Foundation models teach robots how to act. Orbital AI operates them once they're on the floor — a cloud control plane for telemetry, scope-enforced control, and orchestration, paired with ARIA, the on-robot edge agent doing camera-based visual navigation and safety in real time. Any OEM.
Orbital AI lives in the cloud and governs the whole fleet. ARIA lives on the robot network and closes the loop in real time. Outbound-only, mTLS between them.
Monitors every robot, governs who is allowed to act, and closes the loop with orchestration. One integration surface, one pane of glass — regardless of who built the hardware.
Runs on the robot network, hardware-bound and air-gapped. Overhead cameras give ground-truth pose; ARIA corrects onboard SLAM drift toward zero every tick and halts locally the instant it's unsafe.
Pose, sensors, motor load, battery & thermal, spatial position — live on a 2-second heartbeat from every robot.
Every command checked against per-OEM API scopes before it reaches a robot. Granular grants, E-Stop, safety-halt controller.
Drop a waypoint on the overhead map; ARIA's cameras guide the robot there — circumventing onboard SLAM when it drifts.
One surface across ROS2, gRPC, and cloud REST. Onboard any vendor's fleet and command it from a single pane.
Onboard an OEM through the API wizard, pick the transport (ROS2, gRPC, REST), and grant the exact scopes Orbital should hold — no more, no less.
Live telemetry, a global spatial map, mission sequences, and drift/safety alerts land in one dashboard — with ARIA's camera-tracked ground truth for every robot.
Set visual waypoints, adjust speed and direction, or hit E-Stop — every action passing the scope gate and safety-halt controller before it reaches hardware.
Training data teaches robots in the lab. Orbital captures the operational data they generate on real floors — the signal that only exists after deployment, and the interventions that make the next run safer.
Give operators a best-in-class control surface without building it yourself. Onboard your fleet, expose exactly the capabilities you choose, and let Orbital handle monitoring, governance, and visual navigation.
