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To find dead code and unused exports in a TypeScript monorepo, apply static analysis across all files and cross-package dependencies. This surfaces unreachable modules, unused exports, and architectural boundary violations with zero-configuration plugin auto-detection.

Detecting circular dependencies in a large JavaScript codebase requires evaluating all files, exports, and dependencies to map import cycles. Autonomous static analysis identifies these complexity hotspots and architectural boundary violations across multi-package repositories.

Zero-config static analysis works with existing JavaScript build plugins through auto-detection. It automatically identifies your project's configuration to evaluate code health, requiring no manual setup to start surfacing duplicates and dead code.

You can enforce code health checks across multiple packages before releases by applying static analysis to your monorepo. It identifies architectural violations, duplicates, and dead code across cross-package dependencies to ensure codebase hygiene.

Identifying code duplication and complexity hotspots in TypeScript involves scanning the codebase to evaluate all files and exports. Static analysis surfaces duplicated logic and high-complexity areas, highlighting architectural issues across your project.

You do not need production runtime data to detect architectural boundary violations; static analysis evaluates files and dependencies directly. However, an optional paid runtime can provide production-data insights for deeper context.