Security Using Colours Code Matrix and Armstrong Numbers

In real entity, data security plays a vital role where confidentiality, authentication, integrity, non-repudiation are given significance. The universal performance for providing concealment of transferred data is cryptography. This Armstrong number and color code algorithm delivers a technique to encrypt the statistics using a crucial key involving Armstrong numbers and colors code matrix as the password. Three set of crucial are used to offer secure data conveyance with the color coding as vital security component hereby providing authentication. Encryption and decryption necessitate the use of specific secret information, usually referred to as a crucial key. The data to be encrypted is called as ordinary text. The encrypted data achieved as a consequence of encryption process is called as secret text. Depending on the encryption contrivance, the same crucial key might be used for both encryption and decryption, for the other mechanisms, the keys used for encryption and decryption might be dissimilar. Any color code is the permutation of three primary colors green, Red and Blue in fixed magnitudes. A color code is kept in a personal computer in form of three numbers demonstrating the quantities of Green, Red and Blue respectively. Each pixel is symbolized as values for Green, Red and Blue. Thus any color code can be uniquely represented in the three dimensional RGB cube as values of Red, Green and Blue. Thus, current methodologies make use of color codes values assist as a password for initial validation, certification and encryption decryption processes.