01
Governed API mutation
Every consequential write enters through a policy-aware control point—not an implicit trust boundary.
The governance control plane for AI systems
Verify first.Deploy second.
A fail-closed control plane that verifies state, authority, implementation, and evidence before your AI systems mutate, ratify, promote, or deploy.
Fail closed by design. No silent pass-throughs.
Decision gate / live evaluationPolicy: deployment.promotion.v3
Mutation request
Promote model release
AuthorityRelease signer valid
StateSnapshot matches
EvidenceMeshLedger linked
OrderingApprovals complete
Decision
APPROVE
Atomic record appended
Decision ID pgo_7a9e…c12f
Evidence snapshot sha256:8de4…a8b1
Evidence snapshot sha256:8de4…a8b1
The mandate
Govern the action before it changes the system.
PocketOS makes the trust checks explicit at the moment they matter. The system either has proof to proceed or a reason to stop.
02
MeshLedger evidence
Bind the decision to tamper-evident evidence so the record can be independently verified later.
03
Constitutional ordering
Require the right approvals in the right sequence before a change can advance.
04
Signed ingress. Closed holds.
Reject unverifiable requests and hold integrity-sensitive changes until the system can prove otherwise.
How it works
One decision path. No blind leaps.
01
Submit evidence
Change intent, implementation proof, authority, and context arrive together.
02
Verify authority + state
PocketOS checks signer, policy order, current state, and required evidence.
03
Approve, hold, or escalate
The outcome is deterministic. A missing proof does not become a silent exception.
04
Produce the decision record
A verifiable record connects the decision, evidence, and resulting system state.
Technical proof
Evidence with structure, not theater.
Decision integrity needs both sequence and membership proof. PocketOS keeps those questions separate, then makes them inspectable.
Hash-chain ordering
A hash chain preserves the sequence of decision events. It answers the question: what was ratified first, and what followed from it?
Order-independent Merkle commitments
A Merkle set commitment proves which evidence belongs to a snapshot without claiming that the set itself has a chronological order.
Atomic append
Attach a decision and its evidence reference as one integrity-sensitive operation.
Snapshot verification
Recompute and inspect the state captured at the decision boundary.
Built for the accountable team
For teams that cannot ship on a shrug.
PocketOS Governance fits platform, security, and AI engineering teams that need a hard boundary between an asserted change and a defensible decision.
PLATFORM
Platform engineering
Put consistent governance in front of the APIs and release paths other teams rely on.
SECURITY
Security engineering
Require signatures, explicit authority, and inspectable evidence at critical change boundaries.
AI SYSTEMS
AI engineering
Promote models, tools, and policy changes with a decision record built into the workflow.
FAQ
Decisions deserve answers.
What is governed?
PocketOS Governance is designed for high-consequence AI-system actions: API mutations, model or policy promotions, ratifications, deployments, and the state transitions that make them real.
What happens when verification fails?
The action fails closed. PocketOS returns a hold or escalation outcome rather than allowing a mutation to proceed with incomplete authority, stale state, or missing evidence.
Is this just an audit log?
No. Audit logs record what already happened. PocketOS governs whether a consequential action may happen, verifies the prerequisites, then creates evidence of the decision.
The release gate is a product decision