5d-gap-analysis

To identify gaps between a spec and current implementation, run a gap analysis workflow that compares the two states and surfaces categorized items. This process outputs a structured report detailing required changes and estimated complexity.

Gap analysis in software architecture is the process of validating a formal spec against the current state to prevent scope creep. It categorizes required changes into Code, Knowledge, System, and Alignment gaps to guide implementation planning.

You should run a spec validation gap analysis after receiving a SPEC and before coding begins. This timing surfaces all required changes early, preventing surprise modifications and scope creep during the implementation phase.

Yes, gap analysis maps categorized spec gaps to concrete project planning actions. The generated report includes recommended actions, owners, and timelines for each identified item to directly support implementation planning.

During spec consolidation, four main types of gaps are surfaced: Code Gaps, Knowledge Gaps, System Gaps, and Alignment Gaps. Categorizing these gaps ensures all required changes are systematically addressed in the implementation plan.

Yes, you can use gap analysis to prevent scope creep by identifying all discrepancies between the current state and the official spec before implementation starts. This structured approach ensures all required changes are fully scoped and mapped to actions.