Engineered to be trusted
Autonomy is only useful if you can rely on it. The trust isn't a setting — it's built into how the platform runs: capable autonomy you can see, with nothing fabricated and nothing risky without your yes.
It doesn't make things up
A seven-layer architecture sits between a tool result and what you read. Hallucinations aren't impossible — they're detectable, and blocked before they reach you.
- Gathering evidence is separated from writing the answer
- Cited facts must actually appear in the tool result they cite
- After every write, the database is re-read by ID to confirm it saved
- If it says it did something, it proved it really happened
Nothing risky without a yes
One approval queue, three autonomy modes, and a safety floor no mode can cross. You decide how much freedom it has — and it's enforced by rules, not hope.
- Manual, guided, or autonomous — your choice
- Restricted and sensitive actions always need a human, even on full autonomy
- Approvals are scoped by risk: reversible builds flow, external/destructive actions stop
- The trust profiler recommends a level — it never flips the switch for you
It finishes the work, and survives crashes
Built like a payments system, not a chatbot. The database is the source of truth — every step is written down before it runs.
- Atomic claim per task means it never double-runs
- Heartbeat recovery cleans up crashed runs automatically
- Resume from the exact step it reached — no lost or repeated work
- The screen loads from the database; a dropped live stream never corrupts state
It won't fake a broken tool
Your integrations report the truth. A momentary blip won't falsely brick a tool, a genuinely-dead token won't be papered over, and fixes heal on their own.
- A single failure won't drop a connection — it takes repeated, authoritative refusals
- A dead-credential signal from the provider flips it instantly
- Fix a token yourself and the next successful call heals it automatically
Your data stays yours
For data-residency and compliance needs, run on your own database, with your own model keys (or a local model), under your own encryption keys. The platform holds metadata and config — not your content. And it fails closed: it would rather error than write private data to shared storage.
- Bring your own database (your content never touches shared infra)
- Bring your own keys, or run a local model
- Owner-held encryption — the platform can't decrypt your content
- One canonical switch every surface respects
And it learns from outcomes, never trains on your data — it improves by remembering what worked for you, not by feeding your data into a model.
See it for yourself
Autonomy you can watch
Start a free preview and see the approvals, the step-by-step execution, and the honest status for yourself.