tlc-spec-driven

You can plan and implement software projects with traceable requirements by using an adaptive four-phase workflow: Specify, Design, Tasks, and Execute, which captures testable requirements with traceable IDs and ensures atomic commits.

The best way to maintain project planning memory across sessions is to use a spec-driven framework that persists memory across sessions, allowing you to pause and resume implementation without losing the context of your atomic task breakdown.

To break down complex software features into atomic tasks, apply an adaptive planning phase that creates a granular task breakdown with clear dependencies and identifies safe parallelism, auto-sizing the depth to your feature's complexity.

Yes, you can use spec-driven planning for mapping existing codebases. The adaptive workflow supports this use case by applying its phases to understand current architectures and plan features while reusing existing patterns.

Adaptive project planning works for quick ad-hoc code changes by auto-sizing the workflow depth to the feature's complexity, allowing you to skip optional architecture planning and execute quick fixes iteratively with verification.

You do not need a specific tech stack to use a four-phase software planning workflow. The framework is stack-agnostic, meaning it applies to any technology stack by focusing on architecture planning and task execution rather than specific tools.