This so-called passwordless future is based on a new form of login credential known as the passkey, which itself is largely ...

Quantum computers could break encryption, exposing sensitive data. Learn how post-quantum cryptography can secure your ...

The long-term viability of IoT connected devices requires solutions that are LPWA-friendly and with quantum security in mind ...

What is cryptography, how does it work, and where is it used? Explore encryption types, its historical background, and modern applications in this comprehensive guide.

That can be tricky, he adds. For example, asymmetric encryption – such as the public key exchange methods used to safeguard online communications – are most vulnerable to quantum decryption.

Asymmetric Encryption: The Foundation of Online Security To solve the key-sharing problem, asymmetric encryption, also known as public-key cryptography, was developed.

For example, hackers use encryption algorithms in ransomware attacks, locking away your precious data behind a paywall. Poor use of encryption can also be problematic as it may create a false ...

What to expect with Quantum and the threat to encryption: We need to arm ourselves with quantum safe encryption and crypto-agility.

What’s the difference? Public key cryptography (asymmetric encryption) involves a pair of keys, while private key cryptography (symmetric encryption) uses a single shared key. Understanding the ...

Vehicles are a prime example of long-lived products where the adoption of PQC proceeds slowly. When quantum computers are able to break relevant key lengths of asymmetric cryptography and, thus, ...

Since the files involved in ransomware attacks on ESXi servers are large, attackers typically employ a hybrid encryption approach. They combine the rapidity of symmetric encryption with the security ...