Manufacturing & Robotics

When the AI is holding a 50kg arm — guardrails aren't optional.

Vision-language models are moving onto the factory floor. BoundaryAI runs at sub-microsecond latency between the model and the actuator, enforcing safety envelopes that physics — not the model — defines.

Book a robotics demo Air-gap deployment guide

What we enforce

Hard limits the model can't override.

Speed & separation

Enforce ISO/TS 15066 speed and separation monitoring on every commanded trajectory.

Worker zones

Block end-effector intrusion into operator workspaces — verified at the controller, not in the model.

Force & torque

Hard-cap commanded force regardless of what the planner asks for.

Mode supervision

Prevent state transitions (teach → auto, manual → cobot) that violate active permits.

Tool change safety

Verify end-effector and payload match the active program before motion begins.

Line-level coordination

Stop one cell from acting in a way that breaks safety for an adjacent cell.

Latency & deployment

1.7 µs P99. Air-gapped. Deterministic.

1.7µs P99 latency

Decisions return inside one control-loop tick. No round-trip to a cloud LLM.

Air-gap / on-prem

Runs on industrial PCs with no outbound network. Updates via signed bundles.

ISO 10218 / 15066

Policy primitives map directly to the standards your safety integrator already uses.

Fail-safe defaults

On policy ambiguity, the engine refuses the action. Safety beats throughput.

Put a deterministic layer between the model and the motor.

We'll walk through your cell architecture and show where BoundaryAI fits.

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