Addressing Security Challenges in Cloud Computing for Healthcare Systems: A Comprehensive Survey

Anjali  Pawar; Sunita Mahajan; Ikvinderpal Singh

Abstract

Mobile cloud computing (MCC) emerges as an innovative technology revolutionizing mobile web services by combining the domains of mobile computing, cloud computing, and wireless networks. In the healthcare sector, MCC plays a pivotal role in transforming medical services, offering novel facilities and services to patients and caregivers alike. The adoption of MCC by healthcare professionals (HCPs) has led to a surge in medical software applications designed for these platforms, consequently enhancing medical services while reducing costs and fostering competition among healthcare providers. The integration of MCC has proven beneficial for HCPs, aiding them in making informed decisions and providing improved patient care. Utilizing cloud computing services, MCC makes it easier to address the continuously expanding demands of the healthcare sector. However, this advancement has not been without challenges. Constraints related to network bandwidth and mobile device capacity have introduced concerns regarding energy consumption and latency delays. Numerous factors influence the performance of MCC systems, necessitating a comprehensive investigation to optimize their efficiency. Furthermore, addressing security and privacy issues associated with MCC in healthcare is of paramount importance. Despite its significant role in cloud computing, the domain lacks an in-depth study of these concerns. This study aims to bridge the gap by conducting a systematic analysis of 43 relevant papers published between 2010 and 2022 in reputable national and international journals, including Springer and IEEE. Through this study, we endeavor to explore the challenges faced by mobile cloud computing in healthcare and propose strategies to enhance healthcare services in the cloud environment.

Abstract

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