Build production-ready post-quantum cryptography in Rust, focusing on ML-KEM (Module-Lattice-Based Key Encapsulation Mechanism) with zero unsafe code, hardware acceleration using AVX2 instructions, and deployment strategies for quantum-resistant encryption

Learn how to leverage Rust's zero-copy parsing techniques, memory pool management, and lock-free concurrent data structures to build a threat detection pipeline capable of processing over 1 million packets per second with less than 512MB memory footprint

Build production-grade security tools in Rust that compile to WebAssembly, achieving near-native performance in sandboxed environments while maintaining memory safety guarantees for edge computing security applications