architect-detective

Architectural discovery maps a codebase's structure using AST-based analysis and PageRank to identify core abstractions, dependencies, and layer boundaries. Use the claudemem map command to reveal controllers, services, data layers, and design patterns within your project.

Dead-code detection uses AST structural analysis to scan your codebase and flag unused components. The Skill applies PageRank-based ranking to distinguish active abstractions from unused code, helping you clean up bloated projects.

Yes. Layer boundary discovery identifies separation between controllers, services, and data layers using dependency analysis. It reveals architectural patterns—factory, repository, event-driven—to validate or refactor your design structure.

PageRank computes importance scores based on dependency relationships, surfacing core abstractions and frequently-used modules. This ranking distinguishes central architectural elements from peripheral ones, highlighting design bottlenecks and critical paths.

AST-based structural analysis works with software projects using claudemem v0.3.0. It supports map, symbol, and dead-code workflows and forbids GREP, FIND, and GLOB usage to ensure precision in architectural discovery.

Yes. Pattern discovery uses dependency and structural analysis to identify factory, repository, and event-driven patterns. It maps how components interact to reveal whether your codebase follows or deviates from recognized architectural patterns.