
Regulated delivery
Regulated AI software delivery
Let teams use AI coding tools in regulated software delivery while preserving scope control, approval evidence, and audit-ready records.
Regulated delivery
Give AI-assisted changes the same control discipline as production work
- Policy
- Rules apply before acceptance
- Evidence
- Receipts describe the run
- Commit
- Output ties back to the control path
Control baseline
Controls for regulated AI delivery
The baseline is simple: define what the assistant may do, check the result, require sign-off for risk, and keep the proof.
Declared scope
The task defines files, dependencies, routes, schema, and systems the work may touch.
Protected boundaries
Sensitive paths and policy exceptions require checks or approval before the work moves forward.
Required evidence
Claims about tests, scope, and policy are backed by execution output and receipts.
Commit enforcement
The repo accepts the change only after the governed run clears the configured rules.
Audit-ready proof
Evidence regulators and internal reviewers can inspect
Which policy applied?
The configured rule set for the governed workflow.
Which risk required sign-off?
Protected path, exception, or change type that triggered approval.
Which checks supported acceptance?
Execution output and pass or fail state.
Which change reached delivery?
Commit identity tied to the governed run.
How it runs
Govern the AI path before CI sees the result
Launch AI work under policy
hakama watch launch claudeEngineers keep their assistant, while the session runs with scope and risk controls active.
Validate the finished work
hakama execHakama checks the diff against the accepted scope, approvals, and required evidence.
Hand CI a controlled change
CI remains valuable; it receives a change that already passed the governance checks around AI-assisted work.
Delivery architecture
Governance belongs close to the repo
- Scope lives beside the working tree.
- Approval gates trigger during the run.
- Receipts attach to the delivery artifact.
Related use case