ByteDance Web Infra team, focused on delivering excellent technical solutions, building an open tech ecosystem, and advancing front-end technology within the company and the industry | The best way to predict the future is to create it
Rsdoctor 2.0 introduces agent-driven build analysis for Rspack, reducing installation size by 56%, analysis time by 57%, and HMR overhead by 47%, while adding unified multi-compiler reporting and faster bundle visualization.
This article explains how Rspress makes documentation sites accessible to AI agents through llms.txt indexes, SSG-MD for generating Markdown alongside HTML, Accept: text/markdown content negotiation, AFDocs compliance checking, and injectLlmsHint for discoverability, achieving a perfect 100/100 AFDocs score.
Rslib 1.0 launches as a Rsbuild-based library development tool supporting ESM, CJS, UMD, and Module Federation outputs, with bundle/bundleless modes, 24-57% faster builds, 2.4-4.2x faster type generation via TypeScript 7 and Isolated Declarations, multi-framework support (React, Vue, Svelte, Solid), integrated styling/assets/Worker/Wasm handling, CLI and JS API, and Agent-friendly skills for AI-assisted development.
Midscene 1.12 adds DeepSeek V4 Flash Vision Exp support, achieving 0.6s median UI location latency, competitive accuracy on simple pages, and ~$1.2 per 10k images, with integration steps and demos for Link game and GitHub signup.
Rspack 2.1 has been released, delivering a Rust‑implemented React Compiler that runs 7‑13× faster than the previous Babel version, overall production builds that are about 16% quicker, HMR improvements of roughly 5%, and a host of new features such as import.meta.glob support, createRequire parsing, magic comments, source‑phase imports, automatic cache cleanup, plus ecosystem updates for TanStack RSC, Rsbuild, Rslib, Rstest, Rslint, Rspress, Rsdoctor and rspack‑merge.
The TanStack Start framework now supports both Vite and Rsbuild v2, offering teams the choice between these build tools, with a shared adapter architecture, detailed configuration example, and discussion of how the dual‑adapter approach clarifies core responsibilities and eases migration from webpack‑based setups.
Rsbuild 2.0 launches with Rspack 2.0 underpinnings, offering React Server Components, enhanced dev‑server communication, custom logging, lighter default dependencies, safer localhost defaults, modern ESM output, updated browser targets, and a migration path for existing projects, while announcing future integration with TanStack Start.
Rspack 2.0 launches with up to 10 × build speed gains over version 1.0, refined default APIs, pure‑ESM packages, enhanced tree‑shaking, React Server Components support, simplified target configuration, hash‑based module IDs and improved code‑splitting, while maintaining webpack compatibility and expanding ecosystem integrations.
Rspack 1.6 is officially released, bringing enhanced tree shaking for dynamic imports, native support for the import defer syntax, a new experimental EsmLibraryPlugin for cleaner ESM bundles, default barrel optimization, stable layer handling, JSX preservation, source‑map extraction, significant performance gains, and a host of updates across the Rstack ecosystem such as Rsbuild, Rspress, Rslib, Rstest and Rsdoctor.
Rspack 1.5 introduces experimental lazy‑barrel support, a native Rust file‑watcher, browser‑ready builds, Rust‑based plugins, constant and enum inlining, type‑reexport analysis, a built‑in virtual‑module system, module‑federation runtime boosts, install‑size reductions, seal‑stage speedups, and a host of ecosystem updates such as dropping Node 16, stabilizing lazy compilation, and new releases for Rslint, Rsbuild, Rslib, Rspress, Rsdoctor, and Rstest.
