01 / Mech-1
The safety core
The chip that gates the motors and clears each movement against your rules. Bring any model, and the rules stay the same.
Enterprise
Run Mech inside your own walls.
The chip, the rules, and the records all live on your hardware and your network. Deploy on-prem or air-gapped, prove every decision to your auditors, and ship humanoids your insurer will cover.
The stack
The chip, the rules, the proof.
Three layers ship together and run where you run. You bring the AI. Mechanical brings the safety.
02 / Mech Protocol
The control plane
Open software to set rules, assign roles, and watch every decision across the fleet.
03 / The seal
The proof
Certification a buyer, an insurer, and a regulator can verify on any unit.
Sovereignty
It runs where you run.
Mechanical stays inside your perimeter. Your network, your keys, your logs. Pick the footprint that fits your security posture.
01
On-prem core
The safety core on your own racks. Everything stays on your network.
02
Air-gapped
Runs fully offline. Rules, updates, and audit move on media you control.
03
"Mech Inside" module
The certified module on the platform you already buy.
04
Your own silicon
Run the core on your certified board. We seal it, you host it.
Built for the regulated edge
Safety you can prove.
Every line maps to evidence you can hand an auditor, an insurer, or a regulator.
ASIL-D silicon
Formally verified
Air-gap ready
Tamper-evident seal
On-device decisions
Signed audit trail
The admin plane
See every decision.
The Mech console is one place for a fleet of humanoids. It shows what each robot planned, what Mech-1 cleared, and what it held. Replay any moment, and export the whole record.
- [D]
Decision log
A timeline of every movement cleared and held, with the rule that applied and the state at the time.
- [S]
Sandboxed motion
Each motion plan runs inside a bounded envelope, so one limb stays separate from the rest.
- [K]
Sealed identity
Every robot carries a Sequence, a hardware-rooted identity that signs its own logs.
The Mech console. Live decisions across the fleet, signed and ready for your SIEM.
Traceability
Everything the robot does is on the record.
Decision log
Signed and append-only
Every movement cleared and held is written to a sealed log on the robot's own identity, then mirrored to your store.
Sandboxed
Bounded motion
Plans run inside hard limits on force, speed, and reach. Mech-1 enforces the envelope.
Vault
Encrypted by default
Keys, model weights, and operator data sit in an encrypted vault. Logs redact personal data before they leave the device.
Retention and SIEM
Keep what you need. Stream the rest.
Set retention windows per fleet and forward the live record to the tools your security team already runs. Configure it once in your rules, and it applies everywhere.
- [30]
Hot, 30 days
Full-fidelity, instantly replayable decisions for active operations.
- [1y]
Warm, 1 year
Queryable history for incident review and compliance reporting.
- [7y]
Cold, 7 years
Sealed archive for liability and regulatory windows.
Access control
Roles that match your org.
The people who write the rules are separate from the people who operate the fleet. Roles map to your org, and every privileged change is recorded and reversible.
- [A]
Administrators
Write the rules. Every change is recorded, and weakening a safety rule needs two keys.
- [O]
Operators
Run, pause, and teleop within the envelope the rules allow.
- [R]
Auditors
Read the full record. Export, replay, and report.
Forward deployed
Our engineers embed with your team.
We take a platform from moving to sealed, and we leave behind a system and the proof to underwrite it.
01
Assess
Map your platform, its hazards, and the envelope the robot should stay inside.
hazard model
02
Integrate
Wire Mech-1 onto the motors and bring up the admin plane.
Mech-1 live
03
Certify
Run the test suite, capture the proofs, and issue the seal.
sealed
04
Operate
Hand over the console, train the roles, and stay on as the fleet grows.
underwritable
Get started
Put Mech-1 on your robots.
Tell us what you are building. A safety engineer will walk you through deployment, certification, and earning the Mech seal.