performance-check

To identify frontend performance issues affecting Core Web Vitals, run a static analysis on your project to evaluate CWV targets, bundle efficiency, and loading strategies. This surfaces specific bottlenecks like large bundle sizes and suboptimal caching.

Yes, you can run a performance audit on a Vite or Webpack project. The analysis supports modern frameworks including Next.js, Vite, Webpack, CRA, and plain HTML to evaluate bundle size and loading strategies.

The best way to reduce bundle size and improve lazy loading is to analyze your project's static assets and code-splitting structure. This generates concrete recommendations for optimizing image formats and deferring non-critical script loading.

You can set up performance-focused CI checks by integrating static analysis into your pipeline to evaluate Core Web Vitals targets and bundle efficiency. This validates that loading strategies and caching meet baseline performance standards.

Slow render times in modern frameworks often stem from suboptimal loading strategies, large bundle sizes, or unoptimized images. Static analysis identifies these specific bottlenecks and recommends code-splitting and caching optimizations.

Yes, static analysis works for image optimization and caching recommendations by evaluating your project's assets and headers. It articulates concrete strategies to accelerate user-perceived performance without runtime profiling.