optimize-bundle

Reduce JavaScript bundle size by analyzing bundle reports to locate bloated imports and applying optimization techniques like tree-shaking and code-splitting across multiple apps in a monorepo to improve page load times.

Apply tree-shaking, code-splitting, and lazy loading to minimize payload by running an automated bundle analysis that identifies large modules. Validating changes through builds and tests ensures the optimizations maintain application stability.

Bundle optimization works with production builds and integrates into CI/CD pipelines using weekly scans and on-demand triggers. This maintains optimal bundles across multiple apps in a monorepo by continuously validating changes through builds and tests.

You need access to bundle reports to start analyzing and shrinking your payload. The optimization process requires these reports to automatically identify large modules and bloated imports before applying tree-shaking and code-splitting strategies.

Production build payloads remain large after tree-shaking when bloated imports go unanalyzed. Running an automated bundle analysis identifies these large modules, allowing you to apply code-splitting and lazy loading to further minimize the final payload.