Topics · Domain workflow

Robotics and industrial control

Incident teams can check command context and safety rules after the physical event without depending on the vendor cloud console or narrative logs.

Concrete scenario

What this looks like in practice

A warehouse robot enters a restricted zone. Operations claims the safety geofence was active. Maintenance later discovers a firmware patch changed limits yesterday. Investigators need signed command receipts with pre-state, post-state, safety policy bindings, and controller identity that verify offline.

Problem

What breaks today

Robots move in the physical world. After an incident, a log narrative is not enough. Investigators need proof of what the machine was told to do and which safety rules were active.

Mechanism

How ZK-SNAP responds

Control actions mint receipts binding command payloads, controller identity, safety policy profile, and evidence roots for sensor or scene commitments where declared. Profiles can require robotics safety envelopes so incident reviewers see explicit policy context, not inferred UI states.

Verifiable outcome

What a verifier can check

  • Command and state roots match signed claim material.
  • Safety policy profile is explicit in the receipt — not inferred from UI color codes.
  • Offline verification works on the factory floor without cloud dependency.
  • 3DVC certification marks apply only to operators who pass conformance testing.

Related profiles and labels

Command recordSafety contextVendor-independent

Scope boundary

What a receipt does not replace

Receipts document signed control actions — not mechanical failure analysis, OSHA outcomes, or safety certification without applicable standards and operator program participation.

Go deeper

Try the workflow, then read the spec.

Use Cases tells the story with cards. Proof Lab runs create and verify locally. Protocol holds the normative reference.