performance-optimization

To optimize Core Web Vitals in Next.js, apply targeted image and font optimization, code-splitting, and caching strategies. This reduces bundle size and accelerates loading across hero, project gallery, and contact form routes to achieve Lighthouse scores above 90.

Reduce LCP under 2.5 seconds by applying Next.js asset optimization techniques including image compression, font loading optimization, and efficient caching. These configurations prioritize critical rendering for hero sections and content pages to ensure fast loading.

The best way to reduce bundle size in Next.js is applying code-splitting, targeted asset optimization, and production caching strategies. These techniques minimize JavaScript payloads and accelerate loading times across routes like hero sections and project galleries.

Yes, this performance optimization approach applies to production-grade Next.js sites including complex project galleries and content pages. It provides actionable guidance and configuration examples to maintain fast rendering and smooth interactions under strict Core Web Vitals thresholds.

A high First Input Delay or Interaction to Next Paint often stems from large JavaScript bundles blocking the main thread. Reduce FID and INP under 100ms by applying Next.js code-splitting and bundle-size optimization to ensure smooth user interactions.