The National Institute of Standards and Technology (NIST) has selected a group of cryptographic algorithms to secure the Internet of Things (IoT) devices and the related tiny sensors and actuators.

Cryptography rarely fails at the math - it fails at deployment. Why post-quantum migration and AI-scale risk make open-source ...

High-risk cryptographic applications must be quantum-safe by the end of 2030; medium-risk ones by the end of 2035.

Mathematicians often toil in obscurity, and that's likely because few people, apart from fellow mathematicians who share the same sub-specialty, understand what they do. Even when algorithms have ...

In this chapter, we will look at specific implementation details of the most common cryptographic algorithms. It starts with the fundamental XOR function and then discusses the more complex symmetric ...

SEALSQ has unveiled VaultIC409, a secure element designed for pqc in connected devices, with engineering samples planned for ...

It’ll still be a while before quantum computers become powerful enough to do anything useful, but it’s increasingly likely that we will see full-scale, error-corrected quantum computers become ...

The original version of this story appeared in Quanta Magazine. In our increasingly digital lives, security depends on cryptography. Send a private message or pay a bill online, and you’re relying on ...

There is no doubt that quantum computers will play a significant role in helping the world solve complex challenges not possible on current classical computers. However, quantum computers also pose a ...

Legacy encryption algorithms face a hard expiration date from quantum processing threats. Discover how establishing a cryptographic inventory, prioritizing long-tail data longevity, and building for ...