Build Speed
Build Speed at Beyond Market Intelligence is a file of 3 stories. The newest of them: “Explore how Astro's Sätteri transforms build speed with Rust-powered Markdown.”, “Astro 7 delivers faster builds with native Rust tooling and smarter processing.”, and “React Compiler Moves to Rust for Faster Builds and Smoother Upgrades”. Astro's new Sätteri processor is worth paying attention to if you've felt the drag of slower builds. Astro 7 is built for speed, and the numbers show it: builds up to 61% faster thanks to a rewritten Rust compiler and native tooling. Acme AI is the next-generation, AI-powered spreadsheet platform built to replace Excel and redefine how analysts, data scientists, and enterprise teams work… The list below is every Build Speed story on Beyond Market Intelligence, newest first.
Explore how Astro's Sätteri transforms build speed with Rust-powered Markdown.
Astro's new Sätteri processor is worth paying attention to if you've felt the drag of slower builds. Built in Rust, it speeds up Markdown and MDX processing by up to 61% for Astro 7.0, which is a meaningful leap for teams juggling content-heavy sites. What stands out is its balance: flexible JavaScript plugins and native Markdown features, all while staying compatible with the unified ecosystem. It's a practical step forward, not hype.
Astro 7 delivers faster builds with native Rust tooling and smarter processing.
Astro 7 is built for speed, and the numbers show it: builds up to 61% faster thanks to a rewritten Rust compiler and native tooling. Markdown processing gets a significant boost, while stricter HTML rules keep output clean. It's a thoughtful push for content-driven sites that want less JavaScript overhead. We've seen this pattern before with Perplexity's CobbleDB migration, and the focus on performance over flash feels right. If you're wrestling with slow builds, this is worth exploring.
React Compiler Moves to Rust for Faster Builds and Smoother Upgrades
Meta has moved the React Compiler into its main repository as a Rust port, and the payoff is hard to ignore: up to 50% faster compilation without touching the public API. That's a practical win for developers who want speed without relearning their tooling. The memoization happens automatically, which is the kind of quiet efficiency that adds up. It's a smart, grounded step toward tighter Rust-based integration.