![]() ![]() ![]() Rust also focuses on preventing buffer overflows and other memory-related errors. Rust’s ownership system prevents these common errors to keep your server and apps secure. You don’t experience null or dangling pointer references that can lead to memory leaks and other security vulnerabilities. Rust’s ownership system of memory management makes the language secure for web server development. Rust provides low-level access to system resources, including the memory and CPU, enabling you to write code that runs faster with fewer resources than other server-side languages.Īdditionally, Rust's ownership system eliminates the need for garbage collection at compile time, which is one of the reasons some server-side languages are slow. High performance is one of the reasons Rust makes an excellent choice for building HTTP web servers. Here are specific reasons to consider using Rust for your web server and other server-side applications. Using Rust ensures your application scales efficiently, making the language ideal for building high-performance apps. Rust has garnered popularity for web server development since some of the language’s features are exactly the requirements for building most web servers. ![]() Why Should You Use Rust for HTTP Web Server Development? ![]()
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