We transform physical spaces into photorealistic 3D environments using Gaussian Splat technology, advanced LiDAR capture, and AI, delivering immersive digital worlds for film, real estate, preservation, and construction.
Unlike traditional 3D scanning methods that build polygon meshes, Gaussian Splatting represents space as millions of volumetric ellipsoids - each encoding position, color, opacity, and view-dependent reflections. The result is photorealism that polygon geometry simply cannot achieve.
Hair, fabric grain, surface texture - details that defeat polygon meshes are captured completely, with no topology cleanup required.
Each scene is trained through thousands of gradient descent iterations until rendered output is visually indistinguishable from source photography.
Environments render in real-time - navigable in browsers, VR headsets, game engines, and LED volume stage systems without specialized workstations.
Millions of ellipsoids. One perfect moment in space.
splats per environment
capture precision
spacial coverage
real-time render ready