Porffor
A from-scratch experimental ahead-of-time JS engine Porffor is a unique JS engine/compiler/runtime, compiling JS code to WebAssembly or native ahead-of-time. It is limited for now; intended for research, not serious use! Wasm compilation Porffor's WebAssembly output is much faster and smaller compared to existing JS -> Wasm projects. This is because Porffor compiles JS AOT instead of bundling an i
Using WebAssembly threads from C, C++ and Rust
Learn how to bring multithreaded applications written in other languages to WebAssembly. WebAssembly threads support is one of the most important performance additions to WebAssembly. It allows you to either run parts of your code in parallel on separate cores, or the same code over independent parts of the input data, scaling it to as many cores as the user has and significantly reducing the over
Fast, parallel applications with WebAssembly SIMD · V8
Show navigation SIMD stands for Single Instruction, Multiple Data. SIMD instructions are a special class of instructions that exploit data parallelism in applications by simultaneously performing the same operation on multiple data elements. Compute intensive applications like audio/video codecs, image processors, are all examples of applications that take advantage of SIMD instructions to acceler
Bringing Sharp to WebAssembly and WebContainers
TL;DR: You can now use Sharp - a high-performance image processing library for Node.js, in WebContainers! Try it live on StackBlitz! WebContainers is an environment that allows you to run Node.js directly in your browser. It can easily handle any JavaScript, including npm modules. However, when it comes to image processing and optimisation, users of toolchains such as Gatsby, Astro, Next.js and ot
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