ProxiHuman
System online
ProxiHuman generates physically accurate digital twins, dense spatial ground truth, and multimodal sensor streams to accelerate humanoid control loops. Deployed natively for edge autonomy, zero-latency teleoperation, and synthetic validation pipelines.
Zero disparity error synthetic tracking maps.
Ultra-responsive feedforward for teleoperation.
Repeatable joint torques & angular momentum.
Designed from first principles to bridge photorealistic perception models with real-world physical manipulators.
Biophysically accurate humanoid models featuring 6-DoF anatomical constraints, tendon dynamics, and soft-tissue deformers designed for spatial cobot interaction.
Pixel-level synthetic datasets calibrated with sub-millimeter precision. Instant ground truth generation across RGB, stereo disparity, thermal, and depth spectra.
Bridging spatial vision-language models with low-level motion planning. Ground human intent directly into deterministic trajectory candidates for autonomous cobots.
Synchronized timecode streaming via WebRTC, gRPC, and shared memory IPC for production hardware-in-the-loop tests.