EMPLOYABILITY OF MULTIPLE CLOUD ENVIRONMENTS TO ACCOMPLISH DUAL ENCRYPTION WITH ENHANCED SECURITY SAFEGUARDS

Samriti Dhamija

Vol. 6, Jan-Dec 2020

Page Number: 144-147

Abstract:

DNA cryptography is one of the recent research techniques. DNA can be used to do calculations and encrypt information for capacity and transmission. Making DNA succession plays a critical ability in DNA cryptography. DNA grouping is created in light of information transmission and organic innovation. The objective of this work is to make the DNA grouping more cluttered. Providing the information with a high degree of safety is the significant objective of this examination. Two levels of safety are what this paper's suggested work is. The modification key converts plain text to ASCII text, which is then changed into a double whole number at the primary level. The inclusion approach changes parallel numbers into DNA clusters, which are then managed as code text. The receiver will decrypt the code text using the Insertion strategy and show the plaintext afterwards. The information force of the recommended work is estimated using the Shannon entropy, and the execution time is calculated using the time complexity.

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