RankShield Helix
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INDUSTRY // ROBOTICS & EMBODIED AGENTS

Proof before every move.
verifiable security for robotics and embodied agents

RankShield Helix is the governance and attestation layer for embodied agents — authorizing physical actions before they execute and sealing signed provenance for each one. Not the robot; the proof that every autonomous move was allowed and is accountable.

Enterpriseverifiablequantum-safe
01 // THE WORK

What the core
runs.

Before an autonomous system actuates, the core checks the action against policy, authorizes or halts it, and seals a post-quantum-signed record of the decision — so every physical move an agent makes is pre-authorized and independently verifiable after the fact.

02 // COMPLIANCE

Provable
by design.

OSHA human-robot safety, export controls, and the EU Machinery Regulation (2023/1230, applying 2027). Every actuation decision is logged and attributable.

03 // FOR ENTERPRISE

At scale,
and governed.

Operators of autonomous fleets get pre-action authorization, a runtime killswitch, and signed provenance for every physical action.

04 // FOR OPERATORS

Built for
those who run it.

Operators of autonomous systems get pre-action authorization, a runtime killswitch, and signed provenance for every physical action — the accountability layer, not the hardware.

GET STARTED

Put robotics & embodied agents
on the core.

Tell us how your operation runs today; we'll show you a core that runs it — and proves every action.

SCROLL TO DESCEND
ROBOTICS & EMBODIED AGENTS

Security & Attestation for Autonomous Robots, made verifiable.

01pre-action authorization — run autonomously, sealed and verifiable
02signed provenance — run autonomously, sealed and verifiable
03runtime monitoring — run autonomously, sealed and verifiable
04emergency halt — run autonomously, sealed and verifiable
05attestation — run autonomously, sealed and verifiable

What does RankShield Helix do for robotics — is it the robot?

No. Helix is the security, governance and attestation layer around autonomous systems, not the hardware or the control stack. It authorizes physical actions against policy before they execute, can halt them at runtime, and produces a signed, verifiable record of every actuation — the accountability layer embodied AI is missing.

How do you prove an autonomous robot acted correctly?

Each authorization and action is sealed with post-quantum cryptography into a tamper-evident log, capturing what was requested, which policy applied, and whether it was allowed or halted. That gives operators, safety regulators and insurers an independently verifiable provenance trail for every physical move.

Run robotics & embodied agents on a core you can verify.

Autonomous, quantum-safe, and provable — sized for enterprise operators.