogrammetry don’t exclude one another. To the contrary, they are often used together to add extra information resulting in better surveys with more details. ![Bathymetric survey: an acquisition method to create a point cloud](https://www.pointorama.com/content/uploads/2023/11/multibeam-bathymetry-survey-545x355.jpeg) ## Sonar Technology: Unveiling the Depths In underwater environments, sonar technology is utilized to generate point clouds. Sonar stands for **So**und **Na**vigation and **R**anging. Similar to Lidar, sonar systems emit and receive a signal and utilize it to determine a distance. In the case of sonar this is a sound wave that bounces off objects in the water, measuring the time it takes for the waves to return. We can distinguish two main techniques that can generate a point cloud: - Single beam: echosounder that is mostly used for shallow water survey, covers parts of seabed to define the harder sandy bottom and the softer, muddy layer on top of the sandy bottom - Multibeam: multiple echosounders used for deeper surveys to cover an entire part of a seabed and thus defining an underwater map Since bathymetric point clouds are commonly used for mapping purposes and are often the result of a gridded export, they only require three-dimensional data. There is no need for compression with these point clouds, so the file types associated with these techniques are basic text file formats such as PTS, and XYZ. ![How ai sees acquisition methods to create a point cloud](https://www.pointorama.com/content/uploads/2023/10/the-future-looks-bright-545x355.jpeg) In a world where data is more important than anything, point clouds play a crucial role. Through laser scanning, photogrammetry, and sonar technology, these 3D data representations are thoroughly crafted, offering profound insights across a lot of sectors. From mapping landscapes to exploring the depths of oceans, point clouds help us to understand our surroundings like never before. As technology advances, more and larger datasets with new possibilities are created. Larger datasets can be processed at a much higher speed with the help of AI algorithms. We are already seeing survey hardware being used in daily use objects such as cars and robot vacuum cleaners We are living in exciting times with constantly evolving techniques. A future of enhanced understanding and innovation in different domains. The future looks promising! All images in this blog post are created by AI.

URL: https://pointorama.com/blogs/acquisition-methods-to-ceate-a-pointcloud

### LiDAR: How the use of laser pulses can lead to accurate landscape analysis

Published: 2024-02-13T11:13:00.000Z

When I ask you to think about laser pulse technology, you'll probably envision some big satellite or space station. But what if I tell you that nowadays, you can even find a laser scanner in your Iphone! In this article we'll tell you all about LiDAR, and why you probably should be using it.

[Video](https://www.pointorama.com/content/uploads/2023/10/Lidar_Example.mp4) # So what exactly is a Lidar scanner? Lidar scanners are an advanced surveying tool that uses laser technology to create accurate and detailed 3D maps of the environment. The acronym “LIDAR” stands for Light Detection and Ranging, and this technology works by emitting laser pulses that bounce off surfaces and return to the scanner. These pulses provide precise measurements of distances and locations of objects, which are then used to create a 3D map of the scanned area. The scanner sends out thousands of laser pulses per second, which are reflected back to the device by surfaces such as buildings, trees, and the ground. The scanner then measures the time it takes for the pulses to return and uses this information to create a 3D map of the scanned area. The result is a highly detailed and accurate representation of the environment, which can be used in various industries such as construction, mining, forestry, and urban planning. More information on different point cloud capturing techniques can be found [here](/blogs/acquisition-methods-to-ceate-a-pointcloud). # What are the main benefits of Lidar? ![LiDAR scan based on intensity](https://www.pointorama.com/content/uploads/2023/10/LIDAR_02-545x355.png) ### Precision and Accuracy Lidar scanners offer highly accurate and precise distance measurements, which are crucial for creating accurate survey data and maps. This method typically achieves **millimeter to centimeter-level range accuracy**. Accuracy can be affected by environmental conditions like fog or rain, but advanced systems are designed to mitigate these effects. Precise calibration and georeferencing are crucial for maintaining accuracy, and sensor quality plays a significant role. Lidar’s accuracy varies depending on the specific application, and post-processing techniques can further enhance data quality. ![LiDAR scan based on intensity](https://www.pointorama.com/content/uploads/2023/10/LIDAR_03-545x355.png) ### Speed and Efficiency Lidar can rapidly capture survey data, significantly reducing the time and effort required for traditional surveying methods. **Airborne Lidar** is the fastest for covering large areas, making it ideal for regional mapping and environmental assessments, but may sacrifice some detail. **Terrestrial Lidar** is slower and more suitable for localized surveys where higher detail is required, such as building interiors or small construction sites. **Vehicle-mounted Lidar** strikes a balance, offering moderate speed and accuracy for applications like road mapping and urban planning. **Static Lidar** systems are slower due to their stationary nature but deliver the highest precision and detail, making them valuable for architectural and archaeological documentation. ![topographic map](https://www.pointorama.com/content/uploads/2023/10/LIDAR_05-2-545x355.png) ### 3D Mapping Lidar can produce detailed 3D maps of the surveyed area, providing surveyors with a comprehensive view of the terrain, structures, and objects. Compared to photogrammetry, 3D mapping techniques like Lidar provide advantages in terms of accuracy and precision in capturing spatial data. While photogrammetry relies on 2D images, 3D mapping directly measures distances in three dimensions, resulting in more **detailed and accurate 3D models**. Additionally, 3D mapping is less affected by factors like lighting conditions, texture, and occlusions, making it suitable for a wider range of environments and applications. ![topographic map](https://www.pointorama.com/content/uploads/2023/10/LIDAR_06-2-545x355.png) ### Long Range Lidar systems can cover large areas, making them suitable for surveying expansive landscapes and terrains, such as topographic mapping. They come in various types with different operational ranges. **Short-range Lidar** is suitable for close-proximity applications, offering ranges up to around 30 meters/yards. **Medium-range Lidar** extends this to several hundred meters/yards, while **long-range Lidar** can cover distances from hundreds of meters/yards to several kilometers/miles. **Airborne Lidar**, used for large-scale mapping, boasts an even greater range, capable of surveying areas spanning several kilometers/miles. ![Drone flying in the mist](https://www.pointorama.com/content/uploads/2023/10/Drone_GIF_Boven_Cropped.gif) ### All-Weather Capability Lidar is not affected by adverse weather conditions like rain or fog, ensuring **consistent performance in various weather situations**, which is essential for year-round surveying. ![Drone flying in the mist](https://www.pointorama.com/content/uploads/2023/10/Drone_GIF_Onder_Cropped.gif) ### Remote Sensing Lidar can capture data from a safe distance, making it ideal for surveying **hazardous or hard-to-reach areas**, such as construction sites, mines, or quarries. In the Amazon rainforest, for instance, researchers utilized Lidar technology to map an otherwise impenetrable and exotic terrain. Aerial Lidar scans from a helicopter pierced through dense vegetation, unveiling the forest floor’s topography and hidden features. This revealed [forgotten archaeological sites](https://techcrunch.com/2022/05/27/lidar-exposes-the-remnants-of-an-overgrown-ancient-civilization-in-the-amazon/?guccounter=1&guce_referrer=aHR0cHM6Ly93d3cuZ29vZ2xlLmNvbS8&guce_referrer_sig=AQAAABQJBvY3bcjqBJOb8sUyjXgmHrkDlHyfXovzY8GOLvIK8zcjiCcMKnRo-mtVreNucrnQPeDC2QWihEO9gzpDjX4uaH1J5m4sBPHJoGe4uMIRWIfNkaw_ff1kuxXPxhExSLj8Vybl1E1KtUVd190Ric7-BwAW_KCQ9_4DNGb6XgqD), [concealed waterways](https://www.science.org/content/article/laser-mapping-reveals-hidden-structures-in-amazon-hints-thousands-more), and [undiscovered biodiversity hotspots](https://www.sciencedirect.com/science/article/pii/S0378112722003723). In this way, Lidar scans helped to enrich our understanding of the rainforest’s ecological and historical significance. It aids in conservation efforts for this unique and challenging ecosystem. ![autonomous data collection with pre-programmed flight paths](https://www.pointorama.com/content/uploads/2023/10/Field_white_up-e1696841149802-545x355.png) ### Automation Lidar scanners can be mounted on surveying equipment, including drones and mobile mapping platforms, allowing for **autonomous data collection** and minimizing the need for manual labor. In the construction industry, for instance, automated drones equipped with high-resolution cameras and Lidar sensors are deployed to regularly survey and monitor construction sites. These drones can follow **pre-programmed flight paths** or operate autonomously, capturing detailed aerial imagery and 3D data of the site from various angles. Their ability to capture these high-resolution imagery and 3D data significantly enhances project management, safety, and quality control while reducing costs and improving overall project efficiency. ![autonomous data collection with pre-programmed flight paths](https://www.pointorama.com/content/uploads/2023/10/Field_white_down-e1696841171684-545x355.png) ### Data Integration Lidar data can be easily integrated with other surveying equipment and technologies, such as **GPS and total stations**, to enhance overall survey accuracy and efficiency. In Pointorama, it will be possible to combine all this data and process it to acquire the high-quality results you need. ## Related articles [ ![Pointorama @ GEO Business 2026](https://www.pointorama.com/content/uploads/2026/06/GeoBusiness2026-700x500.jpg) ](/blogs/geo-business-2026-recap-why-our-latest-pointorama-release-turned-heads) ### GEO Business 2026 recap: Why our latest Pointorama release turned heads At GEO Business 2026, Pointorama showcased its latest release, demonstrating how professionals can transform point clouds into accurate floor plans, measurements and deliverables within a single platform. Discover the new features, the industry’s biggest challenges, and how AI-powered automation is helping teams work faster and more efficiently. [ ![Indoor mapping - scanning old building](https://www.pointorama.com/content/uploads/2026/03/Indoor-mapping-scan-old-building-700x500.png) ](/blogs/stronger-together-how-partnerships-drive-innovation-at-pointorama) ### Stronger together: how partnerships drive innovation at Pointorama Partnerships are the driving force behind innovation at Pointorama. By connecting hardware, software and expertise, we transform raw scan data into structured, usable results through seamless workflows. [ ![Pointorama on tour: meet us at key events in 2026](https://www.pointorama.com/content/uploads/2026/03/Social_Media_InterGeo_klein-700x500.png) ](/blogs/pointorama-on-tour-meet-us-at-key-events-in-2026) ### Pointorama on tour: meet us at key events in 2026 Meet Pointorama at key events in 2026. Discover new features, explore innovations and connect with our team across Europe.In 2026, Pointorama will be present at leading geospatial events across Europe, including GeoBusiness, Intergeo and Trefdag Digitaal Vlaanderen. Discover our latest innovations, explore new workflows and experience how much our technology has evolved when you meet us in person. [View all articles](/blogs) ## Need to process your Lidar data? Try Pointorama now for free Ready to take your productivity to the next level? Sign up for our trial and discover the power of our platform! You’ll have full access to all features, so you can experience the benefits for yourself. Don’t wait – start your trial today and see what you’ve been missing! [Try Now](https://app.pointorama.com/register) [Take the product tour](/product-tour)

URL: https://pointorama.com/blogs/lidar-accurate-landscape-analysis

## Frequently Asked Questions

**Q: Which shortcuts are essential for efficient navigation and tools?**

A: Pointorama offers a powerful and intuitive interface for navigating and interacting with point clouds. To help how to use the platform efficiently, here is a list of essential shortcuts and controls. **Navigation** - **Double Click**: Zooms to cursor position. - **Left Click Drag**: Orbits the camera. - **Right Click Drag**: Pans the view. - **Mouse Wheel**: Zooms in and out. **Polyline/Polygon** - **Left Click**: Adds a new point. - **Right Click**: Removes the last point. - **Double Click**: Adds a new point and completes the Polyline/Polygon. - **Enter**: Completes the Polyline/Polygon. ** Plane** - **Shift**: Snaps to horizontal or vertical plane. - **Left Click**: Refines best-fit plane by adding points around cursor. - **Right Click:** Undo of the last added cursor position. - **Double Click**: Creates the plane. ** Floorplan** - **Shift**: Creates perpendicular angles. - **Ctrl**: Refines best-fit plane by adding points around cursor. - **Left Click**: Adds a new segment to the polyline/polygon. - **Right Click:** Removes the last added segment of the polyline/polygon. - **Double Click**: Creates the polyline/polygon object. ** Magic Wand** - **Left click**: Adds detected object under cursor to point cluster. - **Right click**: Removes object under cursor out of point cluster. - **Double click**: Adds detected object under cursor and creates point cluster. - **Ctrl**: Adds all detected objects in lasso to point cluster. By familiarizing yourself with these shortcuts, you can significantly enhance your workflow in Pointorama, making your interaction with point clouds more efficient and precise. Stay tuned for more updates and additional features!

**Q: What are the different user roles in Pointorama?**

A: In Pointorama there a three user types that each have a different role. - An **admin** is in charge of an organisation and is responsible for its subscription. This person can add and remove users or change user roles. All projects of the organisation are fully accessible for the admin. - A **member** has full access to all projects of an organisation. A member can create new projects. - Admins and members can share projects with **guests.** A guest only has access to projects of an organisation after invitation. This person can’t create new projects. He is only allowed to (re)view shared projects and add comments. Please note that the number of users (admins, members and guests) is unlimited!

**Q: What happens to my data if I cancel my subscription?**

A: Your data will remain stored for one month. After three weeks you will receive an e-mail that the data will remain safe for another week. After another 5 days you will receive a notification that your data will be discarded after 2 more days.

**Q: Can I try Pointorama for free?**

A: Of course! Click [here](https://app.pointorama.com/register) to start your free 14-day trial. No creditcard required.

**Q: Is there a maximum file size for one point cloud?**

A: There is no maximum file size, but there is an absolute maximum amount of points in all active pointclouds. The maximum amount is based on the chosen plan. For more info, check out the different plans. [Pricing Pointorama](/pricing)

**Q: Which pricing plan is right for me?**

A: We provide three tailored pricing plans designed to support point cloud professionals at every stage of their journey: - **Launch:** Full access to all monitoring, Scan-to-CAD, and floorplan tools, with capacity suited for smaller projects. Ideal for teams that work with point clouds occasionally and want to collaborate easily with unlimited viewers. - **Grow:** The same full feature set, with more storage capacity for regular monitoring, floorplan extraction and Scan-to-CAD workflows. Great for teams handling point clouds on a weekly basis. - **Scale:** All features included, with large storage and project capacity for organisations processing point clouds at scale. Perfect for continuous monitoring, floorplan generation, and heavy Scan-to-CAD production across larger teams. Whether you’re just starting out or managing complex projects, our plans are crafted to help you reduce time and costs while maximizing the potential of your point cloud data.

**Q: What are the system requirements for Pointorama?**

A: - Recent browser such as MS Edge, Google Chrome or Mozilla firefox - Internet speed: download:100Mbps – upload: 10 Mbps - OpenGL 4.0 graphics card

**Q: Which file formats are supported?**

A: Pointorama supports LAS, LAZ, E57, PTS en XYZ.

**Q: Which browsers and operating systems are supported by Pointorama?**

A: Pointrorama can run on the most popular browsers in Windows, MacOS, iOS and Android. These browsers are Google Chrome, MS Edge, Safari and Firefox.

**Q: How can I get started with Pointorama?**

A: Quite fast. Just set up your account, confirm it’s you by clicking on the link in the confirmation e-mailand and you can start the free trial. If you haven’t received a confirmation mail, it’s probably stored in your spam-box.

**Q: How secure is my data on the point cloud processing platform?**

A: Pointorama uses security measures to protect all your data from unauthorized access and unauthorized use. Your personal data and your point clouds are safe with us!

**Q: Are there any limits to the number of users or projects under each pricing plan?**

A: The number of users and projects is unlimited in all plans! You can collaborate freely without any limitations or additional charges. However, keep in mind that you need sufficient storage capacity to host all the projects of your organisation.

**Q: Are there any additional costs?**

A: No, there aren’t. We believe in transparency and straightforward pricing. There are no hidden costs or extra fees. What you see is what you get.

**Q: How can I cancel my subscription?**

A: Your subscription will automatically renew until you cancel. We hate to see you go, but if you really want to cancel please email us on support@pointorama.com.

**Q: How do I add another user to my account?**

A: Simply log in to the app and click on your username. From there, select ‘Users and guests’ and click on ‘+ Add new member’. You’ll then be prompted to determine the status of the new user (whether they’re a member or an admin) and connect their email address to the account. A regular guest can be invited in a project by hitting the share button. It’s that easy.

**Q: Do I need an account to access the point cloud processing platform?**

A: Yes, in order to use Pointorama, you need to create an account.

