Vishwasrao Salunkhe,
Independent Researcher, Papde Wasti, Phursungi Pune, Maharashtra , India,
Sowmith Daram,
Independent Researcher, Nakrekal, Nalgonda, PIN: 508211, Telangana, India,
Aditya Mehra ,
Independent Researcher, Haldwani, Nainital, PIN: 263139, Uttarakhand, India,
Shalu Jain,
Reserach Scholar, Maharaja Agrasen Himalayan Garhwal University, Pauri Garhwal, Uttarakhand,
Raghav Agarwal,
Independent Researcher, Mangal Pandey Nagar, Meerut (U.P.) India 250002,
Abstract
In recent years, the healthcare sector has seen a fast development in technology, which has driven the need for systems that are more flexible and possess higher levels of performance in order to satisfy the complicated needs of clinical applications. microservices architecture has evolved as a strong solution for tackling these difficulties. It provides a modular approach to software design that improves scalability, maintainability, and resilience. Microservices architecture has emerged as a powerful solution. This article examines the advantages of using microservices architecture in healthcare environments, with a particular emphasis on clinical applications, as well as the implementation methodologies that may be used to accomplish this.
It is possible for healthcare organisation to obtain more flexibility and responsiveness via the use of microservices architecture, which is distinguished by its deconstruction of applications into services that are loosely connected and allow for independent deployment. The process of breaking down monolithic systems into discrete services enables healthcare providers to independently create, test, and deploy components, which in turn facilitates continuous integration and delivery. The flexibility of this system not only speeds up the development cycle, but it also improves the capability to adjust to shifting needs and incorporate new technology.
In this article, real-world case studies and practical examples of the implementation of microservices in clinical applications are analyzed. An emphasis is placed on the enhancements that have been made in terms of performance, reliability, and scalability. The optimization of electronic health record (EHR) systems, patient management platforms, and decision support systems are among the primary areas of concentration. This research reveals how microservices may increase overall system efficiency, as well as reduce difficult operations, promote data interoperability, and integrate data more effectively.
Some of the difficulties that are related with the implementation of microservices in the healthcare industry are also covered. These difficulties include data consistency, security, and service orchestration. The purpose of this article is to describe several techniques that may be used to overcome these challenges. These strategies include the utilization of containerization and orchestration solutions such as Kubernetes, as well as best practices for protecting compliance with healthcare rules and standards.
In the end, the use of microservices architecture in the healthcare industry provides considerable benefits in terms of both performance and agility. It is possible for healthcare organisation to better handle the ever-changing requirements of clinical applications, enhance patient outcomes, and stimulate innovation within the sector if they adopt this strategy. The purpose of this paper is to give stakeholders with important insights that can be used to improve their healthcare systems and achieve operational excellence via the utilization of microservices.
Keywords: Microservices architecture, healthcare, clinical applications, agility, performance, electronic health records, patient management, service orchestration, data interoperability, containerization.
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