Wasmtime and Cranelift in 2023
It’s that time of year: time to start winding down for the winter holiday season, time to reflect on the past year, and time to think about what we can accomplish together in 2024. The Wasmtime and Cranelift projects are no exception. This article recounts Wasmtime and Cranelift progress in 2023 and explores what we might do in 2024. Wasmtime is a standalone WebAssembly runtime. It is fast, secure
WebAssembly: An Updated Roadmap for Developers
The WebAssembly (Wasm) ecosystem is transforming. Developers can look forward to a modular, virtualizable, and robust environment for building applications, libraries, and services. We are excited to be working towards this with implementations for WASI-Preview 2. This roadmap reflects changes occurring in standards within the WebAssembly Community Group (CG) and the WASI Subgroup within the W3C.
Welcoming Javy: A new hosted project
We’re happy to announce the inclusion of Javy as a hosted project under the Bytecode Alliance. This post will delve into what Javy is, the motivation behind its adoption, and the process that led to its integration into the Bytecode Alliance. Javy Javy is a JavaScript-to-WebAssembly toolchain originally developed by Shopify to bring JavaScript support to Shopify Functions. It is based on the Quick
Announcing wasi-threads
Until now, one piece missing from WebAssembly standalone engines was the ability to spawn threads. Browsers have had this ability for some time via Web Workers, but standalone engines had no standard way to do this. This post describes the work of several collaborators to bring about wasi-threads, a proposal to add threads to WASI. It will explain the history to this proposal, the work done to get
Wasmtime 1.0: A Look at Performance
In preparation for our upcoming release of Wasmtime 1.0 on September 20, we have prepared two blog posts describing the work we have put into the compiler and runtime recently. This first post will describe performance-related projects: making the compiler generate faster code, making the compiler itself run faster, making Wasmtime instantiate a compiled module faster, and making Wasmtime’s runtim
Making JavaScript run fast on WebAssembly - Bytecode Alliance
JavaScript in the browser runs many times faster than it did two decades ago. And that happened because the browser vendors spent that time working on intensive performance optimizations. Today, we’re starting work on optimizing JavaScript performance for entirely different environments, where different rules apply. And this is possible because of WebAssembly. We should be clear here—if you’re run
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