devbooks-knife

To break down a large epic into verifiable tasks, provide the epic_id, risk_level, and acceptance criteria to generate a topologically ordered Slice DAG and a machine-readable Knife Plan for automated validation and traceability.

A topologically ordered Slice DAG is used to map dependencies within an Epic, allowing multiple teams to execute staged plans in parallel while preserving complex gating and traceability across slices.

Automate gating and validation by generating a machine-readable Knife Plan that encodes epics, slices, and anchors, ensuring epic_id alignment and recording slice metadata for automated verification.

Yes, you can coordinate parallel team execution for high-risk initiatives by converting the epic into a topologically sortable DAG, which structures staged plans that preserve dependencies across teams.

To generate a machine-readable Knife Plan, you need to provide an epic_id, a risk_level, and acceptance criteria to initiate the slicing and validation automation process.

Use a Slice DAG instead of a standard task queue when managing high-risk Epics and complex initiatives where enforcing strict dependency gating, automated traceability, and topological ordering is required.