Cryptographer Daniel J. Bernstein criticizes claims that ML-KEM (Kyber) is low-risk, arguing that proponents narrow the definition of risk to exclude timing attacks and software bugs. He highlights Ky…
Post-quantum certificates, specifically Merkle Tree Certificates (MTCs), reduce TLS handshake sizes from 14,724 bytes to as low as 4,468 bytes by batching signatures and using landmark-relative proofs…
Linux 7.2 kernel now supports post-quantum ML-DSA signatures for IMA and EVM, replacing RSA and ECC to protect against future quantum attacks. The update also introduces staged deletion of IMA measure…
Google unveiled Android 17 on May 12, introducing post-quantum cryptography with the ML-DSA algorithm to secure devices against future quantum threats, while major AI features like the Rambler assista…
Researchers have identified exploitable vulnerabilities in the ML-DSA (Module-Lattice-Based Digital Signature Algorithm) implementation, as detailed in a newly released technical paper. The findings h…
WolfSSL has released wolfCOSE, a zero-allocation C library implementing CBOR and COSE standards using wolfSSL as its cryptographic backend. The library supports all six RFC 9052 message types, 40 algo…
Apple released quantum-resistant cryptographic code and mathematical verification tools as open-source software, making them publicly available for independent review and industry use. The release inc…
Post-quantum cryptography (PQC) is transitioning from research to practical implementation in embedded and IoT systems, affecting secure boot, TLS, OTA updates, and firmware signing. NIST has finalize…
Apple has published formal mathematical proofs verifying the correctness of its quantum-secure ML-KEM and ML-DSA cryptographic implementations in its corecrypto library, which secures over 2.5 billion…
The article describes a single-character logic bug discovered in OpenSSL version 4.0.0's implementation of the SLH-DSA post-quantum signature algorithm. The bug occurs in the `slh_dsa_sign()` function…