The dawn of artificial intelligence (AI) has revolutionized numerous fields, including cryptography. This advanced technology ...

Quantum computing is a catalyst for rethinking how organizations govern, secure and manage cryptographic systems.

Unlike quantum computing, which faces steep hardware challenges, AI research can be iterated, trained, and scaled on existing ...

For enterprises, the takeaway is simple: the cryptography we trust now won’t last forever. Investing in modern AI-powered ...

Recent advancements in cryptographic research underpin the evolution of secure digital communication systems. Cryptographic algorithms form the backbone of information security, defending data ...

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

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.

Cryptographic algorithms lie at the heart of modern information security, and substitution box (S‐box) design is a critical component in achieving robust encryption. S‐boxes provide the nonlinearity ...

Mobilwithus unveils a full-lifecycle security platform using HSM/HSE, targeting cars and industry with built-in post-quantum ...

A formula used to turn ordinary data, or "plaintext," into a secret coded message known as "ciphertext." The ciphertext can reside in storage or travel over unsecure networks without its contents ...

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, ...