The robot brain gets a brake.
Every humanoid runs a model that can be jailbroken. We put a second brain beside it: a safety core that holds a physical veto over the actuators. The robot can be talked into almost anything except hurting someone.
A software rule is a suggestion. It can be jailbroken, fine-tuned away, or patched out in an update.
A wire is not a suggestion.
So we made safety physical. The core that stops the robot lives in silicon the model can never reach.
Two surfaces, one promise.
A governed chip you can buy, and an open protocol anyone can run. Both enforce the same un-bypassable safety.
Mech-1, Mech-2, and on
A safety core that gates the actuator bus, shipped first on certified ASIL-D silicon and headed for a fabless die of our own. Bring any reasoning model. The veto stays the same.
The open control layer
The constitution and admin plane for home humanoids, open source. Write the rules, set the roles, watch every veto. Run it on our silicon or your own.
We don't sell the circuit. We sell the seal.
Anyone can copy a safety co-processor. Nobody can copy being the standard. The seal is the test, the certification, and the mark that insurers and buyers come to demand. Think UL, Dolby, USB. A standard, not a regulator.
A sequence, not a pick.
Each rung earns the next. We start with software and move into silicon from demand, the way ARM did. We never try to out-build the muscle.
Mech Protocol
Open software beachhead. Define the constitution and the cert from the layer everyone can adopt for free.
Safety co-processorwe are here
The physical veto on certified ASIL-D silicon, with zero tapeout. Wire it onto open-SDK platforms like the Unitree G1.
"Mech Inside" module
A certified module OEMs design in. The seal becomes the thing buyers ask for by name.
Fabless Mech die
Our own governor die, built fabless. Let Thor and Qualcomm be the commodity muscle underneath.
License the seal
The standard, the registry, and the mark. We own the test, never the raw FLOPS.
The thesis, on camera, before the silicon.
A Unitree G1 in simulation where the safety core physically vetoes the robot's actuators in real time. It is how we prove the wire works while the die is still being designed.
Ship a robot your insurer will underwrite.
Whether you make humanoids or buy them, the veto is how you put one near a person and sleep at night.