#postquantumcryptogra

Executive Summary ...

Everyone worried about the wrong thing. When people talk about migrating to post-quantum...

RDS MySQL 8.4.11 post-quantum TLS: the claim its release notes do not make Summary. On 24...

You prove what an AI system did after the fact with an offline-verifiable audit ledger: every action is recorded, each entry is sealed with a post-quantum signature, and anyone holding the public key

Seal an AI audit trail with post-quantum signatures because the records outlive the cryptography that protects them. Classical signatures like RSA and ECDSA will fall to quantum attack, making every s

60 hours to halve a post-quantum cipher: a 2026 crypto-agility playbook Summary. On 28...

2026-2027 post-quantum cryptography readiness: the enterprise crypto-agility...

NIST's 2026 migration milestone has passed, yet only 13 percent of organisations have moved post-quantum cryptography into production and 60 percent have not meaningfully started. The gap exists becau

Nobody can name the year a cryptographically relevant quantum computer arrives, and estimates diverge widely. Today's noisy machines are far from the stable logical qubits Shor needs, but long-lived d

Test your AI against ten binary checks: cryptographic inventory, post-quantum signatures, hybrid transition, crypto-agility, long-lived record protection, key custody, offline verifiability, no vendor

NIST's three 2024 standards do different jobs. FIPS 203 (ML-KEM) establishes shared secrets and never signs. FIPS 204 (ML-DSA) is the primary digital signature standard, and FIPS 205 (SLH-DSA) is a co

Crypto-agility is designing an AI system to swap cryptographic algorithms without re-architecting it. Name the algorithm in each signed record so it self-describes, verify by that identifier, and a br