Strengthening Cloud Security Through Multi-Factor Authentication: A Comprehensive Integration of Diverse Approaches
U. Ashitha, A Amulya, G. Sushma, Syed. Irfana, CH. M. H. Saibaba · 2024
Strong security measures are crucial as businesses increasingly rely on cloud computing. This study explores the integration of Multifactor Authentication (MFA) to enhance cloud security. By requiring users to undergo various forms of identity verification before accessing cloud resources, MFA adds a redundant layer of security. The study delves into the benefits and specialized aspects of MFA within cloud security, considering authentication factors like biometrics, tokens, and passwords. Additionally, it addresses Zero Trust, following the principle of ‘never trust, always verify, ‘ensuring confidence is never assumed, regardless of a trusted network. It details the necessary architecture and programs for implementation within a cloud environment. The study emphasizes practical benefits, including improved threat mitigation, reduced liability for data breaches, and an enhanced user experience. Alongside addressing potential implementation challenges, it provides helpful advice for a successful deployment. This paper explores the integration of Multifactor Authentication (MFA) to enhance security. Requiring multiple identity checks, MFA fortifies security measures. It lists architectural requirements for deploying cloud computing, outlining benefits like improved user experience and enhanced security. Skillfully anticipating potential difficulties, it provides a thorough manual for effective adoption in the evolving realm of cloud-centric operations.