optimize

To fix web performance issues and reduce animation jank, assess Core Web Vitals and implement targeted improvements like code splitting, lazy loading, and CSS optimization to minimize frame drops and loading times.

Improving Core Web Vitals like LCP and CLS involves measuring runtime performance and applying optimization strategies such as image handling, font performance, and lazy loading to create smoother user experiences.

You can optimize bundle size and loading times by measuring current performance metrics and applying code splitting, CSS optimization, and lazy loading to reduce initial payload and speed up interfaces.

Yes, this approach works for reducing both load times and runtime frame drops by identifying performance bottlenecks across images, styles, and scripts, then providing a structured optimization plan with concrete steps.

Your web interface experiences rendering jank during animations due to unoptimized styles, large bundle sizes, or unoptimized images blocking the main thread, requiring targeted rendering performance improvements.

You need to implement lazy loading and code splitting when your web app suffers from high TTI and large bundle sizes, as these strategies defer non-essential resources to preserve UX and speed up interfaces.