Chapter 3 of the Cryptographic Handbook delves into how modern cryptographic algorithms are implemented.

In an era where cyber threats are ever-evolving, ensuring the security of our data is paramount. From quantum-resistant ...

In the last section we discussed the potential for optimizing algorithms, which can be done, but sometimes may not result in the type of performance required. As was mentioned, you can always move the ...

Cryptography algorithms contain keys, which can encrypt or decrypt data. There are two different types of cryptography used in data scrambling: symmetric, where both the sender and receiver have the ...

IBM's Quantum Safe platform aims to protect organizations from future quantum threats to classical cryptography.

Protecting sensitive electronic information in different situations requires different types of cryptographic algorithms, but ultimately they all depend on keys, the cryptographic equivalent of a ...

Agencies should test post-quantum cryptography algorithms with their software and decide whether information security benefits outweigh the efficiency losses ahead of a federally mandated transition, ...

SIKE was a contender for post-quantum-computing encryption. It took researchers an hour and a single PC to break it.

A scientist from MSU developed an algorithm increasing the speed of calculation of cryptographic transformations based on elliptical curves that requires little computational power. An algorithm ...

Post-quantum cryptography algorithms use those mathematical operations to protect user data. One such algorithm, Kyber, forms the basis of Apple’s new PQ3 protocol for iMessage.