Guides complex implementations through a structured Spec-Driven Development lifecycle using persistent memory.
The SDD Workflow skill introduces a rigorous Spec-Driven Development framework to Claude Code, facilitating the management of complex software changes. By enforcing a five-phase process—Explore, Propose, Apply, Verify, and Archive—this skill ensures that every modification is preceded by thorough risk assessment and followed by validated testing. Integrated with the Engram persistent memory system, it captures vital project context and decision-making history, making it an essential tool for maintaining high-quality codebases and preventing regressions during multi-phase implementation tasks.
Key Features
01Automated artifact generation for each development phase
02Persistent session archiving for long-term context
03Structured risk assessment and scope definition
04Standardized 5-phase SDD lifecycle management
05Integrated verification against specs and regressions
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Use Cases
01Creating a permanent record of design decisions and test evidence
02Planning new feature implementations with complex constraints
03Managing large-scale refactors with high regression risk
