Improving Security Control in Cloud Computing for Healthcare Environments

Abstract

Cloud computing has transformed a variety of businesses by providing scalable and cost-effective
data storage and management options. However, sensitive sectors such as healthcare face major
security issues due to the extremely sensitive nature of patient data and stringent regulatory
regulations. The purpose of this study is to solve security concerns in cloud computing for
healthcare contexts by presenting a comprehensive security management system. The framework
includes risk assessment, security implementation, continuous monitoring, compliance
management, and the integration of modern security technologies. Potential threats and
weaknesses in the cloud environment are discovered through a thorough risk assessment, enabling
the adoption of appropriate security measures like as authentication, encryption, and intrusion
detection and prevention systems. Continuous monitoring ensures early detection of questionable
actions and adherence to regulatory norms. Furthermore, the use of modern technologies such as
blockchain and multi-factor authentication improves the security posture of cloud-based healthcare
systems. Case studies from healthcare organizations such as the Mayo Clinic and Cleveland Clinic
demonstrate how cloud computing solutions may be successfully implemented while ensuring data
security and compliance. By implementing the proposed framework, healthcare companies can
effectively mitigate security risks and reap the benefits of cloud computing to improve patient care
and operational efficiency while protecting the integrity, availability, and privacy of sensitive
healthcare data.