Colin Eberhardt looks at what's wrong with the way people are using JavaScript today and why they need WebAssembly. He gives a tour of the WebAssembly instruction set, memory and security model ...

WebAssembly can serve as a companion to JavaScript in web development, taking on performance-intensive tasks.

Google, Microsoft, Mozilla and some of the engineers on the WebKit project today announced that they have teamed up to launch WebAssembly, a new binary format for compiling applications for the web.

WebAssembly is a binary instruction format and virtual machine that brings near-native performance to web browser applications, and allows developers to build high-speed web apps in the language ...

For the first time, the Microsoft Edge Web browser provides default support for WebAssembly, the experimental technology that lets developers write Web code in non-JavaScript languages like C, C++ and ...

When the World Wide Web Consortium designed WebAssembly, the primary goal was to address the shortcomings of running client-side JavaScript in a web browser. However, as developers begin to adopt and ...

Most web applications today use JavaScript to run in the browser. JavaScript has been around for ages, and it’s gotten quite fast due to browser optimizations and hardware improvements.

The Web is getting its bytecode: WebAssembly The next step in the evolution of JavaScript and asm.js is to do away with both of them.

But the web platform continues to evolve, and there are a few upcoming web technologies that could give web apps a better chance at competing with their native counterparts.

Using emscripten allows easy compilation, but integrating into rollup.js — a JavaScript framework — was a bit of work, and you’ll find the process documented in the post.