![]() ![]() ![]() The designers of WebAssembly always meant it to run alongside the current web model. The additional benefit of WebAssembly is it can be run either as an extra add-on via service workers, enhancing or replacing the existing JavaScript experience on the client. As a result, WebAssembly programs can perform at near-native speeds allowing for new and exciting applications for web clients from desktop-like apps, emulators, high-performance video games, photo editors, and more. WebAssembly is a low-level assembly-like language with a binary format that runs in modern web browsers. The Blazor WASM approach can help you build client experiences similar to native desktop applications with a native performance profile.īut what about WebAssembly on the server? In this post, we’ll see the benefits of using WASM outside the browser and its potential as a transformative technology on the server. One way to construct Blazor applications is to compile your frontend into a WebAssembly (WASM) file and deploy and run your app in a web browser. Blazor lets you use your existing C# skills to build full-stack applications, from client to server. NET’s frontend framework for writing web applications. ![]()
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