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To generate architecture decision records from execution evidence, you use a bounded execution engine that converts runtime validation outputs into durable ADR artifacts. This process automatically synchronizes implementation state with concrete code changes.

Bounded execution is an engineering process that restricts implementation scope to current code and board contracts. It converts runtime evidence into editable artifacts and execution records, ensuring changes are validated against strict governance boundaries.

You can automate validation evidence creation by running targeted checks during bounded execution tasks. This process generates validation-evidence.md files and implementation notes, closing the execution state only when runtime evidence fully supports the changes.

To synchronize technical documentation with board contracts, you apply execution-grounded workflows that map spec requirements to runtime artifacts. This generates implementation notes, runbooks, and migration notes directly from validated code changes.

Yes, you can perform narrow healing and debugging within repository implementation workflows. Bounded execution engines validate changes with targeted checks and apply narrow fixes, closing execution state only when supporting evidence is confirmed.

You should avoid execution-grounded documentation when lacking concrete board contracts or runtime validation data. Without strict evidence creation and state synchronization inputs, bounded execution cannot reliably generate durable artifacts or ADRs.