Deploy multi-modal Vision-Language-Action (VLA) models onto bipedal and wheeled humanoid hardware with microsecond impedance control and sub-millimeter dexterity.
Bridge the gap between digital foundation models and raw robotic actuators with deterministic, real-time control primitives.
Pre-trained physical world representations that convert natural language instructions into coordinated joint angle trajectories.
Deterministic RTOS kernel providing 1000Hz+ closed-loop force control to safely interact with delicate objects and humans.
Train in GPU-accelerated parallel physics simulations (Isaac Sim / MuJoCo) and deploy directly to hardware without retraining.
Dual-modal pressure and thermal tactile sensors integrated seamlessly for slip prediction and micro-texture recognition.
Coordinate hundreds of humanoid units across factories. Shared episodic memory prevents repeat errors across the entire fleet.
Magnetic high-torque coupling interfaces allowing robots to switch between dextrous hands and power tools in 3 seconds.
Real-time Whole-Body Dynamics
Zero-Shot Hardware Adaptation
Sub-millimeter Shared Co-op
Validated in Gigafactories
Discover how automotive assembly lines and defense labs deploy Kinetix OS onto next-gen humanoid hardware.
"Deploying Kinetix OS reduced our humanoid bipedal gait development from 18 months to 3 weeks. The Sim2Real domain randomization solved our dynamic terrain slip problems immediately."
From single research lab prototyping to thousand-unit gigafactory production line deployments.
Ideal for university robotics labs and hardware startups prototyping 1-3 robots.
Full fleet orchestration and VLA fine-tuning for commercial manufacturing plants.
Custom silicon integration, motor drive tuning, and dedicated ISO certification.