ct-epic-architect

You decompose a complex project epic into atomic tasks by triggering the planning framework with a natural language prompt. It generates an organized hierarchy of child tasks, maps dependencies, and structures wave-based execution for the initiative.

Wave-based execution planning maps complex task graphs with parallel and convergent paths. It organizes decomposed tasks into execution waves, ensuring dependencies are resolved before subsequent tasks begin across the project.

You link research outputs to decomposed tasks by attaching relevant research data directly to the task hierarchy. This preserves context for execution and ensures structured outputs maintain proper reference linking throughout the workflow.

Yes, you can plan epics for large initiatives without manual dependency analysis by providing a natural language prompt. The framework automatically maps complex task graphs and generates dependency analysis alongside wave-based execution plans.

Yes, epic planning supports parallel and convergent task paths through dependency analysis and wave planning. It maps complex task graphs to ensure structured execution across projects with proper reference linking and context injection.

You should use a structured framework for task decomposition when planning complex initiatives that require clear dependency mapping, wave-based execution, and research linkage. It ensures atomic tasks maintain context and proper reference linking.