Authentication, digital signatures, and encryption are generally based on a set of keys and algorithms for transforming digital data, called clear text, into an encrypted form and back again.

In response, post-quantum cryptography (PQC) readiness is focused on transitioning to quantum-resistant encryption algorithms to ensure trust and safeguard digital identities ahead of quantum threats.

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

Behind the hype lies a grounded, strategic reality: transitioning to post-quantum cryptography is about preparation, not ...

PQC’s quantum-resistant algorithms will further harden the encryption technologies that zero trust’s reliability, stability and scale rely on.

The potential of breaking all authentication and encryption is serious though. Allowing cyberattackers a wide-open cyberdefense without minimally hardening our systems would be catastrophic.

Although 802.1x will help fix the static WEP key security issues, it is strictly an authentication standard and does not address the encryption weaknesses found in WEP.

How Does Hardware-Based AES Disk Encryption Work? Modern encrypted SSDs use a 128- or 256-bit AES algorithm along with two symmetric encryption keys (Fig. 1).

With the rise of quantum computing, the need for quantum-proof security in laptops has become more critical than ever. Quantum computers have the potential to break traditional encryption methods, ...

Looking for reliable encryption tools? Explore the seven best software picks for securing data across devices, platforms, and teams.