SPHINCS+: stateless hash-based digital signature
The NoName057(16) collective and DDoS offensives in support of the Russian narrative
Introduction The Forest Of Random Subset (FORS) scheme constitutes the last element needed in order to describe the complete structure of the SPHINCS+ digital signature algorithm, selected at the end...
Threat Discovery is an editorial space of Telsy and TS-WAY dedicated to in-depth analysis of cyber threat intelligence at a global level. The information reported is the outcome of the...
Threat Discovery is an editorial space of Telsy and TS-WAY dedicated to in-depth analysis of cyber threat intelligence at a global level. The information reported is the outcome of the collection and analysis work done...
Introduction XMSS (eXtended Merkle Signature Scheme) represents a fundamental component of the SPHINCS+’s construction, which is a post-quantum hash-based digital signature selected in the NIST standardization process. As a standalone...
Companies and organizations are constantly looking for techniques, tactics and procedures to better protect their data and assets from cyber risk. The pervasive use of the Web and new modes...
Ensuring proper security standards for our systems and servers has never been more essential. This need, coupled with the growth rate of cyber threats and, more importantly, the increasingly various...
In the digital age, data security is a top priority. With the growing number of connected devices and the continuous evolution of cyber threats, protecting sensitive information has become as...
Introduction After analyzing in detail the Post Quantum algorithms that base their security on mathematical problems defined over lattices (Kyber, Dilithium, Falcon) and on error correcting codes (Classic McEliece), we...
