rari

Author here. We added proper app router support, SSR, and correct RSC semantics to Rari. The performance improvements were dramatic: - 0.69ms avg response (3.8x faster than Next.js) - 20,226 req/sec throughput (10.5x higher) - 4ms P99 latency under load (12x faster) - 68% smaller bundles (27.6 KB vs 85.9 KB) The key insight: when your architecture aligns with React's design philosophy, performance follows naturally. Server components by default, 'use client' when needed, true SSR from the Rust runtime. GitHub: https://github.com/rari-build/rari Benchmarks: https://github.com/rari-build/benchmarks Try it: `npm create rari-app@latest` Happy to answer questions about the architecture and how we achieved these numbers.

After 25 years of web development, I built Runtime Accelerated Rendering Infrastructure (Rari) to prove that React frameworks can be both developer-friendly and exceptionally fast. Key results vs Next.js: - 4.04x faster component rendering under load - 3.74x higher throughput (10,586 vs 2,832 req/sec) - 5.8x faster build times - 100% React Server Component compatibility Built on a custom Rust runtime with V8, and intelligent Vite integration. All benchmarks are reproducible. Try it: https://rari.build Code: https://github.com/rari-build/rari Benchmarks: https://github.com/rari-build/benchmarks