From borrowed silicon to living machines
Evolution already solved intelligence: efficiently, robustly, at milliwatt scale. Our path follows it in three stages: run on neuromorphic hardware that exists today, build neuromorphic compute that scales tomorrow, and ultimately shape robots whose bodies and brains are designed as one.
Use neuromorphic hardware
OMNI 01 is built for spiking, event-driven silicon: chips that compute the way neurons do. Instead of forcing biological intelligence through GPUs designed for graphics, we run it on hardware that speaks its native language.
That choice is what makes true edge autonomy possible: brains that draw watts, not kilowatts, and respond in microseconds, not network round trips.
- Event-driven compute: power is spent only when something happens
- Orders of magnitude lower energy than GPU inference
- Deployable inside the robot, no datacenter tether
Build neuromorphic compute that scales
Today's neuromorphic chips are research-grade: brilliant, but built in small batches for small problems. The next step is our own silicon: a modular neuromorphic fabric that grows from millions of neurons to billions without rewriting the intelligence that runs on it.
One architecture, every scale: a single robot's brain, a factory's fleet, a platform others build on.
- Production-grade neuromorphic silicon, not lab prototypes
- Modular fabric: scale by adding tiles, not redesigning
- The compute platform for embodied intelligence everywhere
Build biomimetic robots
The destination: machines designed the way nature designs, body and brain as one system. Morphology, materials, and sensing modeled on living organisms, so that intelligence isn't bolted onto a chassis but grows out of the form itself.
Robots that bend instead of break, that recover like animals do, that move through the world with the economy only evolution has achieved, until now.
- Morphology and intelligence co-designed, not assembled
- Compliant, organic structures that absorb the unexpected
- Machines that earn the word "lifelike"