The field of neural cryptography explores innovative methods for secure key exchange by harnessing the synchronisation capabilities intrinsic to artificial neural networks. Unlike conventional ...

Cryptographic key exchange protocols are fundamental to secure digital communications, enabling two or more parties to establish a shared secret over an insecure channel. This field combines advanced ...

Much of the literature on rational cryptography focuses on analyzing the strategic properties of cryptographic protocols. However, due to the presence of computationally-bounded players and the ...

Privacy protocols and crypto mixers both protect blockchain privacy, but differ in design, risk, and long-term use cases.

Secure communication between parties (OEMs, developers and academia) in floating wind technologies. Floating wind power offers enormous potential for deepwater offshore energy development. However, ...

Apple Inc. plans to update iMessage with a new encryption component, dubbed PQ3, that can block cyberattacks launched by quantum computers. Members of the company’s cybersecurity research team ...

Blockchain security firm Curv has released a new cryptography protocol it says can eliminate the need for private keys as part of its new software for digital assets targeted for institutional ...

Apple today announced a new post-quantum cryptographic protocol for iMessage called PQ3. Apple says this "groundbreaking" and "state-of-the-art" protocol provides "extensive defenses against even ...

An independent multi-system assessment confirms the first publicly available, reproducible FIX Protocol audit evidence pack ...

Crypto-focused firm Zama has reportedly secured $73 million in funding via a Series A round that included contributions from Multicoin Capital and other investors. Zama, which is described as an ...

The old and insecure MD5 hashing function hasn’t been used to sign SSL/TLS server certificates in many years, but continues to be used in other parts of encrypted communications protocols, including ...