Presented by Danielle Fonte, a member of SEALSQ’s Product Security Team, the demos underscored SEALSQ’s commitment to quantum-resistant security, aligning with broader efforts like Quantum Key ...

The Fujisaki-Okamoto-style (FO) transforms used in ML-KEM and HQC are especially vulnerable to chosen-ciphertext side-channel attacks. This transform re-encrypts the decrypted message and checks ...

What is encryption and how does it work to protect your devices from bad actors? From the types, importance and advantages of encryption - it is here to help you.

When quantum computers become commonplace, current cryptographic systems will become obsolete. Scientists are racing to get ahead of the problem and keep our data secure.

Racenet's Queensland form expert Graeme Carey presents his best bets, quaddie picks, race-by-race tips and analysis for ...

In this attack, the hacker has access to both the encrypted data (ciphertext) and the original unencrypted version (plaintext). By comparing the two, the attacker tries to discover the encryption ...

Abstract: Aggregating metadata in the ciphertext field is an attractive property brought by homomorphic encryption (HE) for privacy-sensitive computing tasks, therefore, research on the ...

On December 11, 2020, just one day after the publication of Codebreaking: A Practical Guide, its authors, Elonka Dunin and Klaus Schmeh, got some news from fellow codebreaker Dave Oranchak.

Encryption transforms plaintext into reversible ciphertext, which allows password managers to store and display the original plaintext password. On the other hand, hashing is the typical method ...

Encryption—“making secret”—is what we call the process of turning plaintext into ciphertext Encryption is an important part of cryptography, but doesn’t encompass the entire science.