planning

To break down a project objective into a multi-session implementation plan, provide your high-level spec and constraints to generate a detailed sequence of tasks. The plan includes research, design, draft, review, and register phases spanning multiple sessions or PRs.

A dependency graph for task ordering maps prerequisites and relationships between engineering tasks. It visualizes task sequencing to ensure steps are executed in the correct order and identifies opportunities for parallel step detection to optimize workloads across teams.

You generate an execution brief for cold-starting a development task through the planning process. It produces a self-contained document with repeatable steps and minimal context required, allowing teams to begin work immediately without reviewing the entire project spec.

Yes, this planning approach requires a spec or requirements to exist before coding. It transforms these high-level requirements into an actionable implementation strategy, ensuring the generated roadmap has a solid foundation and clear milestones to guide the engineering work.

An adversarial review gate validates completeness and guards against anti-patterns within your implementation plan. It subjects the drafted multi-session roadmap to rigorous scrutiny, ensuring the task breakdown is robust and free of structural flaws before execution begins.

Yes, you can detect parallel steps in a multi-session engineering blueprint. The planning process analyzes the dependency graph to identify tasks without overlapping prerequisites, optimizing workloads by allowing teams to execute independent steps concurrently across multiple PRs.