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 ...

When this era of quantum computing arrives, we will reach the point where post-quantum cryptography (PCQ) becomes essential.

Cryptographic algorithms form the backbone of information security, defending data integrity and privacy in diverse applications.

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 ...

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

In this chapter we will look at choosing and optimizing cryptographic algorithms, particularly for resource-constrained systems, such as embedded systems.

With experts suggesting that quantum computers will decrypt public key algorithms by 2030, quantum risk cryptography is becoming vital.

One public-key encryption and three digital signature algorithms determined to provide the best defense against quantum attacks.

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, ...