3D Lab
The 3D Lab is where a structure becomes a model: from drawings, from a laser scan, or both. The same model then drives a live twin you can fly through, a photoreal turntable and ray-traced films.
Automated modelling
The lines, dimension chains and labels of a CAD drawing set are read directly. Against an independent model of the same tower, 90% of members matched and 97% of nodes lay within 150 mm.
Components are recognised in the point cloud and fitted with parametric geometry, then handed to structural analysis. On a real bridge the method reached 91% Intersection over Union against critical outlines.
Drawing figures from one real 66 m tower with anonymised geometry; independent engineering review is in progress. Point-cloud figures from the founder's published work.
Live twin
Double-circuit lattice steel tower, 340 m spans. The tower, conductors and terrain are procedurally generated illustrative models, not design drawings. Utilisation colours are synthetic demonstration data (evidence level E1), not calculation results. Open full screen.
Fly with W A S D, jump between preset views, hover any member for its section, length and utilisation, and watch the colour map refresh every few seconds.
Ray-traced frames in three rings. Drag to turn, drag up or down to change elevation, click any part to identify it.
A fly-along of the line and a drone orbit of the tower, rendered offline.
Films
AIoT
Each gauge is registered on the member it sits on, its records are checked and corrected, and the twin is calibrated against measurement and validated on an event it has not seen.
AIoT and sensorsWhy it matters
Owners and reviewers understand a structure faster when they can turn it and click it. The same pipeline also writes depth, segmentation and camera layers for every frame: physically consistent synthetic data for training vision and world models.
Coming next
Gaussian-splat captures of real structures, aligned with their analysis models, so a site visit and a structural result can be viewed in one place.