Biometric Face-code DNA Colour Vector: A Unique Identity with Double Layer Encryption Approach

Abstract

Abstract-Security issues assume an essential part of each association, as more noteworthy accessibility, what's more, access to data, thusly, infer that there is a more prominent need to ensure them. Numerous entrance control instruments, dialects, and frameworks have proposed over numerous years to address the issue of access to data inside frameworks. This undertaking builds up an encryption approach for the color vector, which goes about as an authenticity of the genuine user for the safe money exchanges. In the proposed framework, need two information sources, the face image of the user and a numerical information, to give an individual character through Information Fusion (IF) methods furthermore, biometric information encryption. In the wake of preparing, we get a hybrid fusion code and apply DNA cryptography to include an extra layer of security. At that point changed over to color vector were every user has the unique color vector for the safe exchange and is anything but difficult to deal with. The color vector is a novel way to deal with the guarantee secure environment for the digital money exchange and information transmission. This approach will give an unbreakable security and a twofold layer of encryption. By utilizing this created color vector, to a degree can keep away from attacks like brute force attack, replay attack, and Phishing attacks, and can ensure that the user is legitimate or not.