Vibe coding makes building apps faster, but speed without engineering can create serious failures. Here are five real-world examples and practical checks to help you ship AI-generated code safely.

Compare React ViewTransition and Motion across four animation patterns. The native build saved ~38.6kB of gzipped JS, but required 179 more lines of CSS.

Is the Rust React Compiler’s 10x speed claim real? We put Babel, Vite (Oxc), and Bun to the test on a real app to find out where the speed actually matters.

Compare the top AI development tools and models of September 2026. View updated rankings, feature breakdowns, and find the best fit for you.

A real-app benchmark of cnfast’s drop-in cn() replacement: isolated speed tests look great, but does any of it survive contact with an actual React render?

Meta’s Astryx ships an MCP server and component manifest so agents query real APIs. We tested it against shadcn/ui with Claude Code across three real UI builds.

I migrated 20 production-style components from Tailwind to StyleX. Here’s what the data showed about LOC, CSS bundle size, build time, and type safety.

Discover how to build, render, and automate product demo videos with Remotion, replacing traditional screen recordings with reusable React code.

We built the same app in TanStack Start RSC and Next.js RSC. TanStack shipped 40% less JS and built 4x faster — but Next.js is still the safer production bet.

From RSC vulnerabilities and the Vercel breach to TypeScript 7.0 Beta and AI agents — the nine frontend storylines that defined H1 2026, ranked.

Build dynamic LLM routing in Next.js with OpenRouter, TanStack AI, task classification, model fallbacks, and cost-aware routing.

Claude Code vs. OpenCode in a real Next.js refactor: benchmark results, mistakes, prompts, and when to use each CLI agent.