## Pages

### Video Tutorials

# Getting started with video tutorials Welcome to the **Pointorama video tutorials**! Whether you’re just getting started or looking to refine your skills, our video guides will help you make the most of Pointorama. In just a few simple steps, you’ll learn how to: - Navigate through your 3D environment - Create precise floor plans - Export your projects for further editing in CAD software like Pythagoras CAD - Place planes on floors, walls and other structures for accurate plans - Make measurements form floor to ceilling, windows, … - Export your drawings - And so much more… Each tutorial is designed to be clear, practical, and actionable - so you can go from point cloud to professional results faster than ever. 👉 Ready to master Pointorama? Start exploring the tutorials below! [ ![Automatic Floor Detection | Pointorama Tutorials](https://www.pointorama.com/content/uploads/2022/04/Automatic_Floor_Detection-700x500.jpg) ](/tutorials/automatically-detect-floors-with-auto-mode) ### Automatic Floor Detection Learn how to automatically detect floors using Auto Floor mode. Quickly define your building area, generate accurate levels, and streamline your workflow. [ ![Manual Floor Detection | Pointorama Tutorial](https://www.pointorama.com/content/uploads/2022/04/Manual_Floor_Detection-700x500.jpg) ](/tutorials/create-floor-manually-with-manual-floor-mode) ### Manual Floor Detection Learn how to manually create floors using Manual Floor mode. Accurately define floor and ceiling levels for precise and controlled modeling. [ ![Magic Room Tool | Pointorama Tutorial](https://www.pointorama.com/content/uploads/2022/04/MagicRoomTool-700x500.jpg) ](/tutorials/magic-room-tool-to-create-floor-plans) ### Magic Room Tool Learn how to create rooms in 2D X-ray view with Magic Room Tool. Quickly define shapes, refine details, and generate accurate room geometries for export. [ ![Magic Room Detection - 3D Mode | Pointorama Tutorial](https://www.pointorama.com/content/uploads/2022/04/MagicRoomDetection-3DMode-700x500.jpg) ](/tutorials/create-3d-rooms-with-the-magic-room-mode) ### Magic Room Detection – 3D Mode Learn how to create 3D rooms using Magic Room mode. Define shapes directly in 3D, refine results, and export accurate room models fast. [ ![Tutorial - Pointorama - Getting Started - Navigation in Pointorama](https://www.pointorama.com/content/uploads/2023/02/Navigation-700x500.jpg) ](/tutorials/creating-planes-for-floor-plan-accuracy-2) ### Navigation New to Pointorama? In this quick tutorial, we’ll walk you through the essential navigation tools to help you explore your 3D environment with confidence. [ ![Tutorial - Pointorama - Creating planes in Pointorama](https://www.pointorama.com/content/uploads/2023/02/CreatingPlanes-700x500.jpg) ](/tutorials/creating-planes-for-floor-plan-accuracy) ### Creating planes Need clean surfaces to build or align your floor plan? In this video, we’ll show you how to place planes on floors, walls, and any surface within your point cloud - using three different methods. [ ![](https://www.pointorama.com/content/uploads/2025/06/Measuring_using_the_line_tool-700x500.jpg) ](/tutorials/measuring-using-the-line-tool) ### Measuring using the line tool Learn how to take precise measurements in just a few clicks using only the line tool - simple, efficient, and perfect for clean 2D or 3D work. [ ![](https://www.pointorama.com/content/uploads/2025/06/Measuring_using_Line_and_Plane-700x500.jpg) ](/tutorials/measuring-using-line-tool-and-1-plane) ### Measuring using line tool and 1 plane Discover how to measure accurately by combining the line tool with a single reference plane - ideal for clean, consistent results in 3D environments or point cloud data. [ ![](https://www.pointorama.com/content/uploads/2025/06/Measuring_using_Line_and_2_Planes-700x500.jpg) ](/tutorials/measuring-using-line-tool-and-2-planes) ### Measuring using line tool and 2 planes Learn to measure between surfaces using the line tool with two planes - one vertical, one horizontal - for precise 3D measurements across walls, floors, or complex geometries. 1 [2](/tutorials)[](/tutorials)

URL: https://pointorama.com/getting-started

### Create floor plans in minutes

# Create floor plans in minutes Looking for **floor plan software** that helps you create professional layouts in minutes? With Pointorama’s indoor mapping tool, you can transform 3D scans into accurate, ready-to-use floor plans - perfect for real estate, marketing or project documentation. Starting from a 3D point cloud, simply upload your scan, click through the space and generate a polished floor plan almost instantly. **What used to take hours now takes minutes - giving you more time to focus on closing deals and impressing clients.** ## How it works - from scan to plan ![](https://www.pointorama.com/content/uploads/2025/02/Logo_capture_-300x188.png) ### Scan the property to create a point cloud Use any compatible 3D or LiDAR scanning device to capture the indoor space. This scan serves as the foundation for your layout. ![](https://www.pointorama.com/content/uploads/2025/03/Logo_upload_-300x188.png) ### Upload your scan to the Pointorama platform Our platform supports common scan formats such as .e57 or .las, and handles the data efficiently in the cloud. ![](https://www.pointorama.com/content/uploads/2025/02/Logo_plan_-300x188.png) ### Generate your floor plan in a few clicks Click through the space to define walls, doors, rooms and boundaries. The system helps guide you through the process for a clean, clear result. ![](https://www.pointorama.com/content/uploads/2025/02/Logo_export_-300x188.png) ### Export your layout and use it wherever you need Choose the file format that fits your workflow (export as DXF, IFC, PNG, etc…), and drop the floor plan into your project file, marketing visuals or sales dossier. [![Create your floor plan with Pointorama](https://www.pointorama.com/content/uploads/2025/06/Mapping_floorplan-1120x630.png) ](https://youtu.be/n-CZPdyR3Dc) ## Why real estate professionals choose Pointorama ### ✅ Take control Pointorama’s AI Assistant automates the technical work - recognizing spaces, structuring data and creating accurate layouts - while you stay fully in control. The AI does the heavy lifting, but you make the final calls: review, adjust and style everything to your standards. No outsourcing or black-box automation - just fast, precise results shaped by your expertise. ### ✅ Quick, accurate and reliable Once the space is scanned, generating a professional floor plan takes just a few simple steps. Upload your scan, click to trace the walls and get a precise result in minutes - reflecting the property’s true dimensions and ready for sales, documentation or technical use. Fast, intuitive and built on data you can trust. ### ✅ Seamless Integration Pointorama’s export features ensure a smooth handover to CAD, BIM and other floor plan tools. With flexible output in multiple formats, you can create detailed floor plans and 3D models and adapt them to your workflow - whether for brochures, real estate platforms or further editing. ### ✅ Easy to use Pointorama is built with simplicity in mind, so anyone can use it - no technical background required. You don’t need to be a surveyor, designer or CAD expert. The interface is clean, visual and guides you step by step, making it easy to turn a scan into a polished floor plan without hassle. ### ✅ Effortless data upload Pointorama ensures a smooth upload process, fully compatible with all major 3D scanners. No matter which scanner you use, your field data is quickly and seamlessly brought into Pointorama - no technical background needed - so you can start working on your floor plans right away. ### ✅ Fast & efficient From upload to final floor plan in **under 10 minutes,** no external drafting needed. Scan your space, upload the 3D point cloud and get an accurate, professional layout in just a few clicks ready to use - saving hours of manual work and delivering results faster. ## “It used to take us a full afternoon to measure and draft an apartment. Now we walk through with a scanner for 15 minutes and have a polished floor plan ready less than 10 minutes later.” - Real estate agency, Brussels ![Point Cloud - real estate](https://www.pointorama.com/content/uploads/2025/03/PointCloud_house-545x355.jpeg) ## Made to fit your real estate workflow Modern real estate teams move fast - and need visual materials that are both clear and credible. Whether you’re a developer preparing project dossiers, a real estate agent compiling property files, or a marketing team working on visual content: a clean and accurate floor plan helps you communicate better. Pointorama’s Indoor Mapping Tool was developed to eliminate bottlenecks in this process. No need to wait on external parties or spend hours redrawing layouts. With this tool, creating floor plans becomes a quick step in your existing workflow - not an obstacle. ## Why it matters A floor plan is more than a technical drawing - it’s a communication tool. It helps potential buyers understand a space. It gives clarity to teams working on the same project. And it adds a layer of professionalism to every real estate presentation. With Pointorama, you no longer need to choose between speed and accuracy. You get both - in one streamlined process. ## Want to see it in action? Curious how this could work for your team or real estate projects? [Request your free demo](https://pythagoras-bv.odoo.com/book/pointorama) [Get in touch with our team](/contact)

URL: https://pointorama.com/accurate-floor-plans

### Indoor mapping

# AI-Powered indoor mapping. From raw scan to structured floor plan in minutes Automatically detect walls, rooms, doors and windows directly from your point cloud. Generate accurate 2D and 3D floor plans in a single click, and refine every detail while staying fully in control of the result. [Video](https://www.pointorama.com/content/uploads/2026/02/Homepage_2026_v2.mp4) #### . # . ## The challenge of indoor point cloud processing Indoor scans contain valuable structural data. However, extracting clean and structured geometry often requires time consuming preparation and manual interpretation. Converting raw point clouds into usable 2D and 3D floor plans can slow down workflows and introduce inconsistencies. ## A new generation of indoor mapping ![Review and refine your floor plan - Pointorama: Floor plans from pointclouds](https://www.pointorama.com/content/uploads/2026/03/Detect-300x188.png) ### Automated detection Pointorama’s AI engine automatically interprets structural elements directly from your raw point cloud. With a single click, walls, doors, windows and spatial boundaries are detected within minutes, without manual tracing or pre-cleaning. Even in complex or multi-level interiors, the system reliably recognizes geometry and establishes a solid structural foundation for further refinement. ![https://www.youtube.com/watch?v=Bl-vRn0fKTU](https://www.pointorama.com/content/uploads/2026/02/Floor_Plan_Point_Cloud-300x242.jpg) ### Structured plans. Instantly Instead of producing fragmented linework, Pointorama generates clear, structured floor plans and facade plans directly from your scan. The resulting geometry is consistent, organized and ready for validation or export with survey-grade accuracy. This streamlined approach lets you move directly from detection to refinement, without the traditional preparation or time-consuming cleanup phase. ![Detect your floor plan - Pointorama: Floor plans from pointclouds](https://www.pointorama.com/content/uploads/2026/03/Review-refine-300x188.png) ### Human-in-the-loop control While AI performs the heavy lifting, you remain fully in control of the final result. Review detected elements, adjust walls, refine corners and ensure every detail reflects the real geometry of the space. This balanced workflow combines intelligent automation with professional oversight, delivering both speed and dependable accuracy in every project. You stay in full control, in every step of the workflow. ## Built for intelligent indoor mapping ![Pointorama - BIM moddeling export](https://www.pointorama.com/content/uploads/2026/02/BIM-model-Pointorama-300x188.png) ### Upload & process - Supports industry-standard point cloud formats - Upload raw scans, no preprocessing required - Fast cloud processing in minutes - Secure handling of large datasets ![Pointorama - Window en door detection](https://www.pointorama.com/content/uploads/2026/02/Winndow-Door-detection-Pointorama-300x188.png) ### Intelligent detection engine - One-click detection of floors, rooms, doors and windows - AI interprets structure directly from point clouds - Handles complex and multi-level interiors - Generates structured floor plan geometry ![Human-in-the-loop control - Floor plan from point cloud - Pointorama](https://www.pointorama.com/content/uploads/2026/03/Human-in-the-loop-control-300x188.png) ### Refine & validate - Full control over detected geometry - Adjust walls, rooms and openings - Snap and align structural elements - Validate dimensions against the scan ![Pointorama - Export to IFC & DXF](https://www.pointorama.com/content/uploads/2026/02/IFC-DXF-export-Pointorama-300x188.png) ### Export & integrate - Structured 2D floor and facade plans - Accurate 3D indoor and BIM models - DXF export for CAD workflows - IFC export for BIM integration #### “Pointorama has transformed our indoor mapping process. We no longer spend hours cleaning up point clouds. Now, we generate accurate 2D and 3D floor plans in just a few clicks. The seamless workflow and precision make it an essential tool for our projects!” #### – David, architectural surveyor ## AI-Powered indoor mapping in 4 steps ![Scanning Office Space - Pointorama: Floor plans from pointclouds](https://www.pointorama.com/content/uploads/2026/03/Scanning_Officepace-545x355.png) ### 1\. Scan & upload Capture any interior space using your preferred LiDAR scanner or mobile scanning solution. Pointorama accepts raw point cloud data directly, without preprocessing, filtering or manual cleanup. As a cloud-based application, Pointorama is always up to date. There is no software to install and no updates to manage. Simply upload your dataset and the platform prepares it for intelligent processing within seconds. Your scan data remains intact, accurate and ready for further analysis from the very first step. ![Detect your floor plan - Pointorama: Floor plans from pointclouds](https://www.pointorama.com/content/uploads/2026/03/Review-refine-545x355.png) ### 2\. Detect With a single click, Pointorama analyzes the point cloud and detects structural elements such as floors, walls, rooms, doors and windows. The system interprets spatial structure automatically and understands complex layouts or multi-level interiors. Within seconds, a structured floor plan outline is generated from the scan data. Instead of manually tracing lines or interpreting scattered points, you receive a clear geometric foundation that is ready for review and refinement. ![Review and refine your floor plan - Pointorama: Floor plans from pointclouds](https://www.pointorama.com/content/uploads/2026/03/Detect-545x355.png) ### 3\. Review & refine Once detection is complete, Pointorama converts the geometry into an editable floor plan model. You can review the generated layout, adjust corners, refine walls and snap elements into place where needed. This human-in-the-loop workflow ensures that automation accelerates your work while you remain fully in control. Validate dimensions against the original scan and refine details with confidence. The result is a precise indoor floor plan, ready for export and professional use. ![Export your floor plan - Pointorama: Floor plans from pointclouds](https://www.pointorama.com/content/uploads/2026/03/export-545x355.png) ### 4\. EXPORT & INTEGRATE Once your floor plan or building model is validated, Pointorama allows you to export the structured results for use in other professional environments. Generated plans, sections and models can be exported to widely used formats such as DXF for CAD workflows and IFC for BIM platforms, making it easy to continue working in your preferred design or engineering software. [ ![Download your white paper Indoor Mapping for free](https://www.pointorama.com/content/uploads/2026/05/Whitepaper_Indoormapping_klein-545x355.jpg) ](/download-your-white-paper) [](/download-your-white-paper) ## Indoor mapping explained A complete introduction to the fundamentals of indoor mapping. In this free white paper, you’ll discover the technology behind scanning and point clouds. You’ll also learn how buildings are transformed into digital floor plans, along with real-world use cases in BIM, real estate, and facility management. [ Get your free white paper](/download-your-white-paper) ## Built for professionals in indoor mapping ![Surveyor - Floorplan in Pointorama](https://www.pointorama.com/content/uploads/2026/03/Surveyor-300x188.png) ### Surveyors - Precise interior measurements - Fast scan processing - Geometry validation - Full output control ![AEC - Architect en engineer - Floorplan in Pointorama](https://www.pointorama.com/content/uploads/2026/03/AEC-300x188.png) ### AEC Professionals - Accurate as-built plans - CAD & BIM integration - DXF & IFC export - Reliable interior geometry ![Real Estate Agent and Developper - Floorplan in Pointorama](https://www.pointorama.com/content/uploads/2026/03/Real-estae_agent-300x188.png) ### Real Estate Developers - Clean property documentation - Marketing-ready floor plans - Faster project turnaround - Consistent plan quality ## Start mapping instantly – no cleanup required! Transform raw scans into precise 2D and 3D floor plans in just a few clicks. Experience the fastest, most efficient way to generate accurate indoor measurements. [Get started now](https://app.pointorama.com/register) [Book a demo](https://pythagoras-bv.odoo.com/book/pointorama)

URL: https://pointorama.com/ai-powered-indoor-mapping-from-raw-scan-to-structured-floor-plan-in-minutes

### Automatic floor detection

## Turn raw point clouds into structured building data Pointorama automatically analyzes your point cloud and extracts the core structure of a building. Using AI-assisted geometry detection, the platform identifies architectural elements such as walls, floors, rooms, doors and windows directly from the scan. Instead of manually tracing geometry, your scan is transformed into an editable building layout within minutes. The detected structure becomes the foundation for floor plans, sections and further analysis. This allows professionals to move from raw scan data to usable building documentation significantly faster. [![](https://img.youtube.com/vi/Bl-vRn0fKTU/hq720.jpg) ](https://www.youtube.com/watch?v=Bl-vRn0fKTU) ## How it works The system analyzes spatial patterns in the point cloud to detect both horizontal and vertical structures. From these geometric relationships, the building layout is reconstructed and organized automatically. This process generates: - structured floor levels - clearly defined rooms and spaces - detected walls, doors and windows - facade views and building sections All elements remain editable so users can quickly validate and refine the generated structure. ## Why it matters By automating the interpretation of point cloud geometry, Pointorama removes one of the most time-consuming steps in scan-based workflows. Instead of rebuilding buildings manually, you can: - generate floor plans in minutes instead of hours - focus on validation and refinement rather than drafting - quickly prepare documentation for design or renovation projects Pointorama turns raw scan data into structured building intelligence, providing the starting point for modelling, measurement and collaboration workflows. ## Ready to explore more or try it yourself? Discover all available features or experience how Pointorama works in practice. [Back to all features](/products) [Start your free trial](https://app.pointorama.com/register)

URL: https://pointorama.com/automatic-floor-detection

### Industries

# Explore how our point cloud solution Pointorama supports your profession - whether you’re a land surveyor or a real estate professional. ## Industry-specific solutions [![Point cloud solution Pointorama for Surveyors - Surveying & mapping](https://www.pointorama.com/content/uploads/2025/04/SurveyingMapping-300x188.jpg)](/surveying-mapping) ### Surveying & Mapping Quickly scan, upload and convert point clouds into usable outputs - all in one platform. **Slash processing time: output ready in minutes, not hours, without juggling multiple tools**. Generate accurate floor plans or terrain models with a simple, precise workflow. Whether mapping interiors or monitoring ground surfaces, Pointorama delivers fast, reliable results field professionals can trust. [Learn more →](/surveying-mapping) [![Point cloud solution Pointorama for AEC professionals - Architectural, Engineering & Construction](https://www.pointorama.com/content/uploads/2025/04/AEC-300x188.jpg)](/aec-architectural-engineering-construction) ### AEC (Architectural, Engineering & Construction) Design, plan and build confidently with accurate 3D floor plans from scans. Pointorama helps AEC professionals extract geometry, take measurements and create layouts - ready for BIM, compliance, or construction docs - in a fraction of the usual time. Whether modeling as-built conditions or managing site work, you get clear, consistent and actionable data without the delays of traditional drafting. [Learn more →](/aec-architectural-engineering-construction) [![Point cloud solution Pointorama for Real Estate professionals - Creating floor plans](https://www.pointorama.com/content/uploads/2025/04/RealEstateProfessionals-300x188.jpg)](/accurate-floor-plans) ### Real Estate Create stunning floor plans that help properties sell faster - no technical skills required. Pointorama lets real estate professionals turn 3D scans into clear, editable layouts with accurate wall and door measurements in minutes. Perfect for listings, brochures or client presentations, all with just a few clicks. Save time, impress clients, and streamline your entire property documentation process. [Learn more →](/accurate-floor-plans) ## Save 50‑75% of your typical processing time Collaborate in real‑time on accurate models with instant updates. [![Create your floor plan with Pointorama](https://www.pointorama.com/content/uploads/2025/06/Mapping_floorplan-1120x630.png) ](https://youtu.be/n-CZPdyR3Dc) ## Why professionals choose Pointorama? ### Precision you can trust Pointorama delivers the accuracy surveyors demand. Thanks to advanced AI processing and intelligent tools, your point clouds are transformed into clean, precise deliverables. Ready for measurement, analysis or CAD integration. Every click is optimized for maximum reliability, from the first scan to the final floor plan. ### Seamless integration with CAD Pointorama’s export features ensure perfect handover to CAD, BIM and Floorplan Design Tools like Pythagoras CAD. Whether you’re creating detailed floor plans or 3D models, seamless data integration lets you move effortlessly from field data to finalized designs. ### Built on 30 years of expertise Pointorama is developed by the team behind Pythagoras CAD, trusted by surveyors worldwide for over three decades. Their deep understanding of surveying challenges ensures that every tool and feature is designed with real-world needs in mind. ### Indoor and outdoor mapping Whether you’re surveying an industrial facility, a historic building or an open landscape, Pointorama adapts to your environment. Easily switch between indoor and outdoor workflows, with tools built for versatility, precision, and speed. No matter the setting. ## Want to see how Pointorama can elevate your work? Pointorama makes it easy to transform point clouds into accurate, actionable outputs. Discover why surveyors, AEC experts and real estate professionals trust Pointorama to streamline their workflows. [Book your demo](https://pythagoras-bv.odoo.com/book/pointorama) [See all features](/product-tour)

