Securing the Information using Improved Modular Encryption Standard in Cloud Computing Environment
A. Syed Ismail, D. Pradeep, J. Ashok · KSII Transactions on Internet and Information Systems · 2023
All aspects of human life have become increasingly dependent on data in the last few decades.The development of several applications causes an enormous issue on data volume in current years.This information must be safeguarded and kept in safe locations.Massive volumes of data have been safely stored with cloud computing.This technology is developing rapidly because of its immense potentials.As a result, protecting data and the procedures to be handled from attackers has become a top priority in order to maintain its integrity, confidentiality, protection, and privacy.Therefore, it is important to implement the appropriate security measures in order to prevent security breaches and vulnerabilities.An improved version of Modular Encryption Standard (IMES) based on layered modelling of safety mechanisms is the major focus of this paper's research work.Key generation in IMES is done using a logistic map, which estimates the values of the input data.The performance analysis demonstrates that proposed work performs better than commonly used algorithms against cloud security in terms of higher performance and additional qualitative security features.The results prove that the proposed IMES has 0.015s of processing time, where existing models have 0.017s to 0.022s of processing time for a file size of 256KB.