improve-architecture

Incremental architecture improvement identifies circular dependencies and god files to enable targeted refactors. It proposes single-responsibility fixes and boundary corrections without rewriting large swaths of code or requiring a full migration.

Tightening module boundaries in a legacy monolith is done through gradual modularization. This approach reduces coupling by applying structured analysis steps and lightweight validation without altering runtime behavior.

Incremental refactoring is designed for medium-to-large codebases undergoing pre-migration cleanups. It detects architectural hotspots and recommends targeted fixes so teams can safely tighten boundaries before a full migration.

An architecture scan detects unclear module boundaries by identifying hotspots such as oversized modules and tight coupling. It applies structured analysis steps to map these issues and tracks progress with lightweight validation.

Refactoring module boundaries does not alter runtime behavior because the process focuses on structural reorganization rather than functional changes. It uses lightweight validation steps to ensure improvements are safe and targeted.

A full rewrite is not necessary when architectural issues like tight coupling and unclear boundaries can be addressed incrementally. This approach applies guided refactors and boundary corrections to reduce risk without a complete rewrite.