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– We have designed a new class of public key algorithms based on quasigroup string transformations using a specific class of quasigroups called multivariate quadratic quasigroups (MQQ). Our public key algorithm is a bijective mapping, it does not perform message expansions and can be used both for encryption and signatures. The public key consist of n(More)
The need of true random number generators for many purposes (ranging from applications in cryptography and stochastic simulation , to search heuristics and game playing) is increasing every day. Many sources of randomness possess the property of stationarity. However , while a biased die may be a good source of entropy, many applications require input in(More)
This is the supporting documentation that describes in details the cryptographic hash function BLUE MIDNIGHT WISH which is submitted as a candidate for SHA-3 hash competition organized by National Institute of Standards and Technology (NIST), according to the public call [1]. BLUE MIDNIGHT WISH is a cryptographic hash function with output size of n bits(More)
In this paper we describe several programming modules which perform string transformations with quasigroups. The modules use one or two quasigroups of order 16, thus, taking only 128 bytes for storage per quasigroup. Using those modules as cryptographic primitives we develop a block cipher, a stream cipher, a hash function with variable length of output(More)
In this note we show a consequence of the recent observation that narrow-pipe hash designs manifest an abberation from ideal random functions for finding collisions for those functions with complexities much lower than the so called generic birthday paradox lower bound. The problem is generic for narrow-pipe designs including classic Merkle-Damgård designs(More)
This document contains the Intellectual Property Statement and the technical description of the MQQ-SIG-a new public key digital signature scheme. The complete scientific publication covering the design rationale and the security analysis will be given in a separate publication. MQQ-SIG consists of n − n 4 quadratic polynomials with n Boolean variables(More)