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To capture design decisions across a codebase, use a tool that records session history and context injection to build institutional memory. It surfaces prior trade-offs and lessons not evident in the code alone, producing a structured digest for recall.

Tracking design reasoning separately is needed because the code alone does not reveal the trade-offs and lessons behind decisions. Building a knowledge graph of this institutional memory enables faster onboarding and more informed debugging sessions.

The best way to build institutional memory from debugging sessions is to capture decision rationales and lessons from code changes into a living knowledge graph. This links design decisions directly to components and outcomes for future recall.

Yes, you can use past session history to inform current feature work by surfacing prior decisions and context from your vault. Summarizing the most relevant reasoning provides the necessary context for your next design review.

Capturing institutional memory requires no complex environment setup or external dependencies. You can start immediately by summarizing prior decisions and design reasoning to surface context for onboarding and recall.

You should not rely on a knowledge graph for design decisions when the context is trivial or self-evident in the code. It is best used for complex trade-offs, design reviews, and debugging where prior reasoning provides necessary context.