Formal Method of Encryption Using 9’S Complement

Abstract

In this paper we show how implemented one time security encryption scheme is more lucid, effective. However it is more complex in nature of attacker view. The one-time pad encryption scheme itself is mathematically unbreakable. (See Claude Shannon's "Communication Theory of Secrecy Systems"). Therefore, the attacker will focus on breaking the key instead of the cipher text. Random key stream can be used to create lifetime supply of keys for one time pads. Here we provided the practical approach that you can use to set up your own one-time pad encryption. Permutation techniques can be used in conjunction with other technique includes substitution, encryption function etc. for effective performance. The goal of this paper to show how the one-time pad encryption technique can be achieved including complement approach technique.

A study on encryption using three-dimensional cellular automata

“…Guidelines were developed for symmetric key encryption in 3D CA algorithms 15 . Data encryption using 9's proved more lucid and secured 16 . Although enough work was carried out on 1D and 2D CA and suitable algorithms (AES, DES) were developed, discrete references were made on 3D CA rules applicable to 3D chaotic systems.…”

“…Nagaraj et al 16 developed methods for encryption of data using 9's complement. The once security encryption developed by them proved more lucid, effective and complex from attackers view.…”