lidar-based spatial capture
Captures precise depth data and spatial geometry using device LiDAR sensors to create accurate 3D point clouds of physical spaces. Provides high geometric fidelity with minimal manual alignment required.
photogrammetry-based 3d reconstruction
Converts multiple 2D photographs of a space into a textured 3D model using computer vision algorithms. Works on any device with a camera and provides color and texture information.
architectural documentation and measurement
Captures precise spatial data and dimensions of architectural spaces for documentation, renovation planning, or compliance purposes with high geometric accuracy.
portfolio and client presentation asset creation
Produces high-quality 3D models suitable for professional portfolios, client presentations, and marketing materials without requiring specialized 3D software expertise.
ar experience creation and sharing
Exports 3D models in formats compatible with AR platforms (USDZ for iOS, GLB for web AR) enabling creation of interactive augmented reality experiences and shareable AR content.
batch space scanning and multi-location documentation
Enables efficient capture and organization of multiple spaces or locations in a single workflow, with cloud-based project management for coordinating large documentation efforts.
hybrid lidar-photogrammetry fusion
Combines LiDAR depth data with photogrammetric texture mapping to produce high-fidelity 3D models with both accurate geometry and detailed color information. Leverages strengths of both capture methods simultaneously.
cloud-based 3d model processing
Offloads computationally intensive 3D reconstruction and mesh generation to cloud servers, eliminating the need for powerful local hardware. Returns processed models within hours.
+6 more capabilities