WebAssembly (Wasm) has generated a lot of buzz, often hailed as a revolutionary technology for web development. Various projects illustrate its real-world utility, including Godot for game development, Figma for design tools, and Ruffle for Flash emulation. However, major websites constructed entirely with WebAssembly frameworks are still lacking. This raises questions about why developers aren’t fully embracing Wasm for application development, which stems from a misunderstanding of its nature. At its core, WebAssembly serves as a compilation target rather than a standalone language, enabling efficient execution on modern hardware. WebAssembly is designed to be an efficient mapping to assembly language, allowing for high performance without the low-level complexity of traditional assembly. It supports multiple programming languages like Rust, C, and Go, which can be compiled into Wasm. This versatility means that developers can write in languages they prefer while still targeting WebAssembly for web applications. The security model of Wasm is also a standout feature, minimizing vulnerability by requiring explicit imports for external interactions. This design allows for faster execution and better resource management compared to traditional browser-based environments, making it particularly attractive for running untrusted code safely. Wasm's portability and embeddability further enhance its appeal. By acting as a bridge for various programming languages, it allows tools and libraries from different ecosystems to integrate seamlessly. Applications like Squoosh leverage this feature for image processing, while Cloudflare uses it to run Python code securely within its infrastructure. This broadens the scope of what developers can achieve in the browser without being confined to JavaScript. The growing adoption of WebAssembly is reshaping how developers think about capabilities and performance on the web.