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What is Wasm/k? Wasm/k (WebAssembly continuations) is an extension of WebAssembly with additional primitive instructions that offer support for full first-class continuations, very similar to call/cc in Scheme / Racket. These instructions allow for significantly more efficient implementations of high-level language features such as green threads. Wasm/k consists of three parts: A fork of Wasmtime,
WasmEdge is a lightweight, high-performance, and extensible WebAssembly runtime. It is the fastest Wasm VM. WasmEdge is an official sandbox project hosted by the CNCF. LlamaEdge is an application framework built on top of WasmEdge to run GenAI models (e.g., LLM, speech-to-text, text-to-image, and TTS) across GPUs on servers, personal computers, and edge devices. Additional use cases include micros
Lunatic is a universal runtime for fast, robust and scalable server-side applications. It's inspired by Erlang and can be used from any language that compiles to WebAssembly. You can read more about the motivation behind Lunatic here. We currently provide libraries to take full advantage of Lunatic's features for: Rust AssemblyScript If you would like to see other languages supported or just follo
The software ecosystem has a lot of useful but unsafe code, and the easier it is to sandbox that code, the more often that’ll happen. If it were as simple as passing the compiler a --sandbox flag that makes an unsafe library unable to see or affect anything outside of it, that would be incredible! We can’t get it quite that easy, but this post describes WasmBoxC, a sandboxing approach that is very
Linux virtual machine, running in the browser via HTML5/WebAssembly. Networking and graphics supported.
Show navigation We have a growing number of compilers and other tools that generate or manipulate .wasm files, and sometimes you might want to have a look inside. Maybe you’re a developer of such a tool, or more directly, you’re a programmer targeting Wasm, and wondering what the generated code looks like, for performance or other reasons. Problem is, Wasm is rather low-level, much like actual ass
Nebulet is a Google Summer of Code project started during the summer of 2018. More details about Nebulet and GSoC are here. Under the hood, Nebulet is a microkernel that executes WebAssembly modules in ring 0 and a single address space to increase performance. This allows for low context-switch overhead, syscalls just being function calls, and exotic optimizations that simply would not be possible
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