The cryptographic community has long recognized FN-DSA for producing the shortest signature sizes among NIST’s standardized post-quantum signature schemes. This compact footprint makes it highly...
Researchers at Ruhr University Bochum have introduced a significant advancement in the automated security verification of hardware cryptographic implementations. In a newly published paper, authors Ar...
A team of cryptographic researchers has uncovered a significant privacy vulnerability affecting several widely used multi-party computation (MPC) frameworks. Detailed in a newly released research pape...
A newly published cryptographic research paper has revealed a significant vulnerability class affecting several widely used multi-party computation (MPC) frameworks. Titled "Off-Key: Inconsistent...
A team of cryptographic researchers has published a new study detailing a privacy vulnerability affecting several prominent frameworks in the SPDZ family of multi-party computation (MPC) protocols. Ti...
In a significant development for both algebraic geometry and post-quantum cryptography, researcher Tanush Shaska of Oakland University has released a comprehensive theoretical study determining the ex...
A newly released research paper by Tanush Shaska of Oakland University has successfully resolved a longstanding open problem in arithmetic geometry and post-quantum cryptography, providing rigorous ma...
In a significant development for both algebraic geometry and post-quantum cryptography, researcher Tanush Shaska of Oakland University has released a comprehensive paper resolving the exact probabilit...
In a significant development for both arithmetic geometry and post-quantum cryptography, researcher Tanush Shaska of Oakland University has released a new paper addressing the theoretical foundations ...
In a significant development for cryptographic research and algebraic geometry, mathematician Tanush Shaska of Oakland University has released a comprehensive new study addressing longstanding theoret...