Every intelligent machine is a software-defined machine.
AI writes that software. LOCI predicts how it behaves on real hardware — before it ships.
LOCI predicts
The machines it powers
AI Physics meets Physical AI.
A robot hand learns from a camera and pressure sensors. Claude Code writes its controllers and motion intelligence — and LOCI grounds that software on the robot’s real silicon, so a confident policy never becomes a motion the hardware can’t safely execute.
Camera + pressure trained
Claude writes the controllers
LOCI predicts the physics
Grounded, not hallucinated
AI-written controllers, grounded on the robot’s real silicon before they move a motor.
Watch LOCI catch the hallucination.
Claude Code writes the hand’s grasp controller — confident it’s safe. LOCI predicts how it actually runs on the MCU and stops the motion that would overrun the control period, before it ever drives a servo.
The agent fixes its own code — before a single line moves the hand.
How LOCI delivers it.
The engine · AI Physics
A behavioral foundation model trained on real hardware traces — predicting timing, power, energy, thermal, memory and cache from the compiled binary.
How it worksThe surface · Cockpit
Execution signals and one verdict on every AI-generated change — live beside your coding agent, so nothing regresses before it reaches a machine.
See the CockpitThe reach · every industry
One engine across robotics, automotive, aerospace, medical, industrial and edge — the software that runs the physical world, validated before silicon.
Explore industries