Topic: Post-Quantum

Most PQC migration guides tell you to protect data first. But recent research confirms that signature algorithms fall faster, and the blast radius of a compromised signing key dwarfs that of a decrypted session. Here's why I'm telling CISOs to flip the sequence.

Your New York office runs ML-KEM per NIST. Your Frankfurt office needs ANSSI-recommended hybrids. Your Shanghai office will require Chinese ICCS algorithms. Your Seoul subsidiary uses KpqC. You need one migration plan. This article maps how to build it.

Over thirty terms. Two tracks. One field guide. The quantum technology market has the exact conditions that produce fraud in every emerging sector: high buzz, big money, low buyer literacy, and complex underlying science that most decision-makers cannot independently evaluate. This dictionary maps the terminology that CISOs, investors, and procurement…

Cryptocurrencies like Bitcoin and Ethereum derive their security from cryptographic algorithms – mathematical puzzles that are practically impossible for classical computers to solve in any reasonable time. However, the emergence of quantum computing threatens this security assumption. Unlike classical machines, quantum computers leverage quantum mechanics to perform certain computations exponentially…