URL: https://pointorama.com/industries

### Thank you for visiting our booth

# Thank you for visiting our booth [![Review and refine your floor plan - Pointorama: Floor plans from pointclouds](https://www.pointorama.com/content/uploads/2026/03/Detect-1120x630.png) ](https://youtu.be/hD32jdAXs0g) Thank you for your **Pointorama booth visit**! By stopping by our stand, you’ve taken the first step toward a smarter, faster, and more efficient surveying workflow. Our solutions help you save time, reduce errors, and unlock new opportunities in your projects. Now it’s time to see what this could mean for your organization. ## What’s next? Choose the option that suits you best and continue your journey toward optimized workflows: [Start your free trial](https://app.pointorama.com/register) [Download our free white paper](/download-your-white-paper)

URL: https://pointorama.com/thank-you-for-visiting-our-booth

### Surveying & mapping

# Accurate mapping tools for modern surveyors - from point cloud to result Looking for **surveying software** that turns field data into reliable floor plans or terrain models? Pointorama lets you process point clouds into clear, accurate layouts in minutes - ideal for land surveyors who value precision and speed. Whether it’s an indoor scan or an outdoor terrain, your output is precise, professional and just a few clicks away. ## What if surveying took 10x less time? Surveying workflows are often slow, fragmented and overly technical. From manually cleaning point clouds to juggling different software tools, valuable time gets lost in processing and rework. Pointorama changes that. With Pointorama, go from scan to deliverable in under **30 minutes** - no extra software needed, no steep learning curve. ![Surveyor - History](https://www.pointorama.com/content/uploads/2025/04/History_Surveyor_2-545x355.jpg) #### The old way - 4–6 hours average processing time per project - Multiple software tools and manual steps - High learning curve for junior staff - Frequent post-corrections needed #### With Pointorama - Full deliverable in **< 30 minutes**, versus 4–6 hours traditionally. - All-in-one intuitive platform - No CAD background required - Accurate, ready-to-use output - right from the start ## Why surveyors choose Pointorama? ### Accurate and reliable Pointorama delivers precise results based on real-world data. Whether you’re producing floor plans or terrain models, your outputs meet professional standards - ready for reports, presentations or client delivery, every time. ### Indoor and outdoor ready From buildings to terrains, Pointorama handles both environments with ease. Upload your point cloud - and get a result tailored to your project type. ### Clear 2D and 3D views Switch between 2D layouts and interactive 3D visuals to better understand your data. Add annotations, zoom in on details or walk clients through the scan - all within the same intuitive platform. ### Seamless integration with CAD Pointorama’s export features integrate seamlessly with CAD tools like Pythagoras CAD, providing a smooth transition from field data to precise floor plans and 3D models for further refinement. ![Surveyor using software for floor plans](https://www.pointorama.com/content/uploads/2025/07/Pointorama_software_surveyor-1120x630.jpg) ## Ready to speed up your surveying workflow? Whether you’re scanning buildings or mapping terrain, Pointorama turns complex data into clear, accurate deliverables - fast. Join the surveyors who’ve already streamlined their process and simplified their toolkit. [Book your demo](https://pythagoras-bv.odoo.com/book/pointorama) [Donwload your free white paper](/download-your-white-paper)

URL: https://pointorama.com/surveying-mapping

### Download your white paper Indoor Mapping

# Download your Whitepaper Thank you for your interest! We hope this guide helps you better understand indoor mapping and its full workflow. [Download your copy](#download)

URL: https://pointorama.com/download-your-white-paper-indoor-mapping

### Object detection & classification

[![Point Clusteren - Automatic object detection - Pointorama](https://www.pointorama.com/content/uploads/2024/06/Pointorama-PointClustering-1120x630.png) ](https://youtu.be/8bsSVeSTjN0) ## AI-powered object detection and data organization Simplify complex point cloud processing with Pointorama’s AI-powered object detection and classification tools. Upon uploading your point cloud, the system automatically identifies and categorizes objects, saving time and reducing manual effort. Need more control? Easily make new or adjust existing classifications to match your specific project needs. Organize your data by structuring it into layers, enabling a clear and efficient overview of your project. Advanced filtering options let you isolate the most relevant details, ensuring you focus only on the data that drives results. With these intelligent tools, managing and optimizing point clouds has never been more intuitive. ## Ready to explore more or try it yourself? Discover all available features or experience how Pointorama works in practice. [Back to all features](/products) [Start your free trial](https://app.pointorama.com/register)

URL: https://pointorama.com/object-detection-classification

### Collaboration

# Seamless collaboration and sharing for point cloud projects ![Surveyor doing time consuming computerwork](https://www.pointorama.com/content/uploads/2024/04/Surveyor-computer-work-time-consuming-545x355.jpg) ## Seamless collaboration and sharing for point cloud projects Pointorama empowers teams to collaborate effortlessly on point cloud projects, fostering efficient teamwork and clear communication. Share your point clouds with an unlimited number of guests, ensuring all stakeholders can access and contribute to the project without restrictions. The platform’s intuitive commenting and review features streamline feedback processes, allowing you to provide or receive input directly within the project environment. By bringing everyone together in a centralized, user-friendly workspace, Pointorama makes collaboration seamless and effective, saving time and enhancing project outcomes. ## Ready to explore more or try it yourself? Discover all available features or experience how Pointorama works in practice. [Back to all features](/products) [Start your free trial](https://app.pointorama.com/register)

URL: https://pointorama.com/collaboration-2

### Pricing

URL: https://pointorama.com/pricing

### About us

# About us Founded in 2011, we began as a small team driven by a shared passion for creating user-friendly CAD software tailored to the geospatial industry. Our journey started with a simple yet ambitious goal: to make complex tasks easier for professionals in surveying and geospatial fields. Over the years, our commitment to innovation and customer satisfaction has helped us grow into a trusted name in the industry. ![Logo Pythagoras - CAD software company for surveyors](https://www.pointorama.com/content/uploads/2025/03/Logo_Pythagoras-545x355.jpg) ### Our pioneering product: Pythagoras CAD Pointorama is the result of years of expertise and innovation from Pythagoras, the company behind the pioneering Pythagoras CAD software. Founded with a vision to simplify complex surveying tasks, Pythagoras quickly established itself as a trusted name in the industry. Our first product, Pythagoras CAD, was meticulously designed to give surveyors the tools they need to perform precise calculations and create high-quality plans quickly and efficiently. Its unique combination of powerful features and an intuitive interface allows professionals to work with confidence and accuracy, even on the most complex projects. Over the years, Pythagoras CAD has become an essential solution for surveyors worldwide, known for its seamless integration with major surveying equipment such as total stations, GPS devices and 3D scanning systems. ![Logo Pointorama- CAD software company for surveyors](https://www.pointorama.com/content/uploads/2025/03/Logo_Pointorama-545x355.jpg) ### Focus on point clouds: Pointorama Pointorama is the result of years of expertise and innovation from Pythagoras, a trusted name in the surveying industry. As scanning technology evolved, we recognized the growing challenge of managing, visualizing, and sharing the massive amounts of point cloud data generated by modern surveying techniques. This realization led to the development of Pointorama - a next-generation platform launched in June 2024, designed to take surveying and mapping to the next level. Pointorama is a powerful SaaS platform built to handle large and complex datasets without the need for costly hardware or software. Packed with advanced tools for point cloud processing, visualization, and analysis, Pointorama was built with simplicity, adaptability and ease of sharing in mind - empowering surveyors to work smarter and more efficiently than ever before. With Pointorama, we continue to push the boundaries of what’s possible in the world of surveying and mapping, helping professionals transform complex data into clear, actionable insights. ## What we believe in At Pointorama, our core values shape everything we do: ### ✔️ Sustainability We believe in building lasting relationships with our employees, partners, customers, and suppliers. By focusing on mutual growth and long-term success, we create a foundation for sustainable progress and stability. ### ✔️ Independence Our solutions are designed to work seamlessly with leading industry hardware and software. This gives our clients the flexibility to choose the tools that best fit their needs while maintaining full control over their workflow. ### ✔️ Precision Accuracy matters in everything we do. We are committed to delivering meticulous, high-quality results, ensuring that every project meets the highest standards and expectations. By paying attention to every detail, we help our clients achieve reliable and consistent outcomes. ### ✔️ Simplicity We make complex tasks easy. Our intuitive solutions are designed to remove barriers and improve accessibility, helping users work smarter and more efficiently. By focusing on user-friendly design, we create tools that simplify even the most advanced processes. ## Related articles [ ![Pointorama @ GEO Business 2026](https://www.pointorama.com/content/uploads/2026/06/GeoBusiness2026-700x500.jpg) ](/blogs/geo-business-2026-recap-why-our-latest-pointorama-release-turned-heads) ### GEO Business 2026 recap: Why our latest Pointorama release turned heads At GEO Business 2026, Pointorama showcased its latest release, demonstrating how professionals can transform point clouds into accurate floor plans, measurements and deliverables within a single platform. Discover the new features, the industry’s biggest challenges, and how AI-powered automation is helping teams work faster and more efficiently. [ ![Indoor mapping - scanning old building](https://www.pointorama.com/content/uploads/2026/03/Indoor-mapping-scan-old-building-700x500.png) ](/blogs/stronger-together-how-partnerships-drive-innovation-at-pointorama) ### Stronger together: how partnerships drive innovation at Pointorama Partnerships are the driving force behind innovation at Pointorama. By connecting hardware, software and expertise, we transform raw scan data into structured, usable results through seamless workflows. [ ![Pointorama on tour: meet us at key events in 2026](https://www.pointorama.com/content/uploads/2026/03/Social_Media_InterGeo_klein-700x500.png) ](/blogs/pointorama-on-tour-meet-us-at-key-events-in-2026) ### Pointorama on tour: meet us at key events in 2026 Meet Pointorama at key events in 2026. Discover new features, explore innovations and connect with our team across Europe.In 2026, Pointorama will be present at leading geospatial events across Europe, including GeoBusiness, Intergeo and Trefdag Digitaal Vlaanderen. Discover our latest innovations, explore new workflows and experience how much our technology has evolved when you meet us in person. [View all articles](/blogs) ## Want to know more? Whether you have a question, feedback, or just want to say hello, please don’t hesitate to get in touch with us. We look forward to hearing from you and starting a conversation! [Contact us](/contact)

URL: https://pointorama.com/about-pythagoras-cad

### Product launch

# Product launch Are you tired of spending countless hours editing your point clouds? With AI-powered algorithms, Pointorama will enhance the quality of your point clouds in a way that will save you time and effort. Discover Pointorama’s features and unique measurement tools here! [![Pointorama - Product video - The future of Point Cloud Management](https://www.pointorama.com/content/uploads/2024/06/Pointorama-Youtube-1120x630.png) ](https://www.youtube.com/watch?v=ptE0FnAYiIQ&t=11s)

URL: https://pointorama.com/launch

### Grow your business with Pointorama

# Grow your business with Pointorama Join a community of surveying and geospatial professionals who value accuracy, structure and data-driven thinking. We believe complex spatial challenges can be solved through smart workflows and precise analysis. Together, we build solutions that make advanced mapping and measurement tasks easier. ## They already chose to grow with Pointorama ![Logo NavVis- Partner of Pointorama](https://www.pointorama.com/content/uploads/2026/03/Logo_Navvis-300x188.png) ### NavVis NavVis is a leading manufacturer of high-end mobile SLAM systems used worldwide for indoor mapping and reality capture. Through the integration of the NavVis Ivion platform with Pointorama, users can seamlessly import projects from Ivion into Pointorama to process and analyze their scan data. This connection enables efficient workflows to create measurements and 2D/3D floorplans from captured environments. ![Logo MadVoxel- Partner of Pointorama](https://www.pointorama.com/content/uploads/2026/04/Logo_MadVoxel_2-300x188.png) ### MadVoxel MadVoxel develops the iOS application [MAVO 3D](https://madvoxel.com/services/integrations/mavo-3d-and-pointorama/), a SLAM-based 3D reality capture solution for iPhone Pro and iPad Pro. It enables AEC professionals to scan spaces, process the data directly on-device and upload it with one tap to Pointorama. This connection allows mobile scans to quickly evolve into structured floor plans and reliable spatial data for documentation, measurements, property reports and professional indoor mapping workflows. ![Logo OmniSLAM- Partner of Pointorama](https://www.pointorama.com/content/uploads/2026/03/Logo__Omnislam-300x188.png) ### Omnislam [OmniSLAM](https://www.omni-slam.com/home.html) is a high-end mobile SLAM manufacturer and ecosystem partner of Pointorama. Together we streamline mobile mapping workflows by combining OmniSLAM’s advanced scanning hardware with Pointorama’s web-based point cloud platform. The partnership focuses on transforming SLAM data into reliable, project-ready deliverables beyond simple visualization for surveying and mapping professionals. ![Logo GeoDirect- Partner of Pointorama](https://www.pointorama.com/content/uploads/2026/03/Logo_GeoDirect-300x197.png) ### GeoDirect GeoDirect is a trusted reseller of Stonex SLAM scanning solutions and an ecosystem partner of Pointorama. The collaboration focuses on providing integrated hardware and software solutions for surveying and reality capture professionals. Together we support customers with streamlined workflows, from mobile scanning to structured spatial deliverables for efficient processing, measurements and professional mapping workflows. ## Why join our partner ecosystem? [![Icon- Extend your platform - Partnership Pointorama](https://www.pointorama.com/content/uploads/2026/03/Icon_extend_platform-300x188.png)](/integrations-partnerships) ### Extend your platform Partner with Pointorama to add powerful indoor mapping capabilities to your product. Our white-label technology integrates easily with existing hardware and software platforms. Deliver LiDAR, 3D and spatial workflows to customers without complex internal development. [Read more …](/integrations-partnerships) [![Icon- Flexible integration - Partnership Pointorama](https://www.pointorama.com/content/uploads/2026/03/icon_Flexible_integrations-300x188.png)](/integrations-partnerships) ### Flexible integrations Our modular platform adapts easily to your existing product ecosystem. Integrate through APIs, embedded modules or standalone solutions for flexible deployment options. Pointorama converts raw spatial data into structured outputs ready for real workflows. [Read more …](/integrations-partnerships) [![Icon- Faster go-to-market - Partnership Pointorama](https://www.pointorama.com/content/uploads/2026/03/icon_g-to-market-300x188.png)](/integrations-partnerships) ### Faster go-to-market We collaborate with hardware manufacturers and software companies building spatial technologies. Our proven platform accelerates development and reduces internal engineering effort. Deliver advanced mapping capabilities to customers faster and with greater reliability. [Read more …](/integrations-partnerships) ## How to become a partner Becoming a Pointorama partner starts with a conversation. Every product and partnership is different, so we keep the process flexible to match your business goals. Together we explore how Pointorama fits your solution and define the partnership model that works best for you. [Schedule a call with our team](https://pythagoras-bv.odoo.com/book/pointorama) [Explore what Pointorama can do](/products)

URL: https://pointorama.com/grow-your-business-with-pointorama

### Integrations & partnerships

#### Integrations & end-to-end solutions to enhance your platform # Stronger together At Pointorama, we believe the strongest products are built in partnership. Whether you develop hardware or software, we accelerate your go-to-market and fill the missing pieces in your product. With our flexible, white-label mapping software, you can seamlessly add indoor mapping, LiDAR, and 3D capabilities - without extra development overhead. Together, we deliver more value, faster, fully aligned with your brand and strategy. [Let’s talk](https://pythagoras-bv.odoo.com/book/pointorama) ![Surveyor using software for floor plans](https://www.pointorama.com/content/uploads/2025/07/Pointorama_software_surveyor-545x355.jpg) ## What we offer ### Modular integrations that adapt to your solution At Pointorama, we offer our platform as a **flexible, scalable white-label product**. Our technology can be fully integrated into your existing software or app, or delivered as a standalone application under your own brand. Designed to fit effortlessly into your product ecosystem, it extends your capabilities without friction - whether you need a standalone module or a fully embedded solution. From LiDAR and 3D scanning to building data and beyond, Pointorama adds powerful, real-world functionality to your offering, enabling you to deliver more value without the need for in-house development. As specialists in **Scan-to-CAD** and **Scan-to-BIM**, we transform raw spatial data into precise, usable outputs that strengthen your product and empower your end-users. [ ![Scanner - floorplan](https://www.pointorama.com/content/uploads/2025/08/Scanner_map-545x355.jpg) ](/grow-your-business-with-pointorama) ## Who we work with ### Partners in need of smart software – we fill the gap We work with both hardware manufacturers and software providers who recognize the value of indoor mapping but lack the in-house resources to build it themselves. Whether you’re developing LiDAR scanners, smart building sensors or facility management tools - if you’re missing the software layer to visualize, process or present spatial data, we’re here to fill that gap. Our team becomes an extension of yours: discreetly powering the features your customers expect, without the need to hire, train or divert your own development team. From plug-and-play modules to deeply integrated, co-developed platforms - we bring the missing piece. [Meet our partners](/grow-your-business-with-pointorama) ## Why partner with us At Pointorama, we offer more than just technology - we deliver a proven, market-ready white-label platform used by leading companies today. Backed by a full-time development team continuously adding new features every week, our solution is always evolving to keep you ahead. Whether integrated into your existing hardware or software, or offered as a standalone service under your own brand, Pointorama is built to expand your capabilities without slowing you down. - Modular foundation – no need to reinvent the wheel - Fast implementation – from quick API hooks to full-scale embedding - White-label ready – your brand, our engine - Business-first mindset – not just code, but context - Invisible integration – your product shines, we stay behind the scenes From LiDAR and 3D scanning to building data and beyond, Pointorama gives you a strategic shortcut to deliver more value, faster - without the overhead. ## What your partnership can look like There’s no one-size-fits-all. Depending on your product and needs, Pointorama can support you in three flexible ways: ### Distributor / Partner model *Bring Pointorama to your market without customization?* We provide our platform “as is,” while sales and support run through your partner channel. No changes to the configuration, just proven technology ready to scale under your distribution. - Ready-to-use platform - No customization required - Sales & support via partner ### Standalone companion app *We build the platform. You map the future.* Ideal for manufacturers of scanners, LiDAR devices or IoT sensors who need a ready-to-use app for demos, configuration or end-user deployment. - Fast go-to-market - Customisation to support your data - Your brand - No internal dev team needed ### Embedded software module *Already have a platform, but missing spatial context?* We integrate as the indoor mapping layer within your existing software - seamlessly extending your product with features like floorplans, navigation or space visualization. - Native integration - Fully customizable - API or SDK driven - Scalable architecture ## Your next step Every product is different - and so is every partnership. At Pointorama, we keep things flexible so you can choose the model that fits your business best. Whether you want to explore the possibilities together or get a clear view of investment options, the next step is simple. [Schedule a call with our team](https://pythagoras-bv.odoo.com/book/pointorama) [View our pricing & packages](/pricing)

