What Pitlane is
The operating layer that turns robot intent into trusted action
Pitlane coordinates fleets so code can reach reality with confidence. The system checks context, rehearses risky changes and requires the right approvals before anything moves.
You gain faster iteration with fewer incidents and a clear record of what happened and why. The goal is simple growth without gambling on safety.
Latency aware
Decisions adapt to real links and local risk.
Sim gated
Rehearse high impact changes in a twin first.
Provable actions
Every material action carries context and proof.
Why current ops fail
Code moves fast while safety lags
Mixed fleets run on ad hoc control paths with fragile rollouts and logs that do not survive audits. Incidents drift into guesswork and fixes rarely stick.
Pitlane replaces that scramble with one place to plan, gate, approve and verify actions across hardware and networks.
Opaque changes
Hard to trace who did what when.
Brittle releases
No safe rehearsal before impact.
Slow recovery
No clean rollback path with context.
Outcomes not promises
Safer releases, shared autonomy and durable truth
Releases rehearse in simulation before they touch hardware. Edge quorums mirror real conditions and action commits carry attestations that bind people, software and context to the result.
Partners gain a system they can trust and reviewers gain records that hold up. The stack grows stronger with every rollout.
Fewer incidents
Guardrails trip early and cleanly.
Faster cycles
Confidence shortens the loop.
Clear audits
No debate about what ran where.
Shared ops
Cross org work without blind trust.
From intent to action
Four steps from code to consequence
1 Instrument
Agents stream context with least privilege by default.
2 Sim gate
Risky changes rehearse in a twin before impact.
3 Quorum and commit
Edge validators evaluate risk then approve or halt.
4 Prove and observe
Actions ship with attestations and clean replay.
Guardrails by default
Least privilege, explicit approvals and clear isolation
Agents stay read only until an approval raises capability. Hazardous moves require two people and every approval expires. Sims and replays run in isolation with signed artifacts and SBOM checks.
Scoped keys
Tight capability windows with expiry.
Two person rule
High risk needs visible human presence.
Immutable artifacts
Signed builds and replayable context.
From foundry to field
Join the early cohort
Foundry builds include adapters, base policies, action attestations and incident replay. Field trials add sim gated canaries, policy packs and richer telemetry proofs. Open release brings governance controls, a marketplace for verifiable robot skills and enterprise rollout tooling.