An Efficient Method for Secured Data Communication using Chaos Encryption Algorithm

To prevent the information theft from attackers there is a need of mechanism to secure the data. In order to successfully deal with image information theft, it must look for a improved encryption algorithm. Past few decades several algorithms were developed, due to the preponderation of chaos technology, when the image is encrypted with chaos technology, the ciphertext presents an arbitrariness, which makes the possible action of deciphering greatly abbreviated. In this paper, another methodology of Chaos encryption has been proposed. This methodology shows irregular conduct that can be used for secure encryption and proficient information transmission. The unbending nature of this methodology can be investigated and observed by execution factors for example, testing towards numerous image processing attacks, measurement of Peak signal to noise ratio, Mean square error values. Image with various scaling factors provide low MSE rate and high PSNR by utilizing this chaotic strategy. This strategy is demonstrated to be extremely successful compared to the other existing systems. The proposed methodology is adaptable and highly effective because of its affectability to secret key and appropriate for different applications such as military, legal and medical systems, overall visual check by offering simultaneous security functions.