URL: https://pointorama.com/integrations-partnerships

### Download your white paper

#### The complete guide to indoor mapping # From scanning to structured spatial data Understand how indoor mapping really works - from 3D scanning to accurate floor plans. A technical white paper for professionals working with buildings, spatial data and reality capture. [Download the free white paper](/download-your-white-paper#download) ![Download your white paper Indoor Mapping for free](https://www.pointorama.com/content/uploads/2026/05/Whitepaper_Indoormapping_klein-545x355.jpg) ## What you’ll learn - How indoor mapping works in practice - The difference between static and mobile scanning - What point clouds are and why they matter - How scans become floor plans - Real-world applications (BIM, real estate, facility management) ## Why it matters Traditional building documentation is often slow, fragmented, and unreliable. Manual measurements take time, existing plans are outdated, and multiple site visits create inefficiency. **Indoor mapping changes that completely.** Instead of working with assumptions, you capture the real geometry of a building and turn it into a single, reliable dataset. That means: - Accurate floor plans based on reality - Fewer errors and less rework - Faster turnaround from capture to deliverable - One source of truth for all stakeholders Once captured, the building can be measured, analyzed, and reused digitally - without returning on site. In a world where speed, accuracy and scalability matter, indoor mapping is no longer a nice-to-have. It’s becoming essential. ![Indoor Measurements from Point Clouds | Pointorama floor plans](https://www.pointorama.com/content/uploads/2025/04/Floorplan-tool-545x355.jpg) ## What’s inside A complete technical guide covering: - Scanning technologies (TLS vs SLAM) - Point cloud processing - Geometry extraction - Floor plan generation No fluff. Just how it actually works. ## Get the full 35-page guide and understand indoor mapping from start to finish. Full name(Required) Company(Required) Email(Required)

URL: https://pointorama.com/download-your-white-paper

### AEC – Architectural, Engineering & Construction

# Bring your AEC-projects to life with confidence In the fast-paced AEC industry, time is money - and with **AEC software for architecture and construction** from Pointorama, you can transform 3D scans into clean, editable plans in minutes instead of days. Pointorama transforms your 3D scans into clean, editable floor plans and models - ready for architectural design, structural analysis, renovation planning or construction management. Save time on-site, reduce manual drafting and move seamlessly from point cloud to CAD with tools built for real-world projects. ## Perfect for every AEC use case ![Architectural design - Pointorama AEC workflow - From point cloud to floor plan](https://www.pointorama.com/content/uploads/2025/04/Architectural-design-300x188.jpg) ### Architectural design Create accurate as-built drawings and renovation models. ![Engineering Analysis - Pointorama AEC workflow - From point cloud to floor plan](https://www.pointorama.com/content/uploads/2025/04/Engineering_Analysis-300x188.jpg) ### Engineering analysis Capture critical dimensions and site details with confidence. ![Construction Planning - Pointorama AEC use case- From point cloud to floor plan](https://www.pointorama.com/content/uploads/2025/04/Construction_planning-300x188.jpg) ### Construction planning Generate reliable plans for project bidding, scheduling, and execution. ![Facility Management - Pointorama AEC use case - From point cloud to floor plan](https://www.pointorama.com/content/uploads/2025/04/Facility_Management-300x188.jpg) ### Facility management Update and document building layouts quickly and efficiently. ![Architect Engineer using Pointorama for floor plan to improve his AEC workflow](https://www.pointorama.com/content/uploads/2025/04/architect-engineer-with-floor-plan-1120x630.jpg) ## Why AEC professionals choose Pointorama? ### ✅ Seamless Scan-to-BIM workflows Pointorama makes it easy to turn 3D scans into BIM-ready models. Quickly generate accurate and structured 3D representations that can be imported directly into BIM platforms - enabling a fast and reliable Scan-to-BIM process. ### ✅ Effortless CAD integration Turning on-site scans into precise, editable floor plans takes just a few clicks. Pointorama delivers CAD-ready drawings that integrate seamlessly into existing design workflows - reducing manual drafting and keeping every AEC project fast, accurate and efficient. ### ✅ Precision tools for complex environments From multi-level buildings to industrial sites and renovation projects, Pointorama provides smart, intuitive tools to handle any complexity. Define walls and refine layouts with ease - giving you clear data to create accurate floor plans and models efficiently. ### ✅ Faster project turnaround Reduce manual processing, minimize on-site time and accelerate your project delivery. With intuitive workflows and automated features, Pointorama helps AEC teams move from scan to completed plans in a fraction of the usual time, without compromising on quality. ## Ready to transform your AEC workflow? Discover how Pointorama helps you deliver faster, smarter, and more accurately - from your very first scan. [Book your demo](https://pythagoras-bv.odoo.com/book/pointorama) [See all features](/product-tour)

