Memory safety issues are one of the leading causes of security vulnerabilities in computing systems, including embedded systems. In programming languages like C/C++, developers are expected to manage ...

Rust’s ownership and borrowing mechanisms guarantee memory safety at run time. Here’s how to use them in your programs. The Rust programming language shares many concepts with other languages intended ...

Google's decision to use Rust for new code in Android in order to reduce memory-related flaws appears to be paying off. Memory safety vulnerabilities in Android have been more than halved – a ...

As safety-critical industries move beyond experimentation and toward production-grade adoption of Rust, 2026 marks a pivotal transition from promise to practical assurance.

Rust is rapidly emerging as a preferred language for safety-critical and embedded systems, thanks to its memory safety guarantees and strong type system. However, its adoption is not without ...

What makes the Rust language one of the best for writing fast, memory-safe applications? Rust's memory-safety features are baked into the language itself. Over the past decade, Rust has emerged as a ...