Adapts a monocular 3D model with synthetic D-Synth data and small clinical datasets to recover metric lesion geometry and detailed surface normals from one image.
Synthetic training reduces SKINL2 depth-scale overestimation from 16.1× to 1.11× while fine-tuning only 0.6% of model parameters.
Trains a billion-parameter world model on street-view images linked by location, time, and movement commands, unifying controlled image generation, geolocation, and action prediction.
60% of geolocation predictions fall within 10 meters on STRIDE’s San Mateo test data.