Secure Encrypted Cloud Computing Framework for Strengthening Cyber Security and Data Privacy

Abstract:Cloud computing has transformed the way organizations store, manage, and access data byoffering scalable, flexible, and cost-effective services. However, the increasing volume ofsensitive information hosted in cloud environments has intensified cyber security concernsrelated to unauthorized access, data breaches, insider threats, and privacy violations. Thisstudy proposes the implementation of a secure encrypted cloud framework that integratesadvanced encryption techniques, secure key management, multi-factor authentication, accesscontrol mechanisms, and continuous security monitoring to strengthen data confidentiality,integrity, and availability. The proposed framework incorporates cyber security principles tomitigate evolving cyber threats while ensuring secure data transmission and storage acrossdistributed cloud platforms. The research evaluates the effectiveness of the framework usingstandard security metrics, including encryption efficiency, computational overhead, resilienceagainst cyber-attacks, and overall system performance. The anticipated findings demonstratethat the integration of robust encryption with comprehensive cyber security measuressignificantly enhances cloud data protection without substantially affecting operationalefficiency. The proposed approach is expected to provide a practical and scalable solution forsecuring cloud-based information systems across healthcare, finance, education, andenterprise environments, thereby improving user trust and supporting the secure adoption ofcloud computing technologies.