
Explore cutting-edge JavaScript APIs and features that enable web applications to rival native apps in functionality, including offline capabilities, OS integration, and hardware access.

Explore Blazor, a revolutionary framework for building browser-based .NET applications using WebAssembly. Learn its component-based architecture, routing, DI system, and JavaScript interop capabilities.

Explore WebAssembly as a powerful alternative to JavaScript for web applications, covering its fundamentals, implementation, and practical usage with Rust and WebAssembly Text Format.

Explore Blazor, a revolutionary framework enabling .NET applications in browsers via WebAssembly. Learn its component-based architecture, routing, DI system, and JavaScript interop for building responsive client-side UIs.

Explore WebAssembly and Blazor for running C# client-side in browsers. Learn how this technology differs from Silverlight and see practical demonstrations of its capabilities.

Explore WebAssembly as a byte-code alternative to JavaScript for web applications. Learn its workings, integration, and module creation using Rust, C++, and WebAssembly Text Format.

Explore a Drupal-inspired Render API for cloud and edge computing, leveraging design systems as WebAssembly microservices with an innovative data format.

Unlock AI's potential in instructional design. Learn to leverage AI for common tasks, explore its impact on the field, and gain skills to future-proof your career as an instructional designer.

Explore WebAssembly's role in bringing command-line tools to the web, focusing on sandbox.bio's development and the technology's benefits and limitations.

Explore in-database machine learning with WebAssembly. Learn installation, implementation, deployment, and execution steps for efficient ML integration in databases.

Explore containerless deployment on Kubernetes using WebAssembly and Rust. Learn advantages, limitations, and practical implementation for efficient, secure application deployment.

Explore Firefox's innovative approach to mitigating zero-day attacks using in-memory sandboxes for third-party C libraries, enhancing security against memory safety vulnerabilities.

Explore WasmFX, an extension to WebAssembly enabling direct translation of non-local control features via effect handlers, improving compiler efficiency for various programming languages.

Explore Owi, an OCaml-based interpreter and toolkit for WebAssembly. Learn about its architecture, features, and advantages for experimentation and symbolic manipulations of Wasm code.

Explore Wasm-prechk, a WebAssembly extension using indexed types for enhanced static safety. Learn about performance gains, type safety proofs, and implementation trade-offs in this innovative approach.

Explore robust and modular verification of WebAssembly programs using Iris-Wasm, a mechanized higher-order separation logic for specifying and verifying individual modules with strong isolation guarantees.

Explore a verified monadic interpreter for WebAssembly, its adoption as a fuzzing oracle, and its performance compared to other interpreters and oracles.

Explore SpecTec, a DSL toolchain streamlining WebAssembly specification and feature standardization. Learn how it generates artifacts, detects errors, and aims to revolutionize Wasm standards development.

Explore combinator-based fixpoint algorithms for big-step abstract interpreters. Learn to develop and ensure soundness of sophisticated fixpoint algorithms using reusable combinators for static analysis.

Explore OCaml to WebAssembly compilation, addressing challenges and strategies for garbage-collected languages. Learn about Wasocaml compiler, value representation, and future plans for FFIs and effects handlers.

Explore WebAssembly's potential in Rust development, from key benefits to practical applications. Learn to build, optimize, and integrate WASM with JavaScript, while understanding its challenges.