Topological vs Polycam

Side-by-side comparison of features, pricing, and ratings

Analysis generated Live tool data as of 2026-10-30
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Topological or Polycam: which should you choose?

DimensionTopologicalPolycam
Core functionalityPhysics-based topology optimization for CADAI 3D scanning, floor plans, photogrammetry
Target userMechanical engineers, computational designersArchitects, engineers, media creators, forensics
PlatformWeb-based CAD optimization (early access)iOS, Android, Web (capture + processing)
Key metric1930x faster optimization, <5% compliance errorExport 15+ 3D formats
Recent news impactNew product BlitzGraph announced (2026-06-16), not CAD-relatedHDRI lighting (5 presets) on iOS/Web (2026-02-23)

If you need to capture real-world spaces or objects into 3D models, Polycam is the clear choice with its freemium model and broad device support. If you're a mechanical engineer optimizing CAD designs with AI-driven speed, Topological is groundbreaking but early-stage and requires contact. These tools serve entirely different purposes, so pick based on whether you're digitizing reality or accelerating simulation-based design.

Topological
Topological

Physics-based AI foundation models that generate topology-optimized CAD designs 1930x faster than current solvers.

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Polycam
Polycam

Polycam turns a phone or drone into a 3D scanner for rooms, objects, floor plans and point clouds.

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Pricing
Contact Sales
Freemium
Plans
—
FreeFree
Basic$150/yr
Business$400/user/yr
Enterprise$1,200/user/yr
Popularity
7 views
7.5k views
Skill Level
Advanced
Beginner-friendly
API Available
Platforms
Web
WebMobileAPI
Categories
🧊 3D Generation & Scanning
🧊 3D Generation & Scanning🏠 Interior Design & Architecture👷 Construction & Field Service
Features
UToP-v1 topology optimization model
Under 5% compliance error
1930x faster than current topology optimization methods
Physics-based AI foundation model for CAD optimization
Generates efficient designs from a problem's physical requirements
Understands physics, geometry, and manufacturability
Manufacturability-aware design generation
Precision spatial AI for mechanical engineering and computational design
Scales design exploration to complex structural problems
Design iteration for hardware teams
Validated on Czinger's topology-optimized brakes
Consultative early access via meeting booking or email
LiDAR and non-LiDAR space capture of rooms, buildings and interiors
360 photosphere capture with an in-app 360 image viewer
Object capture turning phone photos into shareable 3D models
AI Capture generating 3D models from low photo counts
Instant 3D and editable 2D floor plans with auto fixture and furniture detection
Advanced measure tools: interior measure, pen measure and auto measure
Floor area, blueprints, editable room labels and compass data
Editable wall thickness and custom color themes on floor plans
Drone and aerial photogrammetry processed into site-scale 3D models
Gaussian splatting with unlimited splats on Basic and up
Photogrammetry up to 2000 images and 30-minute videos per capture
AI generated reports
Virtual walkthroughs and shared team library on Business and up
Mesh exports: GLTF, OBJ, FBX, DAE, STL, USDZ, ESX
Point cloud exports: PLY, LAS, Geo-LAS, PTS, XYZ, DXF
Integrations
Xactimate
SketchUp
Unity
Blender
Unreal Engine
Maya
3ds Max
Rhino
Three.js
Apple Vision Pro

Who should pick Topological, and who should pick Polycam?

  • Architect needing floor plans from on-site scans
    Pick: Polycam

    Polycam's automatic floor plan generation with measurements and drag overlap fix is purpose-built for this workflow.

  • Mechanical engineer optimizing a structural bracket
    Pick: Topological

    Topological's physics-based optimization can generate efficient designs 1930x faster than traditional methods.

  • Media creator scanning props for VFX
    Pick: Polycam

    Polycam's photogrammetry and LiDAR scanning with exports to game engine formats is ideal for digital asset creation.

  • Forensics team documenting a crime scene
    Pick: Polycam

    Fast, accurate spatial capture with measurement tools and reliable export to point cloud formats.

  • Hardware startup iterating on product design
    Pick: Topological

    Topological accelerates design exploration, but consider the risk of the company pivoting away from CAD tools.

Frequently Asked Questions

Topological vs Polycam: which should you choose?

If you need to capture real-world spaces or objects into 3D models, Polycam is the clear choice with its freemium model and broad device support. If you're a mechanical engineer optimizing CAD designs with AI-driven speed, Topological is groundbreaking but early-stage and requires contact. These tools serve entirely different purposes, so pick based on whether you're digitizing reality or accelerating simulation-based design.

Can Polycam export to CAD formats?

Polycam exports to STL, DXF, OBJ, FBX, and point clouds, which can be imported into CAD tools. It does not natively export parametric CAD files.

Does Topological require CAD software?

Yes, Topological is a CAD optimization tool that accepts physical constraints and outputs optimized geometries, likely integrated with existing CAD workflows.

Is Polycam free to use?

Polycam has a free tier with limitations on export quality and features. Paid plans unlock higher resolution exports, floor plans, and team features.

What is Topological's pricing?

Topological does not publicly disclose pricing; interested users must contact the company for early access terms.

Which tool is better for drone mapping?

Polycam supports drone photogrammetry processing, making it suitable for aerial site surveys and mapping.

Is Topological production-ready?

Topological is in early access and may still have limitations. Recent company news suggests a pivot away from CAD tools toward graph databases.

Can I get a demo of Polycam?

Polycam offers a free tier to test features. No separate demo is needed.

Do these tools integrate with each other?

No direct integration exists. They serve different stages of the design workflow: capture vs. optimization.

What else are Topological and Polycam compared with?

Where can you read more about Topological and Polycam?

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