Cryptography Using Multi-Dimensional Objects

Abstract

In today’s era, protection of data has become a major issue due to vulnerable information that is increasing significantly, because of active & passive attack. So, in this era finding ways to make a data secure has now become one of the most demanding aspects of orthodox cryptography in order to secure communication. In this project, the authors have analyzed and designed a new algorithm based on multi-dimensional objects, to bring a revolutionary change in cryptography encryption and decryption by increasing the bits of the encryption key, rate of confusion and rate of diffusion significantly. The algorithmic approach that is to be used in encryption of data, will be rotation of bits of data on different vertices in place of an index, using the concept of transposition technique, where it will serve all the basic purpose of cryptography that are authentication, data confidentiality, data integrity, and non-repudiation. This will help to tackle security issues regarding message and data encryption which are soon going to play a crucial role in our lives.