Eliminating Memory Safety Vulnerabilities with Rust and AI
Los Angeles CA (SPX) Aug 02, 2024
Memory safety vulnerabilities remain the most common type of disclosed software flaws, primarily affecting a computer's memory in two significant ways. Programming languages like C permit direct memory manipulation, often leading to accidental errors that can corrupt memory. Additionally, undefined behaviors in programming languages can cause unpredictable program behavior, as the language stand
Memory safety vulnerabilities remain the most common type of disclosed software flaws, primarily affecting a computer's memory in two significant ways. Programming languages like C permit direct memory manipulation, often leading to accidental errors that can corrupt memory. Additionally, undefined behaviors in programming languages can cause unpredictable program behavior, as the language stand