Short reads exploring specific aspects of post-quantum, autonomous AI, and on-chain security. New pieces roughly monthly per shift.
Quantum migration plans often focus on Shor's threat to public key cryptography. However, symmetric encryption and hash algorithms face quantum threats as well.
Harvest now, decrypt later attacks are the main driver for organizations to start their quantum migrations today. However, not all data is at risk, and understanding the threat is essential to prioritizing migration efforts.
Quantum computing is described as a major threat to data encryption and confidentiality. However, the real threat in Web3 is quantum computing breaking ECDSA digital signatures.
A fast, practical guide to ML-KEM, ML-DSA, and SLH-DSA, and which one to choose.
Quantum migration is increasingly critical as quantum computing grows closer to breaking classical cryptography. However, directly swapping in post-quantum algorithms for their classical counterparts isn't the best idea.