RSA and Elliptic Curve Encryption System: A Systematic Literature Review

Introduction

Technology advancements have increased the volume of data stored by individuals and businesses. Due to the bulk, this data type could no longer be stored on microcomputers. Organizations and individuals have kept their high-volume data on a third-party cloud with ample storage capacity. While this problem has been solved for organizations and individuals, there is still the issue of data security, integrity, and access restrictions. Sebastian (2022) reported that data breaches costs the United States between $3.86 Million and $4.24 Million. The majority of these treats came from remote work. Researchers have devised several cryptographic algorithms for data security, integrity verification, and access control concerns. As technology improves daily, early cryptographic techniques appear unsuitable for modern-day advances, as various attacks (Alqahtan & Sheldon, 2022) on critical cryptographic systems have been reported. Cloud security challenges have been identified and categorized into security standards, network category, access control, cloud infrastructure, and data category (Khalil et al., 2014).

The rest of this review paper is organized as follows: We first review relevant cryptographic approaches. We then present our review methodology, outline our results and discussions, and conclude with crucial areas for additional work.