Design and Implementation of Power-Efficient Cryptography Scheme Using a Novel Multiplication Technique

Abstract

The threat application has been increased a lot in the digital application; hence, protecting the data and the digital application is very important. Several crypto algorithms were already implemented with different sub-module to secure the data from the malicious event. However, the harmfulness of the malicious events has broken the security in many cases. This has resulted in high data theft, less con dential range and data loss So, the present article has designed a novel Bernoulli Data-encryptionstandard (B-DES) for securing the digital communication in the wireless environment. Here, the Bernoulli function has been performed after the XOR process, and then during the decryption process, the function of the novel B-DES has been reversed. Moreover, the designed encryption approach is checked with the brute force attack. Here, the gained power usage by the designed scheme is 193 mW, compared to other models; it has diminished the power usage by 7%. Moreover, the earned memory utilization is 0.6 kB, compared to other compared models, it has reduced the memory utilization is 3%. The delay rated recorded by the designed model is 3.43 ns, compared to other models it has minimized the delay score by 3%.