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A novel cryptosystem using DNA sequencing and contextual array splicing system for Medical Internet of Things
In the modern world, there is a huge increase in the usage of various technologies which may
produce heterogeneous data. Using the latest security algorithms like Triple Data Encryption
Standard (TDES), Rivest Shamir Adleman (RSA), Advanced Encryption Standard (AES) these
(heterogeneous) data are transferred over the internet. Despite of such good security mechanisms,
there exist vulnerabilities to the user data. In the recent years, researchers started the
usage of bio-inspired computing models towards security. In this paper, two such bio-inspired
computing models namely splicing system and Deoxyribonucleic acid (DNA) sequencing were used.
We proposed a novel cryptosystem using contextual array splicing system for DNA sequenced
input data. In this process, we have designed Turing machine(s) that perform(s) the conversion
of a binary input to DNA sequence and the cryptosystem operation using contextual array
splicing system. Next, the developed novel cryptosystem is applied in the domain of Medical
Internet of Things (MIoT). Further, we had investigated the proof of correctness. Next, the
proposed cryptosystems are proved to be Turing computable.