Robbinson

Robinson is an autonomous mission-control system for an orbital GPU datacenter — a satellite running large-scale AI training in low Earth orbit, where you can't just send a technician. A crew of specialized AI agents (thermal, radiation, power/orbit, workload, downlink, vibration) continuously watches live telemetry. When something goes wrong — a GPU board overheating, a radiation spike corrupting memory, a 5 TB model export that can't fit through one ground-contact window — the responsible agent gathers evidence, sends it (including thermal IR imagery) to Nemotron Omni on Crusoe managed inference for analysis, and reports to a Commander agent. The Commander fuses findings into a single incident with a concrete mission patch: validated, safety-checked commands plus a rollback plan. Nothing executes without a human: the operator reviews the live agent workflow, the model's reasoning, and the evidence, then approves or rejects. Approved patches are executed and verified automatically — and in the live demo, approving a thermal patch physically fires up the demo machine's cooling hardware.