No scanner, no LiDAR, no drone. Just 128 ordinary photos walked around the structure. Our spatial pipeline recovers where every camera stood and reconstructs the scene as a 61,000-point colored 3D model you can orbit right here in your browser — the same photogrammetry core behind ASI Labs digital twins.
Reconstruction · — points Input · — photos Runs · in-browser WebGLEvery colored dot is a real 3D point triangulated from two or more photographs. Positions are quantized to keep the page light — the full-resolution model carries millimeter-consistent geometry and feeds a dense Gaussian-splat or textured-mesh twin.
The same four-stage pipeline runs on a house, a facade, a field structure, or an industrial site. Photographs go in; a geometry you can measure, navigate, and simulate against comes out.
128 overlapping handheld photos around the building. No specialized rig — a phone is enough.
Feature matching + structure-from-motion recover the exact 3D pose of every shot.
Shared features are lifted into a colored 3D point cloud — the model you are orbiting.
Densify into a Gaussian-splat or textured mesh for walkthroughs, measurement, and simulation.
A sample of the source frames. Nothing here is a render: each is a real photograph the pipeline matched against its neighbors to place in 3D space.