URL: https://pointorama.com/aec-architectural-engineering-construction

### The complete guide to indoor mapping

# Introduction to indoor mapping When you need accurate floor plans, reliable measurements, or a clear understanding of how a building is laid out, indoor mapping becomes essential. Professionals working with existing buildings - surveyors, architects, real estate teams, facility managers - all face the same challenge: they need spatial information they can trust, without spending days on site or relying on outdated drawings. Manual measurements and fragmented documentation often lead to uncertainty, rework, and lost time. Indoor mapping addresses this by capturing interior spaces as scanned data and converting them into structured digital outputs. Buildings are documented as they actually exist, providing a reliable basis for measurement, analysis, and decision-making. ## Why this guide exists Indoor mapping is widely used, but rarely explained end to end. Many resources focus on scanning hardware, software features, or final floor plans - without connecting the full workflow. This guide brings everything together. For those who want to dive deeper, you can always [download our free white paper](/download-your-white-paper) for a complete overview of indoor mapping. ![Surveyor using software for floor plans](https://www.pointorama.com/content/uploads/2025/07/Pointorama_software_surveyor-545x355.jpg) ## What you’ll learn In this guide, you’ll learn: - what indoor mapping means in practice, - how buildings are scanned and turned into point clouds, - which indoor scanning approaches are used and why, - how point clouds are processed into usable outputs, - and how indoor mapping supports real-world applications such as surveying, real estate, facility management, and scan-to-BIM. You can read the guide from top to bottom or jump directly to the section most relevant to your work. ## Guide structure [A. Fundamentals: indoor mapping](#fundamentals) [B. Scanning approaches: static vs mobile scanning](#scanningapproaches) [C. Point clouds: what they are and how they’re made](#whathow) [D. Point cloud processing](#processing) [E. Applications of indoor mapping](#application) Below, we start with the fundamentals. ## A. Fundamentals: indoor mapping ### 1\. What does indoor mapping mean? Indoor mapping is the process of creating **accurate digital representations of interior spaces** based on scanned data. Instead of relying on manually interpreted measurements or simplified drawings, indoor mapping captures the actual geometry of a building as it exists and converts it into structured, measurable information. #### What indoor mapping captures - Interior spaces such as rooms, corridors, and floors. - Vertical transitions, levels, and connections between spaces. - Spatial relationships between building elements. All geometry is derived directly from scanned data, ensuring that dimensions and layouts reflect real-world conditions rather than approximations. #### What indoor mapping produces - Structured digital outputs such as **2D and 3D floor plans**. - Data that can be measured, analyzed, reused, and shared. - Consistent representations grounded in a single spatial dataset. Indoor mapping is not intended to create visual models alone. Its primary goal is to deliver reliable spatial information that supports documentation, analysis, and decision-making across a wide range of professional use cases. ![Accurate indoor floor plans and terrain models by Pointorama](https://www.pointorama.com/content/uploads/2025/06/Indoor_mapping_house_bedroom_scanner-545x355.png) ### 2\. When can you scan a building? A building can be scanned whenever accurate and reusable spatial documentation is required. Scanning is not limited to a specific phase of a project; it is most valuable when a complete representation of a space is needed without relying on repeated site visits. For indoor environments, scanning is commonly used when floor plans, layouts or measurements are required quickly and reliably. Because the entire interior is captured as a dataset, scanning is well suited for existing buildings, complex layouts, multi-level structures or situations where traditional drawings are missing or outdated. More generally, scanning is applied when speed, completeness and accuracy are important, and when capturing the environment once - so it can be reused digitally later - offers a clear advantage over manual measurement approaches. ### 3\. How much does equipment for indoor mapping cost? Indoor mapping equipment is available in many forms, ranging from simple, accessible tools to highly accurate professional systems. The right choice depends on criteria like precision, ease of use, project size and scope. - Smartphones & tablets (LiDAR) – €1,000–€2,500 iPhone and iPad devices can be used for basic indoor scans, quick measurements, and small residential projects, with limited accuracy and range. - Mobile SLAM systems – €7,500–€40,000 Handheld or backpack systems that allow fast walk-through scanning of buildings, offering a strong balance between speed and centimetre-level accuracy. - High-end mobile SLAM systems – €40,000–€80,000+ Advanced SLAM solutions with improved sensor fusion and drift correction, suited for large or complex buildings and professional-grade deliverables. - Terrestrial laser scanners (TLS) – €50,000–€100,000+ Tripod-based scanners delivering the highest accuracy and point density, typically used for surveying, engineering, and BIM reference models. ### 4\. How does indoor mapping work in practice? In practice, indoor mapping follows a structured workflow that transforms physical spaces into digital outputs. The process starts with capturing the interior environment using a 3D scanning device. This scan records spatial geometry as raw data rather than predefined drawings or selective measurements. The captured data is then converted into a point cloud, which represents the building as a collection of spatial points in three dimensions. Once the point cloud exists, it is processed digitally to extract spatial geometry. For indoor mapping workflows, manual pre-cleaning of the point cloud is mostly not required. Geometry is derived directly from the scanned data, allowing floor plans and spatial outputs to be generated efficiently. From this processed dataset, structured outputs such as 2D or 3D floor plans are created. These outputs can then be reviewed, shared or exported for further use, all while remaining linked to the original scanned dataset. ### 5\. How fast are scanning workflows? Scanning workflows are designed to significantly reduce the time between site capture and usable results. Data capture itself can be completed in a short time, after which all processing and output generation takes place digitally. For indoor mapping, 2D and 3D floor plans can be generated within minutes rather than hours or days. This speed is achieved by eliminating manual drafting steps and avoiding unnecessary preparation such as manual point cloud pre-cleaning. Because processing, sharing and collaboration are handled digitally, overall turnaround time is much shorter compared to workflows that rely on manual measurements or fragmented tools. This allows professionals to move rapidly from scanning to documentation. ### 6\. What are the limitations of indoor mapping? Indoor mapping provides reliable spatial documentation, but its results are influenced by both the scanning technology used and the conditions of the environment during capture. #### Technology-related limitations - Sensor range: some scanning devices, such as smartphone-based LiDAR, have a limited effective range, which can restrict their use in larger spaces. - Surface sensitivity: reflective or transparent materials may be captured less reliably. - Mobile scanning effects: in mobile and SLAM-based workflows, movement through the environment can introduce cumulative localisation errors over longer scans. #### Environment-related limitations - Occlusions: furniture, equipment, or structural elements can block the scanner’s view, leading to incomplete capture of certain areas. - Temporary obstructions: people or movable objects present during scanning will appear in the dataset. - Access constraints: areas that cannot be accessed or scanned will be missing from the captured data. #### Capture-time limitations - Indoor mapping reflects the state of the building at the moment of capture. - Incomplete coverage or missed areas will be visible in the resulting dataset. - Changes made after scanning are not included unless the space is rescanned. These limitations do not invalidate indoor mapping results, but they do affect data completeness and quality. Understanding them is essential when interpreting outputs and using indoor mapping data for measurement, analysis, or decision-making. ### 7\. What data is produced for indoor mapping? The primary dataset produced for indoor mapping is a point cloud. A point cloud consists of a large number of spatial points, each representing a precise location in three-dimensional space. This dataset captures interior surfaces such as floors, walls, ceilings and objects, preserving the geometric relationships between them. The point cloud itself is not the final deliverable, but it serves as the foundation for all further processing. From this core dataset, structured outputs such as 2D and 3D floor plans, measurements and spatial representations are generated. Because all outputs originate from the same point cloud, consistency is maintained across different representations and use cases. ### 8\. What does scanning buildings mean? Scanning buildings means digitally capturing the physical geometry of a building or environment so it can be represented, analyzed and reused as data. Instead of working with isolated measurements or manually recorded dimensions, scanning records the entire space as it exists at the time of capture. This approach applies to indoor environments as well as outdoor sites. The result is a complete spatial dataset that reflects real-world geometry rather than interpreted or estimated dimensions. Once captured, all measurements, plans and analyses are derived digitally from the same dataset. By capturing the environment once and reusing the data multiple times, scanning shifts work from the field to digital processing and enables faster, more consistent documentation workflows. ## B. Scanning approaches: static vs mobile scanning ### 9\. What are the main scanning approaches for indoor scanning? Indoor scanning is mainly performed using two acquisition approaches: static scanning and mobile scanning. Each approach is associated with different scanning technologies and acquisition methods. #### Static scanning - Data is captured from fixed positions inside a building. - The scanner remains stationary during each scan. - Commonly associated with terrestrial laser scanning (TLS). - Captures detailed snapshots of the surrounding environment from each position. #### Mobile scanning - Data is captured while moving through the space. - Data is captured **while moving** through the space. - The scanner records geometry continuously along a trajectory. - Commonly associated with **SLAM-based scanning**. - Enables fast coverage of interior environments Both approaches produce point cloud datasets that can be processed for indoor mapping. The choice between static and mobile scanning influences acquisition speed, coverage, processing requirements, and achievable accuracy. Read more in our blog article [Static vs kinematic scanning: which method fits the best?](/blogs/static-vs-kinematic-scanning-which-method-fits-best) ![Total station in building - Surveyor - Point clouds with pointorama](https://www.pointorama.com/content/uploads/2024/11/Opsomer_surveyor_3D_scanning-545x355.png) ### 10\. What is static scanning or terrestrial laser scanning (TLS)? Static scanning is an indoor scanning approach where a 3D scanner captures geometry from fixed positions. During each scan, the scanner remains stationary and records surrounding elements such as walls, floors, ceilings, and structural features. To cover an entire building, the scanner is repositioned to multiple locations. These individual scans are later aligned and combined into a single point cloud that represents the complete interior. Static scanning is commonly known as terrestrial laser scanning (TLS). TLS systems are designed for stable data capture from fixed viewpoints and are widely used when high geometric accuracy is required. #### Key characteristics - Stationary capture from fixed scan positions - High stability and geometric accuracy - Multiple scan setups needed for full coverage #### Typical use - Precise indoor documentation - Projects where accuracy and detail are prioritized over speed ### 11\. What are the advantages and limitations of static scanning? Static scanning offers several advantages that make it suitable for detailed indoor documentation, but it also comes with practical limitations. #### Advantages of static scanning&lt - High accuracy: because the scanner remains stationary during capture, measurements are stable and spatial relationships are recorded consistently. - Reliable geometry: stationary capture reduces movement-related distortions, supporting precise documentation. - High level of detail: static scanning is well suited for capturing complex interior spaces where geometric detail is important. #### Limitations of static scanning - Time-intensive acquisition: covering an entire building requires multiple scan positions. - Manual repositioning: the scanner must be moved and set up repeatedly to achieve full coverage. - Reduced efficiency for large environments: in large or complex buildings, the number of required scan positions increases acquisition time significantly. As a result, static scanning is best suited for situations where precision and detail are prioritized over speed. ![Kinematic Scanner - SLAM scanner - Point Clouds](https://www.pointorama.com/content/uploads/2025/01/Kinematic_Scanner_small-545x355.jpg) ### 12\. What is mobile scanning (SLAM-based)? Mobile scanning is a scanning approach where spatial data is captured while the scanner moves through an indoor environment. Instead of recording data from fixed positions, the scanner continuously captures geometry along a path as it is carried through the building. A common form of mobile scanning used indoors is SLAM-based scanning. During a walkthrough of the building, the scanner records spatial data that is later reconstructed into a point cloud representing the interior space. #### Key characteristics of mobile scanning - Continuous data capture: geometry is recorded while moving through the space, rather than from individual fixed positions. - Walkthrough-based acquisition: indoor environments can be scanned by walking through rooms, corridors and levels. - Trajectory-based reconstruction: the recorded data is reconstructed into a point cloud based on the scanner’s movement through the space. - Fast coverage of interiors: large or complex buildings can be captured more quickly than with static scanning. #### Typical use of mobile scanning - Mobile scanning is particularly suitable for indoor environments where speed and coverage are important. - It allows complete interiors to be captured efficiently, even when layouts are complex or spread over large areas. Because data is captured while moving, mobile scanning relies on processing steps after acquisition to reconstruct a coherent point cloud that represents the scanned environment. Read more in [The power of SLAM scanners for surveying](/blogs/the-power-of-slam-scanners-for-surveying). ### 13\. What are the advantages and limitations of mobile scanning? Mobile scanning offers clear efficiency benefits for indoor environments, but these benefits come with technical and practical limitations that must be considered. #### Advantages of mobile scanning - High acquisition speed: because data is captured while moving, indoor environments can be documented in a relatively short time. - Efficient coverage: large or complex buildings can be scanned in a single walkthrough rather than from multiple fixed positions. - Reduced time on site: continuous capture minimizes the need for repeated setup and repositioning. - Well suited for complex layouts: corridors, connected spaces and multi-room interiors can be captured efficiently. #### Limitations of mobile scanning - Accuracy sensitivity: data quality can be influenced by sensor range, occlusions and movement through complex environments. - Environmental dependencies: reflective or transparent surfaces and obstructed views can affect capture quality. - Cumulative localisation errors: because data is captured along a trajectory, small positioning inaccuracies can accumulate over time. - Reliance on post-processing: processing and optimization steps are required after capture to produce reliable point cloud datasets suitable for indoor mapping. As a result, mobile scanning prioritizes speed and coverage, while data quality and accuracy depend strongly on processing and optimization after acquisition. ### 14\. SLAM vs TLS: what are the key differences? SLAM-based scanning and terrestrial laser scanning (TLS) are two commonly used approaches for indoor scanning. The key difference lies in how spatial data is captured and reconstructed. #### TLS (static scanning) - Data is captured from fixed positions. - The scanner remains stationary during acquisition. - Prioritizes stability and high geometric accuracy. - Requires multiple scan positions to cover a building. - Acquisition becomes more time-intensive as building size increases. #### SLAM-based scanning (mobile scanning) - Data is captured while moving through the environment. - Geometry is recorded continuously along a trajectory. - Prioritizes speed and efficient coverage. - Large or complex interiors can be captured in a single walkthrough. - Accuracy depends on movement, environment and post-processing. #### Key practical differences - Accuracy: TLS generally provides higher absolute accuracy; SLAM provides sufficient accuracy for many documentation tasks but is more sensitive to drift. - Speed: TLS requires more time on site; SLAM enables faster acquisition. - Processing: SLAM workflows rely more strongly on processing and optimization after capture. In practice, TLS is typically chosen when precision is the main priority, while SLAM-based scanning is chosen when speed and coverage are more important. Both approaches produce point cloud datasets that can be processed for indoor mapping. ### 15\. How does the scanning approach impact accuracy? The scanning approach directly influences accuracy. Static scanning benefits from stationary capture, which supports consistent and precise spatial measurements across scan positions. Mobile scanning accuracy depends on movement, sensor capabilities and environmental conditions. Because data is captured along a trajectory, accuracy is influenced by how well the scanner’s position is maintained during the scan and how effectively the resulting data is processed. The documents emphasize that accuracy is not determined by capture alone but also by post-processing and optimization of the point cloud dataset. ![Surveyor with scanner for floor plan](https://www.pointorama.com/content/uploads/2026/01/Surveyor_scanner_indoor_floor_plan-545x355.jpg) ### 16\. When should you choose static or mobile scanning? The choice between static and mobile scanning depends on project priorities such as accuracy, speed, building size and operational constraints. Both approaches are widely used and are often complementary rather than mutually exclusive. #### Choose static scanning when: - High accuracy and geometric detail are the primary requirements. - Precise documentation is needed for detailed analysis or verification. - The environment allows for longer acquisition time. - The building or area can be covered efficiently from a limited number of scan positions. - Accuracy is more important than speed. #### Choose mobile scanning when: - Speed and coverage are the main priorities. - Large, complex or multi-level buildings need to be captured efficiently. - Time on site must be minimized. - The goal is fast documentation rather than maximum absolute precision. - Post-processing and optimization can be used to refine the captured data. In practice, many projects combine both approaches. Mobile scanning is often used to capture large areas quickly, while static scanning is applied selectively in zones where higher precision is required. The optimal choice depends on balancing accuracy, efficiency and project constraints rather than on a single “best” method. ### 17\. Is special hardware required for indoor mapping? Indoor mapping requires 3D scanning hardware capable of capturing spatial geometry as point cloud data. While the hardware does not need to be proprietary to a specific software platform, it must be able to generate usable 3D scan data. Several types of scanners are commonly used for indoor mapping: #### Static laser scanners (TLS) - Stationary scanners placed at fixed positions. - Capture highly accurate and detailed geometry. - Require multiple scan positions to cover an entire building. - Often used when precision is the primary requirement. #### Mobile SLAM-based scanners - Handheld or wearable scanners that capture data while moving. - Enable fast walkthrough-based scanning of interiors. - Well suited for large or complex indoor environments. - Rely on processing and optimization after capture. #### Vehicle- or platform-mounted scanners - Scanners mounted on carts or other mobile platforms. - Used to increase stability and coverage in larger interiors. - Operate on similar principles as mobile scanning systems. #### Smartphones and tablets with LiDAR sensors - Consumer devices equipped with integrated LiDAR. - Can be used for indoor scanning within practical limits. - Suitable for quick documentation and smaller spaces. - Limited in range and accuracy compared to professional scanners. Regardless of the scanner type, the essential requirement for indoor mapping is the ability to produce point cloud data that can be processed into structured indoor mapping outputs such as floor plans or spatial documentation. ## C. Point clouds: what they are and how they’re made [Read more](/blogs/a-practical-guide-to-point-clouds-and-point-cloud-processing) in our practical guide to point clouds & point cloud processing. ### 18\. What is a point cloud? A point cloud is a digital dataset that represents the geometry of a physical environment using a large number of individual points in three-dimensional space. Each point corresponds to a location where a surface was detected during scanning. In the context of indoor mapping and building scanning, point clouds represent interior elements such as floors, walls, ceilings and structural features. Together, these points form a spatial representation of the scanned environment that reflects its real-world geometry. A point cloud is not a drawing or model by itself. It is the raw spatial dataset from which further processing and structured outputs are derived. This makes it the foundational data layer for indoor mapping workflows. ### 19\. Why is a point cloud important? A point cloud is important because it serves as the single source of spatial truth that underpins all further outputs and analyses. Instead of relying on selectively measured dimensions or manually interpreted drawings, a point cloud captures the complete geometry of an environment at the time of scanning. This allows measurements, layouts and plans to be extracted digitally, based on the same underlying dataset. Because all outputs originate from the same point cloud, consistency is maintained across different representations such as 2D floor plans, 3D floor plans or spatial analyses. This reduces rework and ensures that all derived information remains aligned with the scanned reality. ### 20\. How are point clouds created? Point clouds are created by scanning a physical environment with 3D scanning technologies that measure spatial geometry and convert those measurements into digital data. During scanning, the environment is captured using devices that record distances to surfaces. These measurements are collected as raw spatial data and then processed to form a point cloud that represents the geometry of the space. Point clouds can be created using different types of scanning technologies, including: - **Laser-based scanners (LiDAR / laser scanning)** These scanners emit laser signals and measure their return to capture distances to surfaces. They are used in both static (TLS) and mobile (SLAM-based) scanning workflows. - **Mobile SLAM-based scanners** These scanners capture data while moving through an environment. The point cloud is reconstructed based on the scanner’s trajectory through the space. - **Smartphones and tablets with LiDAR sensors** Consumer devices equipped with LiDAR can capture 3D data for smaller indoor environments, within practical accuracy and range limits. Regardless of the scanning device, the result of the capture process is a point cloud dataset that represents the scanned environment. In indoor mapping workflows, this point cloud is the direct output of scanning and serves as the starting point for all subsequent processing steps, including floor plan generation and spatial analysis. Read more about the difference between photogrammetry and LiDAR in our [blog article](/blogs/photogrammetry-vs-lidar-for-aerial-surveying). ### 21\. How accurate is a point cloud? The accuracy of a point cloud is influenced by several factors, including the scanning approach, the conditions during data capture, and the processing applied after scanning. Point clouds generated through stationary scanning benefit from stable acquisition conditions, which support consistent and reliable spatial accuracy. Mobile scanning approaches introduce additional influences, such as movement through the environment, occlusions and cumulative localisation drift, all of which can affect the resulting dataset. Accuracy is therefore not determined by capture alone. Post-processing and optimization play a critical role in ensuring that the point cloud is suitable for reliable measurement and the generation of accurate outputs. Numeric accuracy values depend on the specific scanning setup and workflow and are not universally defined. ### 22\. Which point cloud formats do exist? A wide range of point cloud formats exists, each designed to support different workflows, software ecosystems and data requirements. The choice of format influences compatibility, efficiency, storage size and long-term usability of point cloud data. Below is an overview of commonly used point cloud formats: #### Open and widely adopted formats - **E57** – An open standard that supports 3D point data, images, scans and metadata. It is extensible and commonly used for exchanging rich scan datasets. - **LAS** – A widely used open standard, especially in LiDAR-related applications. - **LAZ** – A compressed version of LAS that preserves all data while significantly reducing file size. #### Mesh and library-oriented formats - **PLY** – A vendor-neutral format commonly used for polygonal data and meshes. - **PCD** – A format supported by the open-source Point Cloud Library (PCL). #### ASCII-based formats - **XYZ** – A simple text-based format containing only point coordinates. - **PTS** – An ASCII format that stores point positions along with intensity and color information. - **PTX** – An extended ASCII format that includes scan and registration information. #### Vendor-specific and proprietary formats - **CL3** – A binary format generated by Topcon scanners. - **POD** – A format supported by Bentley Systems. - **RCP** – A format associated with Autodesk ReCap. - **FLS** – A proprietary format used by Faro scanners and Faro Scene software. Beyond these examples, many additional formats exist, often tied to specific hardware manufacturers or software platforms. The variety of formats reflects the diversity of scanning technologies and use cases across surveying, construction and spatial data analysis. Read more about point cloud formats in [our blog article.](/blogs/file-formats-point-cloud) ![Choose the right format for your Point Cloud - Pointorama](https://www.pointorama.com/content/uploads/2023/10/binary-545x355.jpg) ### 23\. How do I choose the right point cloud format? Choosing the right point cloud format depends on how the data will be used, shared, stored and processed over time. Different formats have a direct impact on efficiency, compatibility, storage requirements and long-term accessibility. #### Key considerations when choosing a point cloud format include: - **Binary vs ASCII** Binary formats are more compact and efficient for large point clouds, making them easier to store, process and visualize. ASCII formats are human-readable but become impractical for large datasets due to file size and performance limitations. - **Compression** Compressed formats significantly reduce file size without losing data. Smaller files lower storage costs, speed up data transfer and improve loading performance in visualization and analysis software. - **Vendor neutrality** Open and widely adopted formats ensure compatibility across different software platforms and hardware systems. This reduces dependency on a single vendor and helps protect data accessibility in the long term. - **Software and hardware ecosystem** In some cases, the choice of format is constrained by the tools already in use. When freedom of choice exists, selecting an open, well-supported format provides the most flexibility. In general, formats that are binary, well-compressed and based on open standards provide the best balance between efficiency, interoperability and future readiness. ### 24\. Why is the E57 file often the best choice? E57 is often chosen because it combines flexibility, openness and broad industry support in a single format. As an open standard, E57 is not controlled by a single vendor and is maintained by a broader community. This reduces the risk of vendor lock-in and ensures long-term usability across different software platforms. E57 supports not only 3D point data but also additional information such as images, scan data and metadata. This makes it suitable for workflows where richer scan context is required, rather than just point coordinates. Compared to simple ASCII formats, E57 is more efficient for large datasets. Compared to many proprietary formats, it offers better interoperability. For these reasons, E57 is often a reliable default choice when exchanging or archiving point cloud data. That said, other open formats such as LAS and LAZ are also strong options. LAZ stands out when compact file size is a priority, while E57 is particularly useful when extended scan information is needed. ### 25\. Is special software required for indoor mapping? Yes, software is required to process point cloud data and transform raw scans into usable indoor mapping outputs. Scanning hardware captures spatial geometry, but this data is initially unstructured. Dedicated software is needed to interpret the point cloud, align and process the data, extract geometry, and generate structured outputs such as 2D and 3D floor plans. #### Why software is essential in indoor mapping - **Data processing:** software converts raw scan data into a coherent point cloud suitable for analysis. - **Geometry extraction:** walls, floors, levels and spatial relationships are derived digitally from the point cloud. - **Output generation:** structured deliverables such as floor plans and spatial documentation are created through software-based workflows. - **Efficiency:** automated processing reduces manual work, minimizes rework and shortens turnaround time. - **Workflow centralization**: modern indoor mapping workflows aim to consolidate processing, analysis and export in a single environment rather than relying on multiple disconnected tools. Without dedicated software, point clouds remain raw datasets that are difficult to interpret or reuse. Indoor mapping therefore depends on software to unlock the value of scanned data and turn it into reliable, actionable outputs. ## D. Point cloud processing ### 26\. What is point cloud processing? Point cloud processing is the set of digital steps applied to scan data after capture to transform it into a clean, coherent and usable point cloud dataset. Raw point clouds can contain fragmented scans, inconsistencies and unwanted data that make them harder to use directly for measurement, analysis or output generation. Processing addresses this by bringing scan data into a consistent dataset, improving data quality and preparing the point cloud for downstream use. Depending on the goal, point cloud processing can support tasks such as generating floor plans for indoor mapping, preparing datasets for terrain monitoring, enabling reliable measurements, and making data ready for sharing or export ### 27\. What is point cloud registration? Point cloud registration is the process of aligning multiple scans into a single, coherent point cloud dataset. When a building or site is scanned from different positions, each scan captures only part of the environment. Registration ensures that these separate scans share the same spatial reference, allowing them to be combined into one unified representation of the scanned space. In the provided materials, registration is described as the step that converts captured scan data into a detailed point cloud that can be processed further. Read more in our blog article [‘Point cloud reigstration: what it is and why it matters’](/blogs/point-cloud-registration-what-it-is-and-why-it-matters). ![Vectorization tool Pointorama_](https://www.pointorama.com/content/uploads/2024/11/Vectorization_tool_Pointorama_-545x355.jpg) ### 28\. Why does point cloud registration matter? Point cloud registration matters because it determines whether scanned data can be used reliably. Without registration, individual scans remain isolated fragments that cannot be measured or analyzed consistently. Registration ensures that spatial relationships - such as distances and relative positions - are preserved across the entire dataset. The documents position registration as a prerequisite for all downstream workflows, including processing, optimization, indoor mapping and terrain analysis. ### 29\. Why is point cloud registration important for surveyors? Point cloud registration is important for surveyors because it ensures that scanned data forms a single, spatially consistent dataset that can be used for reliable measurement, analysis and documentation. Surveying workflows depend on correct spatial relationships between all measured elements. When scans are captured from multiple positions, registration aligns these scans into a common reference so that distances, angles and relative positions are preserved across the entire dataset. Without proper registration, measurements taken from different parts of the scan would not be comparable or trustworthy. For surveyors, registration is therefore a foundational step that enables: - consistent spatial measurements across a site or building, - reliable extraction of geometry, - accurate documentation based on scanned data. While specific surveying standards or tolerances depend on project context and tools, registration is universally required to turn raw scan data into a dataset that can support professional surveying tasks. ### 30\. What is trajectory processing in SLAM scanning? Trajectory processing in SLAM-based scanning refers to the digital processing of scan data that is captured while the scanner moves through an environment. Unlike static scanning, mobile and SLAM-based scanning collect data continuously along a path. As the scanner moves, its position and orientation change over time, and these changes directly influence how individual measurements are placed in space. Trajectory processing reconstructs this movement so that all captured data can be positioned correctly relative to each other. The purpose of trajectory processing is to translate movement-based capture into a coherent spatial dataset. By interpreting how the scanner moved through the environment, the processing step aligns the recorded geometry into a consistent point cloud that represents the scanned space as a whole. Because mobile scanning depends on movement, trajectory processing plays a central role in determining the overall quality, consistency and usability of SLAM-based point clouds. ### 31\. Why is drift correction important in SLAM-based scanning? Drift correction is important because movement-based scanning does not only need to reconstruct a trajectory, but also limit the errors that inevitably arise during that movement. As a scanner moves through an environment, small inaccuracies in position and orientation estimates can gradually accumulate. Over longer trajectories, these accumulated errors can cause visible misalignment in the point cloud, such as walls that no longer meet correctly or spaces that appear slightly distorted. Drift correction focuses specifically on reducing these accumulated errors so that the reconstructed geometry remains consistent across the entire scanned area. This step improves the global coherence of the point cloud and helps ensure that measurements and derived outputs remain reliable, especially in larger or more complex indoor environments. ### 32\. What is noise and outlier removal in point clouds? Noise and outlier removal is the process of cleaning point cloud data by identifying and removing points that do not represent meaningful geometry. During scanning, unwanted data can be introduced by environmental conditions, reflective surfaces or measurement artifacts. These points do not correspond to real surfaces and can interfere with interpretation and analysis if left unprocessed. Removing noise and outliers improves the overall clarity and reliability of the point cloud. A cleaner dataset is easier to process, measure, analyze and share, and provides a more dependable foundation for generating further outputs. ### 33\. Why is noise and outlier removal important? Noise and outlier removal is important because unprocessed point clouds can contain data that interferes with accurate measurement, analysis and visualization. Unwanted points can obscure real geometry, introduce inconsistencies or lead to incorrect interpretations of the scanned environment. By removing noise and outliers, the point cloud becomes clearer and more reliable. This cleaning step ensures that derived outputs - such as measurements, analyses or visual representations - are based on meaningful geometry rather than artifacts introduced during scanning. As a result, the processed dataset is better suited for further use, sharing and decision-making. ### 34\. What is point cloud classification and why is point cloud classification useful? Point cloud classification is the process of grouping points within a point cloud based on shared characteristics so that different parts of the scanned environment can be identified and handled separately. Instead of treating a point cloud as one undifferentiated mass of points, classification assigns points to logical groups. These groups typically represent different types of surfaces or elements within the scanned environment, such as structural components or distinct spatial features. #### What point cloud classification does - Organizes large point cloud datasets into meaningful subsets. - Separates different types of geometry within the same scan. - Makes complex datasets easier to interpret and work with. #### Why point cloud classification is useful - Improved usability: classified point clouds are easier to navigate and understand. - Faster selection and interaction: grouped points allow users to select, isolate, or focus on specific parts of the environment more efficiently. - Clearer analysis: working with structured subsets reduces visual clutter and supports more precise analysis. - More efficient workflows: classification reduces manual effort when preparing data for further processing or output generation. By structuring point cloud data into logical groups, classification transforms raw scan data into a dataset that is easier to manage, analyze and reuse. This makes it a valuable step in workflows that involve large or complex point clouds, where efficiency and clarity are important. ![Surveyor analyzes Point Clouds in the office - Pointorama Point Cloud Platform](https://www.pointorama.com/content/uploads/2024/04/Landmeter-laptop-kantoor-pointorama-545x355.jpg) ### 35\. Which applications use processed point clouds? Processed point clouds are used as a foundational dataset across multiple professional application areas. Once scanning data has been processed and optimized, it can support a wide range of spatial workflows. #### Indoor mapping - Generation of accurate 2D and 3D floor plans. - Creation of structured spatial documentation of interior environments. - Extraction of measurements and layouts from scanned geometry. #### Terrain monitoring - Analysis of landscapes and terrain surfaces. - Monitoring changes over time, such as volume or surface differences. - Preparation of datasets for reporting, sharing and export to other platforms. #### Surveying - Reliable spatial measurement across buildings or sites. - Extraction of geometry for analysis and documentation. - Use of scanned data as a consistent reference for surveying workflows. Across all these applications, processed point clouds provide a consistent and reusable spatial reference that supports accurate analysis, documentation and decision-making. ## E. Applications of indoor mapping ### 36\. What is indoor mapping used for? Indoor mapping is used to create structured and measurable digital representations of interior spaces based on scanned data. Rather than documenting spaces through selective measurements or manual drawings, indoor mapping captures the full geometry of a building and converts it into reusable digital outputs. These outputs form the basis for multiple downstream applications, such as floor plan generation, spatial documentation and analysis. Because all applications rely on the same underlying scanned dataset, indoor mapping provides a consistent reference for different use cases across the lifecycle of a building. ### 37\. How can indoor mapping capture the real geometry of existing buildings? Indoor mapping captures the real geometry of existing buildings by recording interior spaces as scanned data instead of relying on existing drawings or assumptions. By scanning the building as it exists, indoor mapping documents actual dimensions, spatial relationships and layout conditions, including deviations from original plans. This approach is particularly valuable when existing drawings are missing, outdated or no longer reflect the current state of the building. The resulting point cloud serves as a direct representation of the scanned environment, from which geometry is extracted digitally. ### 38\. How can indoor mapping generate accurate floor plans and sections? Indoor mapping generates accurate floor plans by extracting building geometry directly from point cloud data captured during scanning. Instead of relying on manual measurements or interpreted drawings, spatial information is derived from the scanned representation of the building as it exists. From the point cloud, structured geometry such as walls, floors, rooms and levels can be identified and converted into vectorized outputs. These outputs form the basis for both 2D and 3D floor plans, ensuring that layouts reflect real dimensions and spatial relationships rather than assumptions. #### Key characteristics of scan-based floor plan generation - Direct geometry extraction: floor plans are derived from measured data, not manually drafted. - Consistency with reality: room dimensions, wall positions and level changes match the scanned environment. - Support for complex layouts: floor plans can represent flat, sloped and multi-level interiors. - Repeatable outputs: because all plans originate from the same dataset, consistency is maintained across different representations. In more advanced workflows, the same scan-based geometry can also support the creation of sections and elevations, as these are simply different views or slices through the same spatial dataset. Whether producing plans, sections or 3D representations, indoor mapping ensures that all outputs are grounded in the same scanned geometry. ### 39\. How does indoor mapping support renovation and retrofit projects? Indoor mapping supports renovation and retrofit projects by providing reliable base data that reflects the existing condition of a building. Because geometry is captured from scans rather than drawings, indoor mapping delivers a dependable reference for planning and design. This reduces uncertainty caused by incomplete or inaccurate documentation and allows design and construction decisions to be based on measured spatial data. The documents position indoor mapping as a way to reduce rework and shorten project timelines by starting from accurate, up-to-date building geometry. ### 40\. How is indoor mapping used for real estate and property documentation? Indoor mapping is used in real estate and property documentation to capture interior spaces efficiently and generate structured outputs such as floor plans. Scanning-based workflows enable fast measurement and documentation of properties, supporting tasks such as space calculation, valuation and due diligence. By deriving documentation from scanned geometry, indoor mapping helps ensure consistency between different representations of the same property. The materials do not provide a step-by-step real estate–specific workflow but describe outputs that are directly applicable to property documentation. ### 41\. How can indoor mapping support facility management? Indoor mapping supports facility management by providing a digital spatial reference of a building that can be used to manage spaces, assets, and maintenance activities more efficiently. Facility management relies on accurate knowledge of how a building is laid out and how spaces relate to each other. Indoor mapping captures this information directly from the existing building and makes it available as a reusable digital dataset. #### Key ways indoor mapping supports facility management - **Accurate spatial documentation** Indoor mapping delivers up-to-date floor plans and spatial layouts that reflect the actual condition of the building. This helps facility managers understand spaces, circulation and relationships between rooms and zones. - **Asset and maintenance planning** Spatial data provides context for locating assets such as equipment, installations and infrastructure. This supports planning of maintenance activities and improves communication between teams working in different areas of the building. - **Space management and optimization** Indoor mapping enables reliable space measurements and layout analysis, which can support decisions around space allocation, usage and reconfiguration over time. - **Reduced reliance on outdated drawings** Many facility management workflows depend on drawings that are incomplete or no longer accurate. Indoor mapping replaces these with scan-based documentation that reflects the building as it exists. - **Reusable digital reference** Once captured, the indoor mapping dataset can be reused for multiple facility management tasks without requiring repeated site surveys, reducing operational effort over the building’s lifecycle. In facility management, indoor mapping functions as a continuously valuable reference that supports informed decision-making, coordination and long-term building operations. ### 42\. How is indoor mapping used in scan-to-BIM workflows? In scan-to-BIM workflows, indoor mapping is used as the bridge between raw scan data and structured BIM models. The process typically starts with scanning an existing building to capture its interior geometry as a point cloud. Indoor mapping organizes and structures this scan data so it can be interpreted reliably before BIM modeling begins. #### Role of indoor mapping in scan-to-BIM - **Capturing existing conditions** Indoor mapping documents the real, as-built geometry of a building, including walls, floors, levels and spatial relationships. This is essential when original BIM models or drawings are missing, outdated or inaccurate. - **Providing a spatial reference for modeling** The point cloud generated through indoor mapping serves as a reference dataset in BIM authoring tools. Modelers use this dataset to trace, interpret and validate building elements during BIM creation. - **Reducing assumptions in BIM modeling** Instead of relying on estimated dimensions or incomplete documentation, indoor mapping ensures that BIM models are based on measured geometry captured from the actual building. - **Supporting consistency and coordination** Because all modeling work references the same scanned dataset, spatial consistency is maintained across disciplines. This helps reduce clashes and misalignments in the resulting BIM model. - **Improving efficiency in renovation and retrofit projects** Scan-to-BIM workflows are commonly used for renovation, retrofit and refurbishment projects. Indoor mapping accelerates these workflows by providing reliable base data that shortens the modeling phase and reduces rework. In summary, indoor mapping enables scan-to-BIM workflows by transforming raw scan data into a usable spatial reference that supports accurate, efficient and reliable BIM modeling of existing buildings. ### 43\. Why is indoor mapping efficient for large and complex buildings, eg. schools offices or retail? Indoor mapping is particularly efficient for large and complex buildings because it captures the entire interior geometry as a single digital dataset that can be reused across multiple workflows. #### Complete spatial capture - Large buildings often contain many rooms, levels and interconnected spaces. - Indoor mapping records the full geometry in one scan-based dataset, instead of relying on fragmented measurements or partial drawings. - This creates a consistent spatial reference for the entire building. #### Reduced time on site - Scanning minimizes the need for repeated site visits. - Manual measurements become impractical as building size and complexity increase. - Once captured, the digital dataset can be reused without returning to the site. #### Efficient handling of complexity - Complex layouts such as schools, offices, hospitals and retail environments include corridors, shared spaces and multiple functional zones. - Indoor mapping handles this complexity digitally, making it easier to understand spatial relationships and layouts. #### Scalability across building types - In offices, indoor mapping supports space planning and documentation. - In schools and campuses, it helps manage large, repetitive layouts. - In retail environments, it enables fast documentation of stores, units and floor areas. - In industrial or mixed-use buildings, it supports consistent documentation across large interiors. #### Digital processing and centralized access - Large datasets can be processed, shared and accessed digitally. - Centralized data reduces duplication of work and supports collaboration across teams. - Updates and outputs can be generated without restarting the documentation process. As building size and complexity increase, the efficiency gains of indoor mapping become more significant, making it a scalable approach for documenting and managing large interior environments. ![Scanner - floorplan](https://www.pointorama.com/content/uploads/2025/08/Scanner_map-545x355.jpg) ## Further learning: going deeper into indoor mapping This guide provides a complete foundation for understanding indoor mapping - from scanning approaches and point clouds to processing and practical applications. But indoor mapping is a broad domain, and different projects often require deeper insight into specific topics. If you want to explore indoor mapping further, the following areas are natural next steps: - **Scanning technologies** Understanding the differences between TLS, SLAM-based mobile scanning and hybrid approaches. - **Point cloud workflows** Going deeper into registration, trajectory processing, classification and optimization. - **Application-specific workflows** How indoor mapping is applied in surveying, real estate documentation, facility management and scan-to-BIM projects. - **Large-scale and complex buildings** Best practices for capturing and processing interiors such as offices, schools, hospitals and retail environments. Each of these topics builds on the fundamentals explained in this guide and helps translate indoor mapping knowledge into confident, project-ready decisions. [ ![Download your white paper Indoor Mapping for free](https://www.pointorama.com/content/uploads/2026/05/Whitepaper_Indoormapping_klein-545x355.jpg) ](/download-your-white-paper) ## Over to you Indoor mapping shifts building documentation from manual interpretation to measured reality. By understanding how scans, point clouds and processing fit together, you can reduce uncertainty, avoid rework and make better use of spatial data across your projects. This guide is designed to be a reference you can return to, whether you’re starting with indoor scanning or refining existing workflows. If you’d like a structured overview, you can also download our free white paper on indoor mapping. [Donwload your free white paper](/download-your-white-paper)

