Reducing ML-KEM-768 encapsulation key sizes by 24 octets
Summary
The article discusses compressing ML-KEM-768 public keys by grouping 4 coefficients to reduce encapsulation size from 1184 to 1160 octets, citing eprint 2016/461 and applying a Horner-based encoding. It provides a Rust/Hare-like implementation with explicit security caveats and links to an external repository; suitable for readers focused on post-quantum cryptography and protocol optimization, but notes no security guarantees.