Autonomous builds, full accountability

The word “autonomous” makes enterprise buyers flinch, and they’re right to. An agent that acts on its own is a liability the moment you can’t see what it did, can’t constrain what it’s allowed to do, and can’t stop it before it does something expensive.

The fix is not to strip out autonomy until you’re back to a glorified macro. It’s to wire accountability into every step, so autonomy and control stop being a trade-off.

HITL gates, by build mode

You choose how much rein to give. Gate just the deploy, gate the blueprint and the deploy, or gate every single stage — the build mode decides. Nothing risky (executing, writing, deploying) runs without the approval you configured. Deploy always gates, because shipping is irreversible.

Autonomy you can’t interrupt isn’t autonomy — it’s a liability with good PR.

RBAC & isolation at the gateway

Every action is checked against role-based access, with tenant and space isolation enforced at the gateway — not sprinkled hopefully through application code. The boundary is one place, which means it’s a boundary you can actually reason about. Your data never crosses a line it shouldn’t.

A unified, replayable run ledger

Every event, tool call, cost and token is traced into a single ledger — a complete, replayable record of the build. When someone asks “what did it do, and why,” you don’t shrug at a black box; you replay it, step by step.

That record is what turns an incident review from archaeology into reading.

Self-hosted by default

All of it runs on your own infrastructure, multi-tenant by default. Governance here isn’t a dashboard bolted on afterwards and hoped to be accurate — it’s the substrate the whole platform is built on.

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Autonomy and accountability aren’t opposing forces you have to balance. Built right, they’re the same thing: an agent that acts on its own and leaves a trail you can audit, gates you can enforce, and a stop button that works.