Mode 7 implementation in C and WebAssembly. Contribute to AzazelN28/mode7 development by creating an account on GitHub.

Lin Clark and Till Schneidereit from Mozilla present at the first edition of the WebAssembly SF Meetup, January 24, 2019.

🔮 What’s the future of WebAssembly? And how can WebAssembly level up—both inside and outside the browser? Here’s a skill tree to lay it all out → https://t.co/NZfjvL3CWe

Interested in helping take WebAssembly beyond the Web? Mozilla has a new full-time position open: https://t.co/pCE8s5u3lz #NonWebWasm

📣New WebAssembly article: How we replaced a JavaScript hot path in https://t.co/wt1Uv9Ra4B with WebAssembly to get predictable performance across all browsers. Featuring: ➡️ C & Emnoscripten ➡️ AssemblyScript ➡️ Rust Article here 👉 https://t.co/e5zK2h3mYU

One key benefit that WebAssembly offers is _predictable_ performance across browsers. But how do you turn hot path written in JavaScript into WebAssembly?

A TypeScript-like language for WebAssembly. Contribute to AssemblyScript/assemblynoscript development by creating an account on GitHub.

If you start Canary with the `--js-flags="--experimental-wasm-simd"` CLI flag, you can play with SIMD in WebAssembly 🎉

Debugger / Demo for WasmBoy. A Game Boy / GameBoy Color Emulator Library.

At Mozilla, we want WebAssembly to be as fast as it can be. This started with its design, which gives it great throughput. Then we improved load times with a ...

Also clip-path, bread, and urinals again.

🚀 Fast, secure, lightweight containers based on WebAssembly - wasmerio/wasmer

Jay Phelps talks about WebAssembly, a bytecode designed and maintained by some of the major players in tech: Google, Microsoft, Apple, Mozilla, Intel, LG, and many others. He talks about what WebAssembly is and what it isn’t.

A Rust framework for creating web apps. Contribute to seed-rs/seed development by creating an account on GitHub.