DNA Cryptography based Data transmission

Yogendra Kumar Upadhyaya; Chetna Sinha

Abstract

Abstract: The biological research in the field of information technology covers the exploitation of storing capabilities, parallelism and also in conservative cryptography which enhances the security features for data transmission. DNA (deoxyribonucleic acids) is the gene information which encodes information of all living beings. Though the DNA computing has its application in the field of huge information storage, massive parallel processing, low energy consumption which have been proposed and proved by the researchers and soon the molecular computer can replace the existing silicon computer and it exploits the world smallest computer. The combination of DNA molecules can be interpreted as a result to give a solution to a specific problem. The DNA strands can be simulated for more nodes and size. It provides more security with increase node (4 nodes, security 50% and 8 nodes, security 150%). This paper analysis an existing approach to the DNA computing method and DNA based cryptographic approach which provides the clear idea and limitations of existing research works.Keywords: DNA, encryption, arrays, computers, receivers, DNA computingCite this Article: Yogendra Kumar Upadhyaya, Chetna Sinha. DNA Cryptography-based Data Transmission. Journal of Network Security. 2019; 7(3): 31–40p.