InfoQ Homepage WebAssembly Content on InfoQ
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Software Architecture and Design InfoQ Trends Report - April 2023
This article provides an overview of how the InfoQ editorial team sees the Software Architecture and Design topic evolving in 2023, with a focus on what architects are designing for today.
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The Six Ways of Optimizing WebAssembly
While Wasm was originally designed for the browser, it turned out to be useful for embedded programming, plugins, cloud, and edge computing. For all these use cases, performance is tremendously important and is greatly impacted by file size. In this article, we’ll look at six ways to optimize Wasm for performance and file size.
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InfoQ .NET Trends Report 2022
Every year, all InfoQ editors invite seasoned developers and practitioners from the industry to discuss the current trends in the entire software development landscape. In this article, we discuss some of the .NET Trends for 2022, divided into four stages of adoption.
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A Lightweight, Safe, Portable, and High-Performance Runtime for Dapr
Dapr (Distributed Application Runtime) has quickly become a very popular open-source framework for building microservices. It provides building blocks and pre-packaged services that are commonly used in distributed applications, such as service invocation, state management, message queues, resource bindings and triggers, mTLS secure connections, and service monitoring.
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Uno Platform and Xamarin.Forms: Choosing Your Next UI Framework
In this article, Matt Lacey, Microsoft MVP, talks about his recent experience helping a company choose between Uno Platform and Xamarin.Forms. He explains the differences, similarities, and relationships between the two, considering what the future holds for both these platforms and how to choose between them.
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Software Architecture and Design InfoQ Trends Report—April 2021
An overview of how the InfoQ editorial team sees the Software Architecture and Design topic evolving in 2021, with a focus on what architects are designing for today.
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Boosting WebAssembly Performance with SIMD and Multi-Threading
Early implementations of WebAssembly's SIMD and multi-threading proposals show that WebAssembly is narrowing the gap with native performance, by using SIMD instructions and multicore CPUs. Significant performance improvements have been observed in compute-intensive tasks (machine-learning, bio-informatics, scientific computing).
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Server-Side Wasm - Q&A with Michael Yuan, Second State CEO
WebAssembly can be used server-side to provide the performance required by use cases such as blockchains and edge AI services. Non-standard extensions may address those use cases today, possibly weakening WebAssembly portability benefits. The gathered experience may however provide important inputs to current and future WebAssembly proposals.
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Server-Side Wasm: Today and Tomorrow - Q&A with Connor Hicks
At QCon this year, Connor Hicks presented the opportunities linked to using Web Assembly outside of the browser. Hicks addressed current and future server-side use cases for WebAssembly. He explained how Wasm and its ecosystem allow developers to craft serverless applications by declaratively composing serverless functions written in different languages.
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Improving Webassembly and Its Tooling -- Q&A with Wasmtime’s Nick Fitzgerald
WebAssembly, now a web standard, aims to grow beyond the browser. Wasm runtimes are implementing proposals to achieve this vision. Fitzgerald tells us about his recent work on WebAssembly tooling and his implementation of reference types in the Wasmtime WebAssembly runtime -- a prelude to interface types and easy interoperation between Wasm and a host language.
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Level Up with WebAssembly - Book Review and Q&A
WebAssembly is a difficult-to-learn technological stack, with rough edges and a fast-moving target. Porting existing software to WebAssembly and the web remains a complex endeavor. Level Up With WebAssembly strives to give a practitioner perspective to porting C/C++ software to browsers. The book is highly practical and includes recipes to successfully convert software to the web.
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Deno Loves WebAssembly
The much anticipated Deno project has finally reached v1.0! Deno is created by the original developer of Node.js, Ryan Dahl, to address what he called “10 things I regret about Node.js”. Without an NPM-like system to incorporate native modules, how do we write server-side applications that require native performance on Deno? WebAssembly is here to help!