Insights on post-quantum cryptography

Your TLS upgrade won't save you — Part V: CAPA and the Cryptographic Maturity Model

Introducing CAPA — the framework that maps your cryptographic posture across five dimensions and tells you exactly where to act first.

Your TLS upgrade won't save you — Part IV: the architecture of crypto-agility

In Part III, I showed that cryptography is following the same architectural evolution as application infrastructure. Part IV is about building for it.

Your TLS upgrade won't save you — Part III: the next cryptographic frontier

In Part I, I argued that quantum safety must begin at the data layer. Part III maps the frontier every security architect needs to understand.

Your TLS upgrade won't save you — Part II: post-quantum is not the disruption. Architectural rigidity is.

In my previous article, I argued that upgrading TLS is not enough. Most enterprises have cryptography hardcoded across their entire stack.

Your TLS upgrade won't save you: why quantum safety must begin at the data layer

The cybersecurity industry is racing to prepare for the post-quantum era. But most upgrade strategies focus on the wrong layer entirely.

How is Kyber validated against quantum attacks without a quantum computer?

One of the most common questions when discussing post-quantum cryptography — answered with the mathematical foundations behind the security proofs.