react-performance

React performance optimization involves diagnosing render bottlenecks and oversized bundles using React DevTools Profiler, then applying memoization, code splitting with React.lazy, and virtualization to improve Core Web Vitals.

Profile React performance using React DevTools Profiler and the web-vitals library to measure Core Web Vitals, identifying render bottlenecks and memory leaks to target with memoization, code splitting, and virtualization.

Use memoization (React.memo, useCallback, useMemo) and virtualization in React apps with slow renders, large lists, or memory churn to prevent unnecessary re-renders, reduce memory growth, and optimize render performance.

Yes, optimize production React apps with memory leaks and sluggish dashboard renders by diagnosing memory churn, adding memoization, implementing virtualization for large lists, and applying route-based code splitting to boost performance.

Use React.lazy for code splitting to reduce bloated bundles by dynamically importing route components, deferring non-critical JavaScript loading, and improving initial load performance in React applications.