Integrative Approaches in Healthcare: The Convergence of Biology, Medicine, and Technology

Abstract

The technological environment, difficulties, as well as innovations related to the incorporation of digital health technologies into healthcare systems are examined in this study. Using a descriptive design alongside a deductive methodology, interpretivism as a philosophy is applied to the analysis of secondary data from various sources. The part on the technical landscape describes the complex network of hardware, software, and other components that enable integration. Interoperability issues worries about data security, as well as stakeholder resistance are among the difficulties. Interoperability standards, cybersecurity protocols, and cooperative platforms are examples of innovations. Improved healthcare workflows, heightened cybersecurity, and increased interoperability are highlighted as technical outcomes. Performance metrics evaluate system uptime, dependability, and the efficiency of data exchange. Suggestions emphasize the necessity of user-centric design, evolving cybersecurity measures, in addition to universal standards. Future research should concentrate on scalability, emerging technologies, and real-time assessments.