The phrase “3D mapping software” covers very different products. Some applications collect or process survey data. Others create point clouds, meshes, terrain models or photogrammetry. Still others are designed primarily to visualize and manage the outputs.
OcuMap belongs in the last category. It is a visual documentation platform, not a replacement for laser-scanning registration, photogrammetry processing, CAD authoring or survey software.
Software that creates 3D mapping data
- Laser scanning and registration software
- Photogrammetry and drone-mapping software
- Mobile mapping and SLAM processing tools
- GIS and terrain-analysis software
- CAD/BIM authoring tools
What OcuMap does with the outputs
OcuMap gives teams a connected place to organize, view, measure, compare, share and preserve documentation after capture or authoring. Native point-cloud viewing supports LAS, LAZ and E57, with measurement inside the point cloud. Design files including DWG, RVT, FBX, OBJ and GLB can be opened through Autodesk-powered viewing.
Visual documentation is broader than 3D
A building or infrastructure record may include point clouds, but it also includes photos, 360 imagery, video, PDFs, floor plans, maps and project documents. OcuMap’s value is keeping those formats tied to the physical places and assets they describe.
Buildings and infrastructure need different starting contexts
A building project may begin from a floor plan or drawing, while an infrastructure project may begin on a map. OcuMap also supports file-first workflows. These are starting contexts, not separate products; the same project can gain additional spatial context as documentation evolves.
Measure without forcing every workflow into a point cloud
Point clouds can be measured natively, but supported photos can also be calibrated for length and area measurements without a point cloud. This gives teams options based on the source they actually have.
The right place for OcuMap in the stack
Use capture and authoring software to create authoritative 3D or design data. Use OcuMap when the problem becomes organization, visual review, historical comparison, client delivery and long-term preservation across many file types.
Practical checklist
- Start with the business or project question, not the tool.
- Identify which source is authoritative for location and dimensions.
- Keep capture date and spatial context with the record.
- Use measurement only within the accuracy limits of the source.
- Preserve originals for future reuse.
- Connect each resource to the relevant OcuMap project, solution or Platform page.
Related resources
Common questions
Does OcuMap create point clouds?
No. Point clouds are created by laser scanning, photogrammetry or other capture/processing tools. OcuMap views and measures supported point-cloud formats.
Does OcuMap support IFC?
Not currently. Autodesk-powered viewing currently supports DWG, RVT, FBX, OBJ and GLB; native point-cloud viewing supports LAS, LAZ and E57.
Why use OcuMap if I already have CAD or scan software?
Those tools create or edit technical data. OcuMap connects that data to photos, 360 imagery, documents, history and client delivery.
