<ul><li>Rust enforces memory safety at compile time through its ownership process, eliminating categories of bugs before runtime.</li><li>Rust's safety guarantees come with virtually no runtime cost, making it economically compelling to spend time satisfying the compiler.</li><li>Rust's acceptance by the Linux kernel marks a significant shift in how system programming is approached, breaking the C and assembly monopoly.</li><li>Rust's learning curve is manageable and its investment in learning pays dividends in code reliability, offering helpful error messages and catching mistakes early.</li></ul>

Rise of Rust

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