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 ...

Memory errors such as out-of-bounds reads and writes and use-after-free bugs have plagued applications for decades, causing problems ranging from minor execution glitches to global security nightmares ...

Rust's value proposition extends far beyond memory safety to include compile-time prevention of entire categories of developer mistakes through its type system. Ownership rules provide automatic ...

Poor memory-management practices have been the cause of over 70% of the vulnerabilities found in today’s software. This can lead to a host of problems from programs that fail or degrade to providing ...

Google is funding a project at the Internet Security Research Group to port a crucial component of the Apache HTTP web server project from the bug-prone C programming language to a safer alternative ...