URL: https://pointorama.com/the-complete-guide-to-indoor-mapping

### Cookie Policy

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### Privacy Policy

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These third-party vendors collect, store, use, process and transfer information about Your activity on Our Service in accordance with their Privacy Policies and to enable Us to: - Measure and analyze traffic and browsing activity on Our Service - Show advertisements for our products and/or services to You on third-party websites or apps - Measure and analyze the performance of Our advertising campaigns Some of these third-party vendors may use non-cookie technologies that may not be impacted by browser settings that block cookies. Your browser may not permit You to block such technologies. You can use the following third-party tools to decline the collection and use of information for the purpose of serving You interest-based advertising: - The NAI’s opt-out platform: [http://www.networkadvertising.org/choices/](http://www.networkadvertising.org/choices/) - The EDAA’s opt-out platform [http://www.youronlinechoices.com/](http://www.youronlinechoices.com/) - The DAA’s opt-out platform: [http://optout.aboutads.info/?c=2&lang=EN](http://optout.aboutads.info/?c=2&lang=EN) You may opt-out of all personalized advertising by enabling privacy features on Your mobile device such as Limit Ad Tracking (iOS) and Opt Out of Ads Personalization (Android). See Your mobile device Help system for more information. We may share information, such as hashed email addresses (if available) or other online identifiers collected on Our Service with these third-party vendors. This allows Our third-party vendors to recognize and deliver You ads across devices and browsers. To read more about the technologies used by these third-party vendors and their cross-device capabilities please refer to the Privacy Policy of each vendor listed below. The third-party vendors We use are: - **Google Ads (AdWords)**Google Ads (AdWords) remarketing service is provided by Google Inc.You can opt-out of Google Analytics for Display Advertising and customize the Google Display Network ads by visiting the Google Ads Settings page: [http://www.google.com/settings/ads](http://www.google.com/settings/ads)Google also recommends installing the Google Analytics Opt-out Browser Add-on – [https://tools.google.com/dlpage/gaoptout](https://tools.google.com/dlpage/gaoptout) – for your web browser. Google Analytics Opt-out Browser Add-on provides visitors with the ability to prevent their data from being collected and used by Google Analytics.For more information on the privacy practices of Google, please visit the Google Privacy & Terms web page: [https://policies.google.com/privacy](https://policies.google.com/privacy) - **LinkedIn**Their Privacy Policy can be viewed at [https://www.linkedin.com/legal/privacy-policy](https://www.linkedin.com/legal/privacy-policy) ## GDPR Privacy ### Legal Basis for Processing Personal Data under GDPR We may process Personal Data under the following conditions: - **Consent:** You have given Your consent for processing Personal Data for one or more specific purposes. - **Performance of a contract:** Provision of Personal Data is necessary for the performance of an agreement with You and/or for any pre-contractual obligations thereof. - **Legal obligations:** Processing Personal Data is necessary for compliance with a legal obligation to which the Company is subject. - **Vital interests:** Processing Personal Data is necessary in order to protect Your vital interests or of another natural person. - **Public interests:** Processing Personal Data is related to a task that is carried out in the public interest or in the exercise of official authority vested in the Company. - **Legitimate interests:** Processing Personal Data is necessary for the purposes of the legitimate interests pursued by the Company. In any case, the Company will gladly help to clarify the specific legal basis that applies to the processing, and in particular whether the provision of Personal Data is a statutory or contractual requirement, or a requirement necessary to enter into a contract. ### Your Rights under the GDPR The Company undertakes to respect the confidentiality of Your Personal Data and to guarantee You can exercise Your rights. You have the right under this Privacy Policy, and by law if You are within the EU, to: - **Request access to Your Personal Data.** The right to access, update or delete the information We have on You. Whenever made possible, you can access, update or request deletion of Your Personal Data directly within Your account settings section. If you are unable to perform these actions yourself, please contact Us to assist You. This also enables You to receive a copy of the Personal Data We hold about You. - **Request correction of the Personal Data that We hold about You.** You have the right to have any incomplete or inaccurate information We hold about You corrected. - **Object to processing of Your Personal Data.** This right exists where We are relying on a legitimate interest as the legal basis for Our processing and there is something about Your particular situation, which makes You want to object to our processing of Your Personal Data on this ground. You also have the right to object where We are processing Your Personal Data for direct marketing purposes. - **Request erasure of Your Personal Data.** You have the right to ask Us to delete or remove Personal Data when there is no good reason for Us to continue processing it. - **Request the transfer of Your Personal Data.** We will provide to You, or to a third-party You have chosen, Your Personal Data in a structured, commonly used, machine-readable format. Please note that this right only applies to automated information which You initially provided consent for Us to use or where We used the information to perform a contract with You. - **Withdraw Your consent.** You have the right to withdraw Your consent on using your Personal Data. If You withdraw Your consent, We may not be able to provide You with access to certain specific functionalities of the Service. ### Exercising of Your GDPR Data Protection Rights You may exercise Your rights of access, rectification, cancellation and opposition by contacting Us. Please note that we may ask You to verify Your identity before responding to such requests. If You make a request, We will try our best to respond to You as soon as possible. You have the right to complain to a Data Protection Authority about Our collection and use of Your Personal Data. For more information, if You are in the European Economic Area (EEA), please contact Your local data protection authority in the EEA. ## Children’s Privacy Our Service does not address anyone under the age of 13. We do not knowingly collect personally identifiable information from anyone under the age of 13. If You are a parent or guardian and You are aware that Your child has provided Us with Personal Data, please contact Us. If We become aware that We have collected Personal Data from anyone under the age of 13 without verification of parental consent, We take steps to remove that information from Our servers. If We need to rely on consent as a legal basis for processing Your information and Your country requires consent from a parent, We may require Your parent’s consent before We collect and use that information. ## Links to Other Websites Our Service may contain links to other websites that are not operated by Us. If You click on a third party link, You will be directed to that third party’s site. We strongly advise You to review the Privacy Policy of every site You visit. We have no control over and assume no responsibility for the content, privacy policies or practices of any third party sites or services. ## Changes to this Privacy Policy We may update Our Privacy Policy from time to time. We will notify You of any changes by posting the new Privacy Policy on this page. We will let You know via email and/or a prominent notice on Our Service, prior to the change becoming effective and update the “Last updated” date at the top of this Privacy Policy. You are advised to review this Privacy Policy periodically for any changes. Changes to this Privacy Policy are effective when they are posted on this page. ## Contact Us If you have any questions about this Privacy Policy, You can contact us: - By email: info@pointorama.com

