Selective Gene Exchange (SGEX) Mutation Algorithm as a Data Encryption and Decryption Mechanism

Abstract: This paper describes the mechanism utilizing the alteration of data at a binary level using a binary exchange algorithm. This is to address the need for a flexible and robust form of encrypted data during transmission over networks. The process covers mathematical conversion of data which crossovers and mutates the binary version of a plain text string, and translates the data without the need for a standardized cipher key. The resulting algorithm is also applied to a database driven application, and then exposed to a decryption tool. The data will be passed to a functional database, which in turn will be queried and decrypted.

Keywords: Evolution, Genetic, Cryptography, Mutation, Bitwise, Algorithm, Cipher Text