Ground is the program for machines that understand the physical world well enough to be trusted in it: navigation without satellites, terrain reasoning, and safe movement among people. Without this program, a robot is a very fast way to have an accident. With it, machines can be trusted around people — which is the entire point.
The physical world is exactly where machines fail. Positioning signals are jammed or absent; ground is broken; dust blinds cameras; the network is the first casualty of any bad day. A machine that only works in clean conditions abandons its team precisely when it is needed. Ground exists to close that gap.
The program's core insight is that navigation and safety are not features bolted onto a robot — they are the difference between a machine that earns a place near people and one that gets banished. So Ground studies how a machine reads terrain the way a scout does, how it tells firm rock from loose scree, how it senses a person before a corner, and how it keeps thinking when every link to the outside world is cut.
Everything Ground builds is sovereign at the edge: it runs on the hardware the machine carries, so a cut or spoofed signal cannot blind it or walk it into a trap. Resilience that depends on something an adversary — or a power cut — can switch off is not resilience at all.
Reading terrain, landmarks, and structure to know where you are with no satellite fix — the way a scout navigates by the shape of the land. Built for our own platforms and licensed as a module to other makers' vehicles and aircraft.
Not just 'is there an obstacle' but 'will this ground hold' — mud from tarmac, scree from rock, a slope worth avoiding. This is what lets a carrier follow a team across country that would trap an ordinary wheeled machine.
The judgment that earns a machine a corridor pass: sensing a person before a corner, slowing near a wheelchair, yielding to a stretcher, waiting at a door, stopping instantly on unexpected contact. The same problem in a ward and in a crowd, in different clothes.
Rehearsing every behavior across thousands of simulated bad days — wind, dust, jamming, crowding, sudden falls — before it earns a live role. We offer this validation as a service to other makers too.
navigation and terrain modules on our own platforms in pilots; safe-motion proven with clinical teams; simulation validation earning service revenue.
modules licensed to other manufacturers; larger coordinated groups; safe motion matured across more crowded settings.
machines that handle genuinely broken ground — rubble, collapsed structures — as fluently as a trained person. We label this honestly as a bet, not a promise.
Ground is where machines learn to be trusted in the real world. Tell us the terrain you work on.