InfoQ Homepage WebAssembly Content on InfoQ
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TinyGo Aims to Bring Go to the Internet of Things
Google-sponsored TinyGo is a new LLVM-based Go compiler to make it possible to run Go programs on microcontrollers, including the Arduino Uno and the BBC micro.bit, as well as modern browsers using Web Assembly.
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Stork, a Rust/Wasm-Based Fast Full-Text Search for the JAMStack
James Little, developer at Stripe, released Stork (in beta), a Rust/WebAssembly full-text search application. Stork targets static and JAMStack sites and strives to provide sites’ users with excellent search speed.
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Google's MediaPipe Machine Learning Framework Web-Enabled with WebAssembly
Google recently presented MediaPipe graphs for browsers, enabled by WebAssembly and accelerated by the XNNPack ML Inference Library. As previously demonstrated on mobile (Android, iOS), MediaPipe graphs allow developers to build and run machine-learning (ML) pipelines, to achieve complex tasks.
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Istio 1.5: Consolidated "Istiod" Control Plane Binary and New Wasm-Based Extension Model
Istio 1.5 has introduced the Istiod binary to simplify Istio's architecture and improve operational experience. It has become simpler to install and run Istio since the control plane components have been consolidated into a single binary, Istiod. Istio has introduced a new extension model for proxy servers and improved usability, security, telemetry and traffic control.
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OpenSilver: Open-Source Silverlight via WebAssembly
Earlier this month, Userware released the first version of OpenSilver, an open-source reimplementation of Silverlight. OpenSilver runs on current browsers via WebAssembly, without requiring any additional plug-ins. The current version of OpenSilver is available as "Technology Preview." It covers about 60% of the original Silverlight API and is available as a Visual Studio 2019 extension.
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Porting a Go-Based Face Detection Library to Wasm: Q&A with Endre Simo
Endre Simo, senior software developer and open-source contributor to a few popular image-processing projects, ported the Pigo face-detection library from Go to browsers with WebAssembly. The port illustrates the performance potential of WebAssembly today to run heavy-weight desktop applications in a browser context.
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Google's V8 Engine Adds Support for WebAssembly SIMD
The WebAssembly SIMD proposal has come to Google JavaScript engine V8, albeit still as an experimental feature. Exploiting data parallelism, V8 support for SIMD (Single instruction, multiple data) aims to accelerate compute intensive tasks like audio/video processing, machine learning, and more.
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Bolero Enables Writing F# Apps Running in WebAssembly Using Blazor
Bolero makes it possible to build WebAssembly apps in F#. Bolero leverages Blazor Microsoft technology, to enable running C# in the browser.
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Solo.io Release WebAssembly Hub for Envoy-based Wasm Extensions
Solo.io released WebAssembly Hub, a service for building deploying, sharing, and discovering Web Assembly extensions for Envoy. The goal of WebAssembly Hub is to enable users to configure and extend their Envoy-based service mesh.
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Wasmtime Enables Running WebAssembly from .NET Programs
While momentum around WebAssembly keeps growing, WebAssembly runtime Wasmtime just added support for .NET Core, aimed to enable to run WebAssembly code from within .NET Core programs.
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WebAssembly 1.0 Becomes a W3C Recommendation and the Fourth Language to Run Natively in Browsers
The World Wide Web Consortium (W3C) recently announced that the WebAssembly Core Specification is now an official web standard. Following HTML, CSS and JavaScript, WebAssembly thus becomes officially the fourth language to run natively in browsers.
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New Bytecode Alliance Announces WebAssembly Nanoprocesses Proposal for Safe Use of Untrusted Modules
Mozilla’s Lin Clark recently announced the creation of the Bytecode Alliance. The Bytecode Alliance is an industry partnership aiming at proposing and implementing standards to enable the growth of a secure-by-default WebAssembly ecosystem, inside and outside the browser. The Bytecode Alliance introduced nanoprocesses to provide isolation and safety when running third-party Wasm packages.
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Recent Study Estimates That 50% of Websites Using WebAssembly Apply It for Malicious Purposes
A study published in June 2019 reveals that in the Alexa Top 1 million websites, one out of 600 sites execute WebAssembly (Wasm) code. The study moreover finds that over 50% of those sites using WebAssembly apply it for malicious deeds, such as cryptocurrency mining and malware code obfuscation.
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Running WASI in the Browser and Node.js with Wasmer-JS
Aaron Turner, developer relations at Wasmer, announced that the recently released Wasmer-JS allows developers to run WASI modules in both Node and the browser. Turner provides wasm-terminal as an example of a terminal application built with Wasmer-JS, which allows to fetch and run WASI modules.
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WebAssembly Source Code Can Now Be Debugged Outside the Browser with GDB and LLDB
Mozilla recently demonstrated debugging of WebAssembly binaries outside the browser, using standard debuggers like GDB and LLDB. Debugging WebAssembly code in the same execution environment that is used in production allows developers to catch and diagnose bugs that may not arise in a native build of the same code.