Subversion-Resilient Signatures without Random Oracles

ePrint Report: Subversion-Resilient Signatures without Random Oracles

Pascal Bemmann, Sebastian Berndt, Rongmao Chen

In the aftermath of the Snowden revelations in 2013, concerns about the integrity and security of cryptographic systems have grown significantly. As adversaries with substantial resources might attempt to subvert cryptographic algorithms and undermine their intended security guarantees, the need for subversion-resilient cryptography has become paramount. Security properties are preserved in subversion-resilient schemes, even if the adversary implements the scheme used in the security experiment. This paper …

adversaries aftermath algorithms chen cryptographic cryptographic algorithms eprint report integrity pascal random report resources security signatures snowden subversion systems