Core engineering and protocols for Memory Safety & Zero-Unsafe Rust.
Historically, over 70% of high-severity security vulnerabilities in C/C++ cryptographic libraries (such as OpenSSL and LibreSSL) stem from memory corruption bugs: buffer overflows, out-of-bounds reads, and uninitialized memory disclosures. MLKEMSafe eliminates these vulnerabilities at the language level by using safe Rust.
By eliminating the Rust standard library and dynamic memory allocators (heap), MLKEMSafe executes deterministically with zero memory fragmentation. This makes it ideal for safety-critical automotive, aerospace, and medical IoT deployments where memory allocation failure is unacceptable.