URL: https://pointorama.com/privacy

### Terms and Conditions

## Terms and Conditions Last updated: September 15, 2023 Please read these terms and conditions carefully before using Our Service. ## Interpretation and Definitions ### Interpretation The words of which the initial letter is capitalized have meanings defined under the following conditions. The following definitions shall have the same meaning regardless of whether they appear in singular or in plural. ### Definitions For the purposes of these Terms and Conditions: - **Affiliate** means an entity that controls, is controlled by or is under common control with a party, where “control” means ownership of 50% or more of the shares, equity interest or other securities entitled to vote for election of directors or other managing authority. - **Account** means a unique account created for You to access our Service or parts of our Service. - **Country** refers to: Belgium - **Company** (referred to as either “the Company”, “We”, “Us” or “Our” in this Agreement) refers to Pythagoras BV, Rubensstraat 104/3, 2300 Turnhout. - **Content** refers to content such as text, images, or other information that can be posted, uploaded, linked to or otherwise made available by You, regardless of the form of that content. - **Device** means any device that can access the Service such as a computer, a cellphone or a digital tablet. - **Feedback** means feedback, innovations or suggestions sent by You regarding the attributes, performance or features of our Service. - **Free Trial** refers to a limited period of time that may be free when purchasing a Subscription. - **Promotions** refer to contests, sweepstakes or other promotions offered through the Service. - **Service** refers to the Website. - **Subscriptions** refer to the services or access to the Service offered on a subscription basis by the Company to You. - **Terms and Conditions** (also referred as “Terms”) mean these Terms and Conditions that form the entire agreement between You and the Company regarding the use of the Service. - **Third-party Social Media Service** means any services or content (including data, information, products or services) provided by a third-party that may be displayed, included or made available by the Service. - **Website** refers to Pointorama, accessible from \[/ and https://app.pointorama.com\](/ and https://app.pointorama.com) - **You** means the individual accessing or using the Service, or the company, or other legal entity on behalf of which such individual is accessing or using the Service, as applicable. ## Acknowledgment These are the Terms and Conditions governing the use of this Service and the agreement that operates between You and the Company. These Terms and Conditions set out the rights and obligations of all users regarding the use of the Service. Your access to and use of the Service is conditioned on Your acceptance of and compliance with these Terms and Conditions. These Terms and Conditions apply to all visitors, users and others who access or use the Service. By accessing or using the Service You agree to be bound by these Terms and Conditions. If You disagree with any part of these Terms and Conditions then You may not access the Service. You represent that you are over the age of 18. The Company does not permit those under 18 to use the Service. Your access to and use of the Service is also conditioned on Your acceptance of and compliance with the Privacy Policy of the Company. Our Privacy Policy describes Our policies and procedures on the collection, use and disclosure of Your personal information when You use the Application or the Website and tells You about Your privacy rights and how the law protects You. Please read Our Privacy Policy carefully before using Our Service. ## Subscriptions ### Subscription period The Service or some parts of the Service are available only with a paid Subscription. You will be billed in advance on a recurring and periodic basis (such as daily, weekly, monthly or annually), depending on the type of Subscription plan you select when purchasing the Subscription. At the end of each period, Your Subscription will automatically renew under the exact same conditions unless You cancel it or the Company cancels it. ### Subscription cancellations You may cancel Your Subscription renewal either through Your Account settings page or by contacting the Company. You will not receive a refund for the fees You already paid for Your current Subscription period and You will be able to access the Service until the end of Your current Subscription period. ### Billing You shall provide the Company with accurate and complete billing information including full name, address, state, zip code, telephone number, and a valid payment method information. Should automatic billing fail to occur for any reason, the Company will issue an electronic invoice indicating that you must proceed manually, within a certain deadline date, with the full payment corresponding to the billing period as indicated on the invoice. ### Fee Changes The Company, in its sole discretion and at any time, may modify the Subscription fees. Any Subscription fee change will become effective at the end of the then-current Subscription period. The Company will provide You with reasonable prior notice of any change in Subscription fees to give You an opportunity to terminate Your Subscription before such change becomes effective. Your continued use of the Service after the Subscription fee change comes into effect constitutes Your agreement to pay the modified Subscription fee amount. ### Refunds Except when required by law, paid Subscription fees are non-refundable. Certain refund requests for Subscriptions may be considered by the Company on a case-by-case basis and granted at the sole discretion of the Company. ### Free Trial The Company may, at its sole discretion, offer a Subscription with a Free Trial for a limited period of time. You may be required to enter Your billing information in order to sign up for the Free Trial. If You do enter Your billing information when signing up for a Free Trial, You will not be charged by the Company until the Free Trial has expired. On the last day of the Free Trial period, unless You canceled Your Subscription, You will be automatically charged the applicable Subscription fees for the type of Subscription You have selected. At any time and without notice, the Company reserves the right to (i) modify the terms and conditions of the Free Trial offer, or (ii) cancel such Free Trial offer. ## Promotions Any Promotions made available through the Service may be governed by rules that are separate from these Terms. If You participate in any Promotions, please review the applicable rules as well as our Privacy policy. If the rules for a Promotion conflict with these Terms, the Promotion rules will apply. ## User Accounts When You create an account with Us, You must provide Us information that is accurate, complete, and current at all times. Failure to do so constitutes a breach of the Terms, which may result in immediate termination of Your account on Our Service. You are responsible for safeguarding the password that You use to access the Service and for any activities or actions under Your password, whether Your password is with Our Service or a Third-Party Social Media Service. You agree not to disclose Your password to any third party. You must notify Us immediately upon becoming aware of any breach of security or unauthorized use of Your account. You may not use as a username the name of another person or entity or that is not lawfully available for use, a name or trademark that is subject to any rights of another person or entity other than You without appropriate authorization, or a name that is otherwise offensive, vulgar or obscene. ## Content ### Your Right to Post Content Our Service allows You to post Content. You are responsible for the Content that You post to the Service, including its legality, reliability, and appropriateness. By posting Content to the Service, You grant Us the right and license to use, modify, publicly perform, publicly display, reproduce, and distribute such Content on and through the Service. You retain any and all of Your rights to any Content You submit, post or display on or through the Service and You are responsible for protecting those rights. You agree that this license includes the right for Us to make Your Content available to other users of the Service, who may also use Your Content subject to these Terms. You represent and warrant that: (i) the Content is Yours (You own it) or You have the right to use it and grant Us the rights and license as provided in these Terms, and (ii) the posting of Your Content on or through the Service does not violate the privacy rights, publicity rights, copyrights, contract rights or any other rights of any person. ### Content Restrictions The Company is not responsible for the content of the Service’s users. You expressly understand and agree that You are solely responsible for the Content and for all activity that occurs under your account, whether done so by You or any third person using Your account. You may not transmit any Content that is unlawful, offensive, upsetting, intended to disgust, threatening, libelous, defamatory, obscene or otherwise objectionable. Examples of such objectionable Content include, but are not limited to, the following: - Unlawful or promoting unlawful activity. - Defamatory, discriminatory, or mean-spirited content, including references or commentary about religion, race, sexual orientation, gender, national/ethnic origin, or other targeted groups. - Spam, machine – or randomly – generated, constituting unauthorized or unsolicited advertising, chain letters, any other form of unauthorized solicitation, or any form of lottery or gambling. - Containing or installing any viruses, worms, malware, trojan horses, or other content that is designed or intended to disrupt, damage, or limit the functioning of any software, hardware or telecommunications equipment or to damage or obtain unauthorized access to any data or other information of a third person. - Infringing on any proprietary rights of any party, including patent, trademark, trade secret, copyright, right of publicity or other rights. - Impersonating any person or entity including the Company and its employees or representatives. - Violating the privacy of any third person. - False information and features. The Company reserves the right, but not the obligation, to, in its sole discretion, determine whether or not any Content is appropriate and complies with these Terms, refuse or remove this Content. The Company further reserves the right to make formatting and edits and change the manner of any Content. The Company can also limit or revoke the use of the Service if You post such objectionable Content. As the Company cannot control all content posted by users and/or third parties on the Service, you agree to use the Service at your own risk. You understand that by using the Service You may be exposed to content that You may find offensive, indecent, incorrect or objectionable, and You agree that under no circumstances will the Company be liable in any way for any content, including any errors or omissions in any content, or any loss or damage of any kind incurred as a result of your use of any content. ### Content Backups Although regular backups of Content are performed, the Company does not guarantee there will be no loss or corruption of data. Corrupt or invalid backup points may be caused by, without limitation, Content that is corrupted prior to being backed up or that changes during the time a backup is performed. The Company will provide support and attempt to troubleshoot any known or discovered issues that may affect the backups of Content. But You acknowledge that the Company has no liability related to the integrity of Content or the failure to successfully restore Content to a usable state. You agree to maintain a complete and accurate copy of any Content in a location independent of the Service. ## Copyright Policy ### Intellectual Property Infringement We respect the intellectual property rights of others. It is Our policy to respond to any claim that Content posted on the Service infringes a copyright or other intellectual property infringement of any person. If You are a copyright owner, or authorized on behalf of one, and You believe that the copyrighted work has been copied in a way that constitutes copyright infringement that is taking place through the Service, You must submit Your notice in writing to the attention of our copyright agent via email at info@pointorama.com and include in Your notice a detailed description of the alleged infringement. You may be held accountable for damages (including costs and attorneys’ fees) for misrepresenting that any Content is infringing Your copyright. ### DMCA Notice and DMCA Procedure for Copyright Infringement Claims You may submit a notification pursuant to the Digital Millennium Copyright Act (DMCA) by providing our Copyright Agent with the following information in writing (see 17 U.S.C 512(c)(3) for further detail): - An electronic or physical signature of the person authorized to act on behalf of the owner of the copyright’s interest. - A description of the copyrighted work that You claim has been infringed, including the URL (i.e., web page address) of the location where the copyrighted work exists or a copy of the copyrighted work. - Identification of the URL or other specific location on the Service where the material that You claim is infringing is located. - Your address, telephone number, and email address. - A statement by You that You have a good faith belief that the disputed use is not authorized by the copyright owner, its agent, or the law. - A statement by You, made under penalty of perjury, that the above information in Your notice is accurate and that You are the copyright owner or authorized to act on the copyright owner’s behalf. You can contact our copyright agent via email at info@pointorama.com. Upon receipt of a notification, the Company will take whatever action, in its sole discretion, it deems appropriate, including removal of the challenged content from the Service. ## Intellectual Property The Service and its original content (excluding Content provided by You or other users), features and functionality are and will remain the exclusive property of the Company and its licensors. The Service is protected by copyright, trademark, and other laws of both the Country and foreign countries. Our trademarks and trade dress may not be used in connection with any product or service without the prior written consent of the Company. ## Your Feedback to Us You assign all rights, title and interest in any Feedback You provide the Company. If for any reason such assignment is ineffective, You agree to grant the Company a non-exclusive, perpetual, irrevocable, royalty free, worldwide right and license to use, reproduce, disclose, sub-license, distribute, modify and exploit such Feedback without restriction. ## Links to Other Websites Our Service may contain links to third-party web sites or services that are not owned or controlled by the Company. The Company has no control over, and assumes no responsibility for, the content, privacy policies, or practices of any third party web sites or services. You further acknowledge and agree that the Company shall not be responsible or liable, directly or indirectly, for any damage or loss caused or alleged to be caused by or in connection with the use of or reliance on any such content, goods or services available on or through any such web sites or services. We strongly advise You to read the terms and conditions and privacy policies of any third-party web sites or services that You visit. ## Termination We may terminate or suspend Your Account immediately, without prior notice or liability, for any reason whatsoever, including without limitation if You breach these Terms and Conditions. Upon termination, Your right to use the Service will cease immediately. If You wish to terminate Your Account, You may simply discontinue using the Service. ## Limitation of Liability Notwithstanding any damages that You might incur, the entire liability of the Company and any of its suppliers under any provision of this Terms and Your exclusive remedy for all of the foregoing shall be limited to the amount actually paid by You through the Service or 100 USD if You haven’t purchased anything through the Service. To the maximum extent permitted by applicable law, in no event shall the Company or its suppliers be liable for any special, incidental, indirect, or consequential damages whatsoever (including, but not limited to, damages for loss of profits, loss of data or other information, for business interruption, for personal injury, loss of privacy arising out of or in any way related to the use of or inability to use the Service, third-party software and/or third-party hardware used with the Service, or otherwise in connection with any provision of this Terms), even if the Company or any supplier has been advised of the possibility of such damages and even if the remedy fails of its essential purpose. Some states do not allow the exclusion of implied warranties or limitation of liability for incidental or consequential damages, which means that some of the above limitations may not apply. In these states, each party’s liability will be limited to the greatest extent permitted by law. ## “AS IS” and “AS AVAILABLE” Disclaimer The Service is provided to You “AS IS” and “AS AVAILABLE” and with all faults and defects without warranty of any kind. To the maximum extent permitted under applicable law, the Company, on its own behalf and on behalf of its Affiliates and its and their respective licensors and service providers, expressly disclaims all warranties, whether express, implied, statutory or otherwise, with respect to the Service, including all implied warranties of merchantability, fitness for a particular purpose, title and non-infringement, and warranties that may arise out of course of dealing, course of performance, usage or trade practice. Without limitation to the foregoing, the Company provides no warranty or undertaking, and makes no representation of any kind that the Service will meet Your requirements, achieve any intended results, be compatible or work with any other software, applications, systems or services, operate without interruption, meet any performance or reliability standards or be error free or that any errors or defects can or will be corrected. Without limiting the foregoing, neither the Company nor any of the company’s provider makes any representation or warranty of any kind, express or implied: (i) as to the operation or availability of the Service, or the information, content, and materials or products included thereon; (ii) that the Service will be uninterrupted or error-free; (iii) as to the accuracy, reliability, or currency of any information or content provided through the Service; or (iv) that the Service, its servers, the content, or e-mails sent from or on behalf of the Company are free of viruses, scripts, trojan horses, worms, malware, timebombs or other harmful components. Some jurisdictions do not allow the exclusion of certain types of warranties or limitations on applicable statutory rights of a consumer, so some or all of the above exclusions and limitations may not apply to You. But in such a case the exclusions and limitations set forth in this section shall be applied to the greatest extent enforceable under applicable law. ## Governing Law The laws of the Country, excluding its conflicts of law rules, shall govern this Terms and Your use of the Service. Your use of the Application may also be subject to other local, state, national, or international laws. ## Disputes Resolution If You have any concern or dispute about the Service, You agree to first try to resolve the dispute informally by contacting the Company. ## For European Union (EU) Users If You are a European Union consumer, you will benefit from any mandatory provisions of the law of the country in which you are resident in. ## United States Federal Government End Use Provisions If You are a U.S. federal government end user, our Service is a “Commercial Item” as that term is defined at 48 C.F.R. §2.101. ## United States Legal Compliance You represent and warrant that (i) You are not located in a country that is subject to the United States government embargo, or that has been designated by the United States government as a “terrorist supporting” country, and (ii) You are not listed on any United States government list of prohibited or restricted parties. ## Severability and Waiver ### Severability If any provision of these Terms is held to be unenforceable or invalid, such provision will be changed and interpreted to accomplish the objectives of such provision to the greatest extent possible under applicable law and the remaining provisions will continue in full force and effect. ### Waiver Except as provided herein, the failure to exercise a right or to require performance of an obligation under these Terms shall not effect a party’s ability to exercise such right or require such performance at any time thereafter nor shall the waiver of a breach constitute a waiver of any subsequent breach. ## Translation Interpretation These Terms and Conditions may have been translated if We have made them available to You on our Service. You agree that the original English text shall prevail in the case of a dispute. ## Changes to These Terms and Conditions We reserve the right, at Our sole discretion, to modify or replace these Terms at any time. If a revision is material We will make reasonable efforts to provide at least 30 days’ notice prior to any new terms taking effect. What constitutes a material change will be determined at Our sole discretion. By continuing to access or use Our Service after those revisions become effective, You agree to be bound by the revised terms. If You do not agree to the new terms, in whole or in part, please stop using the website and the Service. ## Contact Us If you have any questions about these Terms and Conditions, You can contact us: - By email: info@pointorama.com

URL: https://pointorama.com/terms-and-conditions

### Effortless indoor mapping with unmatched precision

# Effortless indoor mapping with unmatched precision From scan to floor plan in record time, Pointorama simplifies what used to be complex. [![Detect your floor plan - Pointorama: Floor plans from pointclouds](https://www.pointorama.com/content/uploads/2026/03/Review-refine-1120x630.png) ](https://youtu.be/tu-au_M6TYs) When you’re missing plans or dimensions, a 3D scan gives you the data. Pointorama turns that data into results. Upload your point cloud, select a space, and generate an accurate floor plan in a few clicks. No unnecessary steps. No complex post-processing. Just speed, precision and full control, allowing you to review, refine and deliver reliable floor plans faster than ever. [Surprisingly easy? Discover more video tutorials that show you how.](/getting-started) [Discover more videos](/getting-started) ## From scan to plan, easier than ever ![Accurate indoor floor plans and terrain models by Pointorama](https://www.pointorama.com/content/uploads/2025/06/Indoor_mapping_house_bedroom_scanner-300x170.png) ### 1\. Scan & upload Capture any interior space using your preferred 3D scanning solution and upload the point cloud directly into Pointorama. No preprocessing or manual cleanup is required. Your scan data is instantly ready for floor plan generation. ![Review and refine your floor plan - Pointorama: Floor plans from pointclouds](https://www.pointorama.com/content/uploads/2026/03/Detect-300x188.png) ### 2\. Detect With a few clicks, Pointorama automatically detects floors, rooms, doors and windows within your scan data. Our AI analyzes the space and generates a structured floor plan outline in seconds, eliminating the need for manual tracing. ![Floorplan Generator - AI Pointorama](https://www.pointorama.com/content/uploads/2025/12/Floorplan_genarator_AI_Pointorama_building-300x188.jpg) ### 3\. Review & refine The generated floor plan is fully editable. Review the detected geometry, adjust walls or openings where needed, and refine dimensions with precision. You remain in full control from raw scan data to final deliverable. #### “Pointorama has transformed our indoor mapping process. We no longer spend hours cleaning up point clouds - now, we generate accurate 2D and 3D floor plans in just a few clicks. The seamless workflow and precision make it an essential tool for our projects!” #### - David, architectural surveyor ## A new generation of indoor mapping ![Review and refine your floor plan - Pointorama: Floor plans from pointclouds](https://www.pointorama.com/content/uploads/2026/03/Detect-300x188.png) ### Automated detection Pointorama’s AI engine automatically interprets structural elements directly from your raw point cloud. With a single click, walls, doors, windows and spatial boundaries are detected within minutes, without manual tracing or pre-cleaning. Even in complex or multi-level interiors, the system reliably recognizes geometry and establishes a solid structural foundation for further refinement. ![https://www.youtube.com/watch?v=Bl-vRn0fKTU](https://www.pointorama.com/content/uploads/2026/02/Floor_Plan_Point_Cloud-300x242.jpg) ### Structured plans. Instantly Instead of producing fragmented linework, Pointorama generates clear, structured floor plans and facade plans directly from your scan. The resulting geometry is consistent, organized and ready for validation or export with survey-grade accuracy. This streamlined approach lets you move directly from detection to refinement, without the traditional preparation or time-consuming cleanup phase. ![Detect your floor plan - Pointorama: Floor plans from pointclouds](https://www.pointorama.com/content/uploads/2026/03/Review-refine-300x188.png) ### Human-in-the-loop control While AI performs the heavy lifting, you remain fully in control of the final result. Review detected elements, adjust walls, refine corners and ensure every detail reflects the real geometry of the space. This balanced workflow combines intelligent automation with professional oversight, delivering both speed and dependable accuracy in every project. You stay in full control, in every step of the workflow. ## Start mapping instantly – no cleanup required! Transform raw scans into precise 2D and 3D floor plans in just a few clicks. Experience the fastest, most efficient way to generate accurate indoor measurements. [Get started now](https://app.pointorama.com/register) [Book a demo](https://pythagoras-bv.odoo.com/book/pointorama)

URL: https://pointorama.com/effortless-indoor-mapping-with-unmatched-precision

### Help & support

# Frequently asked questions To help you get the most out of our software, we’ve put together a list of frequently asked questions. We hope that this FAQ section will provide you with the answers you need. If you don’t see your question answered here, please don’t hesitate to contact us. Our team of experts is always happy to help! New to Pointorama? [Explore our Getting started video tutorials](/getting-started) - All - Account - Getting started - Pricing - Storage - ### Which shortcuts are essential for efficient navigation and tools? Pointorama offers a powerful and intuitive interface for navigating and interacting with point clouds. To help how to use the platform efficiently, here is a list of essential shortcuts and controls. **Navigation** - **Double Click**: Zooms to cursor position. - **Left Click Drag**: Orbits the camera. - **Right Click Drag**: Pans the view. - **Mouse Wheel**: Zooms in and out. **Polyline/Polygon** - **Left Click**: Adds a new point. - **Right Click**: Removes the last point. - **Double Click**: Adds a new point and completes the Polyline/Polygon. - **Enter**: Completes the Polyline/Polygon. ** Plane** - **Shift**: Snaps to horizontal or vertical plane. - **Left Click**: Refines best-fit plane by adding points around cursor. - **Right Click:** Undo of the last added cursor position. - **Double Click**: Creates the plane. ** Floorplan** - **Shift**: Creates perpendicular angles. - **Ctrl**: Refines best-fit plane by adding points around cursor. - **Left Click**: Adds a new segment to the polyline/polygon. - **Right Click:** Removes the last added segment of the polyline/polygon. - **Double Click**: Creates the polyline/polygon object. ** Magic Wand** - **Left click**: Adds detected object under cursor to point cluster. - **Right click**: Removes object under cursor out of point cluster. - **Double click**: Adds detected object under cursor and creates point cluster. - **Ctrl**: Adds all detected objects in lasso to point cluster. By familiarizing yourself with these shortcuts, you can significantly enhance your workflow in Pointorama, making your interaction with point clouds more efficient and precise. Stay tuned for more updates and additional features! - ### What are the different user roles in Pointorama? In Pointorama there a three user types that each have a different role. - An **admin** is in charge of an organisation and is responsible for its subscription. This person can add and remove users or change user roles. All projects of the organisation are fully accessible for the admin. - A **member** has full access to all projects of an organisation. A member can create new projects. - Admins and members can share projects with **guests.** A guest only has access to projects of an organisation after invitation. This person can’t create new projects. He is only allowed to (re)view shared projects and add comments. Please note that the number of users (admins, members and guests) is unlimited! - ### What happens to my data if I cancel my subscription? Your data will remain stored for one month. After three weeks you will receive an e-mail that the data will remain safe for another week. After another 5 days you will receive a notification that your data will be discarded after 2 more days. - ### Can I try Pointorama for free? Of course! Click [here](https://app.pointorama.com/register) to start your free 14-day trial. No creditcard required. - ### Is there a maximum file size for one point cloud? There is no maximum file size, but there is an absolute maximum amount of points in all active pointclouds. The maximum amount is based on the chosen plan. For more info, check out the different plans. [Pricing Pointorama](/pricing) - ### Which pricing plan is right for me? We provide three tailored pricing plans designed to support point cloud professionals at every stage of their journey: - **Launch:** Full access to all monitoring, Scan-to-CAD, and floorplan tools, with capacity suited for smaller projects. Ideal for teams that work with point clouds occasionally and want to collaborate easily with unlimited viewers. - **Grow:** The same full feature set, with more storage capacity for regular monitoring, floorplan extraction and Scan-to-CAD workflows. Great for teams handling point clouds on a weekly basis. - **Scale:** All features included, with large storage and project capacity for organisations processing point clouds at scale. Perfect for continuous monitoring, floorplan generation, and heavy Scan-to-CAD production across larger teams. Whether you’re just starting out or managing complex projects, our plans are crafted to help you reduce time and costs while maximizing the potential of your point cloud data. - ### What are the system requirements for Pointorama? - Recent browser such as MS Edge, Google Chrome or Mozilla firefox - Internet speed: download:100Mbps – upload: 10 Mbps - OpenGL 4.0 graphics card - ### Which file formats are supported? Pointorama supports LAS, LAZ, E57, PTS en XYZ. - ### Which browsers and operating systems are supported by Pointorama? Pointrorama can run on the most popular browsers in Windows, MacOS, iOS and Android. These browsers are Google Chrome, MS Edge, Safari and Firefox. - ### How can I get started with Pointorama? Quite fast. Just set up your account, confirm it’s you by clicking on the link in the confirmation e-mailand and you can start the free trial. If you haven’t received a confirmation mail, it’s probably stored in your spam-box. - ### How secure is my data on Pointorama? Pointorama uses security measures to protect all your data from unauthorized access and unauthorized use. Your personal data and your point clouds are safe with us! - ### What are the limitations in number of users or projects? The number of users and projects is unlimited in all plans! You can collaborate freely without any limitations or additional charges. However, keep in mind that you need sufficient storage capacity to host all the projects of your organisation. - ### Are there any additional costs? No, there aren’t. We believe in transparency and straightforward pricing. There are no hidden costs or extra fees. What you see is what you get. - ### How can I cancel my subscription? Your subscription will automatically renew until you cancel. We hate to see you go, but if you really want to cancel please email us on support@pointorama.com. - ### How do I add another member to my oganisation? Simply log in to the app and click on your username. From there, select ‘Users and guests’ and click on ‘+ Add new member’. You’ll then be prompted to determine the status of the new user (whether they’re a member or an admin) and connect their email address to the account. A regular guest can be invited in a project by hitting the share button. It’s that easy. - ### Do I need an account to access the point cloud processing platform? Yes, in order to use Pointorama, you need to create an account.

