ql-plan

To convert a PRD into a dependency-aware execution plan, you translate structured specs into granular 2-5 minute tasks organized within a machine-readable DAG. This ensures proper wiring and dependency tracking across planning, executing, and verifying phases for autonomous software execution.

A dependency DAG is a directed acyclic graph that organizes granular 2-5 minute tasks by their execution dependencies. It drives autonomous software execution by generating machine-readable metadata that keeps planners, executors, and verifiers synchronized throughout the plan lifecycle.

Yes, you need a structured spec like a Product Requirements Document to generate a machine-readable DAG. The spec-to-plan conversion requires structured input to accurately define granular tasks, dependency wiring, and execution metadata for autonomous development.

Yes, you can validate task dependencies and prevent scope creep during automated planning by applying DAG verification checks. This mechanism ensures proper wiring between stories and alignment across planning, executing, and verifying phases to prevent misalignment.

Breaking down project specs into 2-5 minute tasks for automation ensures granular control and precise dependency wiring within the DAG. This fine-grained approach generates accurate execution metadata required to synchronize planners, executors, and verifiers for end-to-end automation.