A practical guide to Next.js performance optimization in 2026. Covers React Server Components, caching strategies, image optimization, bundle splitting, and Vercel Edge deployment for maximum Core Web Vitals scores.
Boost your React workflow with these practical Cursor AI editor tricks. From generating components to AI-powered refactoring, learn how to ship React apps faster with Cursor.
A complete walkthrough of building a production-ready full-stack Next.js 16 app using Claude Code — from project setup and Server Components to database integration, API routes, and Vercel deployment. Real code, real workflow.
Most React developers barely scratch the surface of Cursor's capabilities. Here are 7 battle-tested cursor tips for React projects — from Composer-based component generation to .cursor/rules enforcement — that will genuinely change how fast you ship.
Biome is 10-50x faster than ESLint and handles both linting and formatting. Learn how it compares, what you give up, and whether migrating makes sense for your project.
Getting AI to generate quality UI components requires specific prompt patterns. Learn the structures, constraints, and context that produce production-ready component code.
Build a semantic search feature that understands meaning, not just keywords. Learn to generate embeddings with the Vercel AI SDK and query them with pgvector for intelligent search results.
Learn how to use AI coding assistants to diagnose and fix React performance problems in minutes instead of hours. Covers re-render detection, bundle analysis, and runtime profiling with Claude Code and React DevTools.
INP replaced FID as the core responsiveness metric. Here are battle-tested strategies to optimize Interaction to Next Paint in real-world Next.js applications.
The satisfies operator is TypeScript's most underused feature. Learn how it gives you the best of both worlds: type checking AND type inference, with practical examples you can use today.
Turborepo's intelligent caching makes monorepos fast. Learn to set up a Turborepo workspace with shared packages, understand task graphs, and optimize CI build times.
Google's INP metric is now a Core Web Vital and most sites are failing it. Here are 7 targeted fixes—scheduler.yield(), input debouncing, long task breaking, and more—that reliably bring INP under the 200ms good threshold.