shaping

To collaboratively define requirements and explore solution options, use a structured shaping methodology to iteratively refine problems, brainstorm technical approaches, and evaluate them using multi-level consistency checks. This ensures alignment across all planning documents before implementation.

Maintaining consistency across high-level shaping documents and individual slice plans requires a multi-level consistency check process. This structured methodology validates truthfulness and alignment between overarching requirements, slice definitions, and detailed execution plans during product development.

Running a structured problem definition session for complex feature development involves initiating a shaping session by describing the problem. You then iteratively refine requirements, generate solution shapes, and perform fit checks to evaluate different technical approaches collaboratively.

You can use this structured methodology for both complex feature development and strategic planning. It facilitates collaborative problem definition and solution exploration, supporting iterative refinement of requirements and solution options across various strategic contexts.

You need a structured shaping process instead of direct implementation when developing complex features that require collaborative problem definition. It helps evaluate technical approaches through fit checks and multi-level consistency checks before committing to a detailed solution plan.