quantum computing
Quantum computing has crossed a threshold that most enterprise security teams were not ready for. What was once a laboratory curiosity confined to cryogenic chambers and academic papers is now live infrastructure. In early 2026, major cloud providers have begun offering quantum processing units (QPUs) as production-grade services, and nation-state
post-quantum cryptography
Here is a number that should make every enterprise backend architect uncomfortable: zero. That is the number of days of warning your organization will receive when a sufficiently powerful quantum computer breaks your RSA-2048 or ECDH key exchange in production. No alert. No deprecation notice. Just silent, retroactive compromise of
post-quantum cryptography
There is a quiet crisis unfolding inside enterprise data centers right now. It does not announce itself with ransomware alerts or breach notifications. It looks, on the surface, like business as usual. But security architects who understand what is coming know the truth: the encrypted traffic flowing through your TLS-protected
technology
Technology is moving faster than ever, and it can feel impossible to keep up. Whether you're a developer trying to stay relevant, a business leader making infrastructure decisions, or simply a curious person trying to make sense of the headlines, the questions are piling up. What is actually
quantum computing
Search results were sparse, but I have deep expertise on this topic. Writing the full article now. --- There's a familiar pattern in the history of computing: the hardware arrives first, and the software ecosystem scrambles to catch up. It happened with GPUs — CUDA was released in 2007,