URL: https://pointorama.com/help-support

### Annotation

![Indoor mapping - Vectorization tool - Windows](https://www.pointorama.com/content/uploads/2024/11/Indoor_mapping_Vectorization_tool_windows-545x355.png) ## AI-assisted annotation and object detection Pointorama automatically detects doors and windows within your point cloud, forming a strong foundation for accurate floor plans. This AI-assisted approach removes hours of manual annotation and ensures a more consistent building structure from the start. To complement this automatic detection, intuitive annotation tools give you full control. Highlight key elements, add notes or labels, and include relevant metadata to enrich your project. Easily measure distances and areas directly within the platform to validate and refine the detected geometry. Together, these tools bridge automation and user input, making your data not only accurate, but also clear, structured and ready for collaboration. ## Ready to explore more or try it yourself? Discover all available features or experience how Pointorama works in practice. [Back to all features](/products) [Start your free trial](https://app.pointorama.com/register)

URL: https://pointorama.com/annotation

### Use cases

# Pointorama in action: use cases Discover here how Pointorama transforms workflows and addresses real-world challenges. Explore a range of interesting use cases, each showcasing the power of our platform.

URL: https://pointorama.com/use-cases

### Indoor measurements

[![Measurement kitchen - floorplan tool Pointorama](https://www.pointorama.com/content/uploads/2025/04/Measurements-kitchen-1120x630.jpg) ](https://youtu.be/aNbrQByNq5g) ## Measure in seconds: Accurate distances directly from your point cloud Quickly measure distances within your scanned spaces with just two clicks. Our **Floor plan** feature allows you to calculate both **horizontal and vertical dimensions** directly on the point cloud – whether you’re checking the width of a hallway, the height of a wall, or the distance between two doors. Perfect for verifying room sizes, door clearances, or estimating material needs, this tool lets you extract essential measurements in seconds without switching platforms or tools. ## Ready to explore more or try it yourself? Discover all available features or experience how Pointorama works in practice. [Back to all features](/products) [Start your free trial](https://app.pointorama.com/register)

URL: https://pointorama.com/indoor-measurements

### Marketing conversion

# Title white-paper / video on demand / … Short intro text lorem ipsum dolor sit amet, consectetur adipiscing elit. Aenean euismod bibendum laoreet. Proin gravida dolor sit amet accumsan et viverra justo commodo. - Lorem ipsum dolor sit amet, consectetur adipiscing elit. Aenean euismod - Lorem ipsum dolor sit amet, consectetur adipiscing. - Lorem ipsum dolor sit amet, consectetur adipiscing elit. Aenean euismod - Lorem ipsum dolor sit amet, consectetur adipiscing elit. Aenean euismod - Lorem ipsum dolor sit amet, consectetur adipiscing elit. Aenean euismod - Lorem ipsum dolor sit amet, consectetur adipiscing elit. Aenean euismod bibendum. - Lorem ipsum dolor sit amet, consectetur adipiscing elit. Lorem ipsum dolor sit amet, consectetur adipiscing elit. Aenean euismod bibendum laoreet. Proin gravida dolor sit amet lacus accumsan et viverra justo commodo. Proin sodales pulvinar tempor. Cum sociis natoque penatibus et magnis dis parturient montes, nascetur ridiculus mus. Nam fermentum, nulla luctus pharetra vulputate, felis tellus mollis orci, sed rhoncus sapien nunc eget odio. Lorem ipsum dolor sit amet, consectetur adipiscing elit. Aenean euismod bibendum laoreet. Proin gravida dolor sit amet lacus accumsan et viverra justo commodo. Proin sodales pulvinar tempor. Cum sociis natoque penatibus et magnis dis "\*" indicates required fields Message\* Complete name E-mail\* Company CAPTCHA [Embedded content](https://www.google.com/recaptcha/api2/anchor?ar=1&k=6LdRlQssAAAAAIQekhfPEhLUMwyZCNPAmNWYnffH&co=aHR0cHM6Ly93d3cucG9pbnRvcmFtYS5jb206NDQz&hl=en&v=A7KpaEASfhDcK0nXxgQEyyYv&theme=light&size=normal&anchor-ms=20000&execute-ms=30000&cb=zhmy7ebfjrk1) Communication Consent I agree to receive Pointorama news and updates In order to provide you the content requested, we need to store and process your personal data. If you consent to us storing your personal data for this purpose, please tick the checkbox below. Privacy policy\* I agree to Pointorama Terms and Privacy policy

URL: https://pointorama.com/marketing-conversion

### Workflow

## Terrain monitoring in 4 easy steps Discover **Pointorama terrain monitoring**. A smarter way to process point clouds from scan to result. In just four easy steps, you’ll learn how to scan, clean, measure and export precise terrain data using our intelligent point cloud platform. ![How does a Point Cloud Plaform work? Pointorama terrain monitoring](https://www.pointorama.com/content/uploads/2024/05/Stap-1-300x188.png) ### Scan & upload Capture terrain data with your preferred scanning solution and upload the registered point cloud directly into Pointorama. Your dataset is instantly prepared for structured analysis. [Read more…](#scan-upload) ![How does a Point Cloud Plaform work? Pointorama terrain monitoring](https://www.pointorama.com/content/uploads/2024/05/Stap-2-300x188.png) ### Clean up & classify Clean, filter and classify your point cloud data with precision. Remove noise and outliers while organizing terrain and objects into structured datasets. [Read more…](#clean) ![How does a Point Cloud Plaform work? Pointorama terrain monitoring](https://www.pointorama.com/content/uploads/2024/05/Stap-3-300x188.png) ### Measure & map Extract distances, elevations and volumes directly from your processed point cloud. Perform precise terrain analysis with professional measurement tools. [Read more…](#measure-map) ![How does a Point Cloud Plaform work? Pointorama terrain monitoring](https://www.pointorama.com/content/uploads/2024/05/Stap-4-300x188.png) ### Share & export Export structured results for reporting, modelling or further analysis. Ensure smooth collaboration across different teams, partners, CAD and GIS workflows. [Read more…](#share-export) ![](https://www.pointorama.com/content/uploads/2024/04/Landmeter-laptop-kantoor-pointorama.jpg) ### “Pointorama has transformed our surveying workflow with seamless processing and precise visualization. The efficiency of volume calculations, profile generation and point cloud filtering saves us hours on every project. Whether managing terrain, vegetation or buildings, we can trust Pointorama to deliver accurate data, ensuring every result meets the high standards our construction projects demand.” ![Surveyor with total station in suburban aerea](https://www.pointorama.com/content/uploads/2024/07/Surveyor-suburban-aerea-new-street-545x355.jpg) ## Scan & upload Capture detailed measurements of landscapes, construction sites or complex built environments using your preferred LiDAR, drone or terrestrial scanning solution. Once your field data has been registered into a structured point cloud, upload it directly into Pointorama without additional conversion or preprocessing steps. The platform is designed to handle large-scale terrain datasets efficiently and securely. Upon upload, your data is prepared for structured processing, ensuring optimal performance during analysis. This streamlined intake process minimizes downtime between fieldwork and office evaluation, allowing teams to move quickly from data acquisition to actionable insights while maintaining full dataset integrity. ![Clean and classify object in Pointorama - Terrain monitoring with Pointorama](https://www.pointorama.com/content/uploads/2024/06/Pointorama-Classification-545x355.png) ## Clean up & classify Reliable terrain monitoring depends on clean, well-structured data. Pointorama provides advanced tools to refine raw point clouds and prepare them for accurate analysis. Remove noise, filter outliers and eliminate unwanted reflections caused by environmental interference or scanning artifacts. Beyond cleaning, classification tools allow you to distinguish between terrain surfaces, vegetation, structures and other relevant elements. By organizing data into meaningful categories, you create a clearer and more analysis-ready dataset. This structured approach enhances visibility, improves measurement accuracy and ensures consistent results across multiple survey phases or long-term monitoring projects. ![Pointorama - Measurements of a stockpile - CAD software for construction](https://www.pointorama.com/content/uploads/2024/10/stockpile-545x355.jpg) ## Measure & map Pointorama simplifies terrain measurement and spatial analysis by providing intuitive, professional-grade tools designed for accuracy and repeatability. Extract precise distances, elevation differences, surface areas and volumetric calculations directly from your processed dataset. Whether you are monitoring construction site progress, analyzing excavation volumes, assessing land deformation or tracking environmental changes over time, the platform supports dependable evaluation workflows. Clear visualization and measurement capabilities enable teams to interpret complex terrain data with confidence, reducing uncertainty and supporting well-informed project decisions. ![Workging together on Cloud Points](https://www.pointorama.com/content/uploads/2024/04/Working_together_share_data_point_cloud_platform-1-545x355.jpg) ## Share & export Once processing and analysis are complete, your terrain data is ready for seamless integration into the next stage of your workflow. Pointorama enables structured export of results for reporting, documentation, modelling or advanced spatial analysis in external environments. The platform supports efficient collaboration between surveyors, engineers, project managers and stakeholders by ensuring that processed datasets transition smoothly into CAD, GIS or other professional systems. By eliminating friction between stages of the workflow, Pointorama helps projects progress efficiently while maintaining accuracy, transparency and data consistency. ## Experience the future of point cloud processing Discover how Pointorama can transform your workflow with precision tools and intuitive features. Try it yourself with a **free trial** or explore the full range of **product features** to see how it meets your needs. [More about product features](/products) [Start your trial – it’s free](https://app.pointorama.com/register)

URL: https://pointorama.com/our-workflow

### From scan to floor plan. In minutes.

URL: https://pointorama.com/From-scan-to-floor-plan-In-minutes

### Simplifying indoor mapping

# Simplifying indoor mapping **✓ FASTER – No preprocessing required, accurate results in just a few clicks. ✓ SMARTER – Intuitive and easy to use, powered by built-in intelligence. ✓ BETTER – Achieve superior accuracy with advanced 3D object detection.** [![Youtube - Cross section - floor plan - house](https://www.pointorama.com/content/uploads/2025/02/Youtube_Cross_Section_Pointorama-1120x630.jpg) ](https://youtu.be/4gDU0fPmcic) Pointorama is an intelligent point cloud platform that simplifies editing, filtering, and structuring 3D datasets. By combining AI-driven clustering with intuitive tools, it eliminates time-consuming manual work. With Pointorama, professionals can focus on analysis and decision-making, while the platform handles the complexity of point cloud processing. ## Ready to get started with Pointorama? Discover how Pointorama can simplify your workflows and boost your efficiency. Get your free trial to unlock smarter point cloud processing! [Start exploring – free trial!](https://app.pointorama.com/register) [Take a look at the product features](/products)

URL: https://pointorama.com/simplifying-indoor-mapping

### Volumes & profiles

[![](https://www.pointorama.com/content/uploads/2025/06/Terrain_Monitoring-1120x630.png) ](https://youtu.be/7D0Hnetnsfg) ## Advanced volume calculations and profile analysis Optimize your data analysis with Pointorama’s powerful tools for calculating volumes and creating profiles. Effortlessly set up data filters to focus on specific areas of interest, ensuring precise calculations every time. With just one click, measure the volumes of stockpiles, excavations, or other terrain changes, saving time on critical project tasks. Create detailed length profiles and easily compare them to track changes or plan construction activities. Pointorama’s intuitive tools simplify complex measurements, delivering accurate results that keep your projects on track. ## Ready to explore more or try it yourself? Discover all available features or experience how Pointorama works in practice. [Back to all features](/products) [Start your free trial](https://app.pointorama.com/register)

URL: https://pointorama.com/volumes-profiles

### CAD & BIM export

![Export your floor plan - Pointorama: Floor plans from pointclouds](https://www.pointorama.com/content/uploads/2026/03/export-545x355.png) ## Seamless export to CAD and BIM workflows Pointorama allows you to seamlessly transfer scan-derived building data into professional design and engineering environments. Once floor plans, sections or building models are generated from the point cloud, they can be exported to widely used industry formats such as DXF for CAD workflows and IFC for BIM platforms. This enables architects, surveyors and engineers to continue working in their preferred software without recreating geometry from scratch. The exported data remains directly linked to the structure detected in the scan, ensuring accurate and reliable building information. By bridging the gap between reality capture and design tools, Pointorama significantly reduces modelling time and helps teams move faster from scan data to documentation, design development and project coordination. ## Ready to explore more or try it yourself? Discover all available features or experience how Pointorama works in practice. [Back to all features](/products) [Start your free trial](https://app.pointorama.com/register)

URL: https://pointorama.com/cad-bim-export

### Get in touch about pricing

# Get in touch about pricing Have a question about **Pointorama pricing**, integrations, or white-label options? Our team is happy to help you find the right plan and solution for your mapping needs. While you can already find a lot of details on our [pricing page](/pricing), we understand you might still need further clarification. Fill out the form below and our team will be happy to assist you. "\*" indicates required fields Message\* Complete name E-mail\* Company CAPTCHA [Embedded content](https://www.google.com/recaptcha/api2/anchor?ar=1&k=6LdRlQssAAAAAIQekhfPEhLUMwyZCNPAmNWYnffH&co=aHR0cHM6Ly93d3cucG9pbnRvcmFtYS5jb206NDQz&hl=en&v=A7KpaEASfhDcK0nXxgQEyyYv&theme=light&size=normal&anchor-ms=20000&execute-ms=30000&cb=wn2eo4tjqil) Communication Consent I agree to receive Pointorama news and updates In order to provide you the content requested, we need to store and process your personal data. If you consent to us storing your personal data for this purpose, please tick the checkbox below. Privacy policy\* I agree to Pointorama Terms and Privacy policy

URL: https://pointorama.com/get-in-touch-about-pricing

### Product tour

#### MAPPING MADE EASY # Discover Pointorama From scan to floor plan in record time, Pointorama simplifies what used to be complex. When you’re missing plans or dimensions, a 3D scan gives you the data. Pointorama turns that data into results. Upload your point cloud, select a space, and generate an accurate floor plan in a few clicks. No unnecessary steps. No complex post-processing. Just speed, precision and full control, allowing you to review, refine and deliver reliable floor plans faster than ever. ![Accurate indoor floor plans and terrain models by Pointorama](https://www.pointorama.com/content/uploads/2025/06/Indoor_mapping_house_bedroom_scanner-300x170.png) ### 1\. Scan & upload Capture any interior space using your preferred 3D scanning solution and upload the point cloud directly into Pointorama. No preprocessing or manual cleanup is required. Your scan data is instantly ready for floor plan generation. ![Floorplan Generator - AI Pointorama](https://www.pointorama.com/content/uploads/2025/12/Floorplan_genarator_AI_Pointorama_room-300x188.jpg) ### 2\. Detect With a few clicks, Pointorama automatically detects floors, rooms, doors and windows within your scan data. Our AI analyzes the space and generates a structured floor plan outline in seconds, eliminating the need for manual tracing. ![Floorplan Generator - AI Pointorama](https://www.pointorama.com/content/uploads/2025/12/Floorplan_genarator_AI_Pointorama_building-300x188.jpg) ### 3\. Review & refine The generated floor plan is fully editable. Review the detected geometry, adjust walls or openings where needed, and refine dimensions with precision. You remain in full control from raw scan data to final deliverable. [![Floorplan Generator - AI Pointorama - Upload your dataset](https://www.pointorama.com/content/uploads/2025/12/Floorplan_genarator_AI_Pointorama_Product-1120x630.jpg) ](https://www.youtube.com/watch?v=rmif55anxiU) ## Indoor mapping – Floor plans in minutes Pointorama is built for fast and accurate indoor mapping. When plans are missing or outdated, your scan data becomes the starting point. With a few clicks, raw point cloud data is transformed into structured, editable floor plans. Designed for professionals in surveying, AEC and real estate, Pointorama combines automation with full control. It helps you deliver precise and reliable results in record time. [Indoor mapping](/ai-powered-indoor-mapping-from-raw-scan-to-structured-floor-plan-in-minutes) [![](https://www.pointorama.com/content/uploads/2024/10/Pointorama-Calculation-Polygon-klein-1120x630.png) ](https://www.youtube.com/watch?v=9zRisiWketY) ## Terrain monitoring – The same speed outdoors Pointorama also supports outdoor point cloud workflows. Measure volumes, analyze terrain evolution and interpret complex scan data in just a few clicks. Classification and cleanup tools help you remove noise and isolate the elements that matter, improving the quality of your analysis. From construction sites to landscape monitoring, Pointorama helps you extract meaningful insights from point cloud data quickly and efficiently. It allows you to maintain full control over the final results. [Read more …](/our-workflow) ## A powerful and intuitive platform for mapping professionals Pointorama is designed to make your workflow as smooth and efficient as possible. Its user-friendly interface allows you to easily upload, manage and analyse your data without unnecessary complexity. Whether you’re working with indoor scans or large outdoor datasets, you can organize everything in one clear and accessible environment. From visualization to analysis and export, Pointorama brings all essential tools together in one place. The platform is intuitive and easy to use, so you can get started quickly and work efficiently from day one. Collaboration is at the heart of the platform. Share your projects with colleagues or clients in just a few clicks. Review data together and keep everyone aligned throughout the process. Thanks to its cloud-based approach, you can access your work anytime, anywhere. Discover how easy mapping can be with Pointorama. [ ](/products) [Explore our product features](/products) ## Ready to transform your point cloud processing? Start your free trial of Pointorama today and experience unparalleled efficiency and precision. Join the revolution and elevate your surveying projects to new heights! [Log in](https://app.pointorama.com/login) [Start your free trial](https://app.pointorama.com/register)

URL: https://pointorama.com/product-tour