Page 105 - Cyber Defense eMagazine Annual RSA Edition for 2024

Binary Cryptosystem Insights

By Milica D. Djekic

The modern cryptographic algorithms deal with a key distribution challenge as something seeking a
powerful computing capacity and well-developed networking communication which can support such a
data protection, so far. On the other hand, some of the very first beginnings of the information theory
technologies are referred to assume an encryption, as well as decryption as a transformation of bits from
plaintext into ciphertext which gives some results, but usually looks for a shift function being recognized
as a cryptographic key that is applied in order to for a unique set of inputs get a unique set of outputs
without any repeating of such transformed information. Apparently, about a decade ago there have come
some novel findings about the possibilities of the theory of the information suggesting that the borders of
the binary algebra could be moved a bit opening up a truly new frontier to the next generation of
researchers, engineers and mathematicians who now can take advantage of the previously undiscovered
nature of the binary numbers which relying on some symmetry rules and bit’s affirmation or negation can
contribute in designing of the perfect secrecy cryptosystem, as well as using all those resources for
making a multi-level encryption which will not any longer re-encrypt a file counting on some key or
password, but more likely go from one level of encryption to another smoothly coping with the strong
crypto-algorithms which do not need any kind of the mathematical shift as such a technical solution being

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