Deoxyribonucleic Acid (DNA) Computing using Color Code Cryptographic Technique

Abstract

Data hiding conceals the information to shield the data from leakage into the subsisting network, to see the exact confidentiality of all their related data which plays a paramount part in the cryptography of Deoxyribonucleic Acid (DNA). DNA cryptography is a cryptography fork that is related to complicated organic and natural strains and obtained by the growth of DNA. The data-hiding paradigm is based on DNA computing and a color-coding technique was proposed to ensure privacy is not compromised. Secret message is encrypted into cipher shade by utilizing DNA computing according to the proposed strategy. The secret message is scrambled to DNA reference using generic supersession DNA, which is depend on a standard two-by-six complementary pair rule. Using color code technique, the DNA reference is scrambled again, and it acts as ciphertext. Therefore, the slight substantial difference in color is more complicated by the generation of color code which is capable of improving the consistency by recursively regenerating the collection of colors. The proposed algorithm achieves high security with respect to cracking probability and the properties of information hidden in the DNA sequence than current security algorithms.

Keywords- Deoxyribonucleic Acid; DNA; DNA computing; Color Code; Cryptography