WebAssembly in 2025: Breaking Performance Barriers
In this deep dive, we explore new optimizations in WebAssembly engines allowing performance improvements up to 300% in compute-bound applications.
Building the future of decentralized systems, smart contracts, and high-performance computing with Web3 and WebAssembly.
We're pioneering decentralized web applications using WebAssembly and Web3 technologies. Explore our latest open-source projects and research.
Validate your WebAssembly modules against the latest specifications with comprehensive reports and compatibility checks across all major runtimes.
Explore cutting-edge WebAssembly resources, tooling, and educational materials to enhance your development workflow.
Complete guide to WebAssembly tooling, including Emscripten, wasm-pack, Wasmer, Wasmtime, and WASI standards.
Learn what WebAssembly is, how it works, and why it's revolutionizing web performance and runtime architectures across platforms.
See how we ensure our tools and site are fully accessible, compliant with WCAG guidelines and optimized for accessibility tools.
In this deep dive, we explore new optimizations in WebAssembly engines allowing performance improvements up to 300% in compute-bound applications.
Learn how WebAssembly System Interface (WASI) is enabling standalone WebAssembly applications beyond browser confines.
Practical guide to reducing binary size and improving runtime performance when compiling Rust applications to Wasm.
Whether you're optimizing legacy applications, creating high-performance libraries, or exploring Web3 capabilities - WebAssembly is the future of cross-platform development.