lane-contract

To enforce multi-agent coding contracts, define specific task scopes using owns_paths and never_touch constraints, ensuring individual AI workers stay within their assigned file boundaries and preventing cross-agent interference.

Task isolation in multi-agent coding uses owns_paths and never_touch constraints to restrict workers to their assigned scope, preventing cross-agent interference and maintaining strict boundaries for concurrent repository modifications.

To implement verification tiers for multi-agent code changes, apply L0, L1, and L2 validation levels to guarantee code quality, ensuring all automated checks pass before the project manager merges modifications into the main branch.

Yes, managing complex refactors with task contracts requires adherence to schema-v2 task fields and strict path-scoped validation to maintain system integrity during task decomposition and safe merge protocols.

The best way to prevent cross-agent interference during refactors is to enforce structured task contracts with file-level ownership constraints, task decomposition, and verification tiering to maintain system integrity.

Avoid using strict multi-agent task contracts when your repository modifications do not require strict path-scoped validation or when task decomposition and defined verification tiers are unnecessary for maintaining system integrity.