Polycam is a 3D Capture company founded in 2020 and based in New York, United States. It has raised $22.1M in total funding, most recently a Series A in 2024.
| Date | Stage | Amount | Valuation | Lead investors |
|---|---|---|---|---|
| Feb 7, 2024 | Series A | $18M | — | Left Lane Capital, Adjacent |
| Dec 1, 2020 | Seed | $4.1M | — | Adjacent |
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Cross-platform 3D scanning application for iOS, Android, and web that captures Gaussian Splatts and photogrammetry models using smartphone LiDAR sensors and camera photos. Enables rapid 3D asset creation with features including Room Mode for automatic mesh generation, photogrammetry processing, AI-powered texture generation, and collaborative cloud workflows. Used by creators, architects, construction professionals, and game developers to scan objects and environments for VFX, AR/VR, and digital documentation.
Tool for reconstructing 3D models from drone imagery and video. Allows users to upload drone photos or videos and generates complete 3D captures within minutes. Supports export to standard 3D software formats and includes editing capabilities. Enables professionals in AEC, surveying, and site documentation to create expansive 3D models without manual alignment or calibration, available free to all users.
Specialized capture mode that automatically generates simplified 3D meshes and floor plans from smartphone LiDAR scans of interior spaces. Features automatic wall detection, object decluttering, and direct export of 2D floor plans with measurements and areas. Designed for real estate professionals, construction teams, and interior designers to rapidly document spaces and generate floor plans in minutes without manual processing.
Native application for Apple Vision Pro headset that enables mixed reality viewing and interaction with Polycam-captured 3D models and environments. Users can view and navigate 3D scans in immersive settings, display 360-degree panoramic photos as virtual environments, and interact with digital twins in spatial computing. Extends Polycam's capture capabilities to spatial computing platforms.