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 ...

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

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

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 ...

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 offering Clearly, the need for quantum-resistant cryptographic solutions to protect today’s data and systems into the future is becoming increasingly pressing. Synopsys has a ...

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

Asymmetric algorithms such as RSA, Diffie-Hellman and elliptic curve cryptography, which are fundamentally based on complex mathematical problems, offer security because they are challenging to solve.