Diagnose and fix web application performance bottlenecks using Core Web Vitals.
npx skills add https://github.com/niiiusburo/Tgroup --skill optimize-niiiusburo
Please help me install this Agent Skill. Skill: optimize Source: https://github.com/niiiusburo/Tgroup/tree/main/website/.agents/skills/optimize Command: npx skills add https://github.com/niiiusburo/Tgroup --skill optimize-niiiusburo
This Skill helps diagnose and fix user-facing performance problems in web interfaces, including slow loads, laggy interactions, choppy animations, oversized assets, and inefficient bundles.
Analyze the attached application or codebase for performance bottlenecks and recommend the highest-impact fixes to make it load faster and feel smoother.
High-intent search queries and answers about installing and using this skill.
Diagnose web application performance bottlenecks by measuring LCP, INP, FID, CLS, load time, and runtime behavior using browser performance tooling. This process evaluates loading speed, rendering cost, network payloads, and Core Web Vitals to pinpoint the real bottlenecks in your UI codebase.
The best way to reduce bundle bloat and oversized images is through targeted optimization that evaluates network payloads and recommends practical fixes for JavaScript bundles and assets. This approach cuts bundle weight and improves loading speed before deployment.
Fixing Core Web Vitals improves animation smoothness by diagnosing interaction jank and runtime behavior in your React app. Measuring INP or FID alongside rendering cost identifies stutter causes, enabling targeted fixes for DOM structure and animation performance.
You can optimize a sluggish landing page without prior runtime knowledge by analyzing the attached application or codebase. The diagnosis measures actual load time, rendering cost, and network payloads to find bottlenecks and recommend the highest-impact fixes.
Poor Core Web Vitals after reducing image sizes often stem from unmeasured rendering jank, JavaScript bundle inefficiency, or DOM structure issues. A full performance diagnosis evaluates LCP, INP, CLS, and runtime behavior to identify remaining bottlenecks beyond assets.
To fix interaction lag in web interfaces, you need to measure INP or FID, runtime behavior, and load time. Evaluating these Core Web Vitals alongside rendering cost and network payloads validates before-and-after improvements with browser performance tooling.
xlsamaIdentify and fix web performance bottlenecks across loading, rendering, and animations.
waynesuttonMeasure Core Web Vitals and fix UI performance bottlenecks with targeted optimizations.
jean-sotilDiagnose and fix UI performance issues in modern web apps.
yocxy2Measure page load times, Core Web Vitals, and resource sizes to detect performance regressions.
