Sarcouncil Journal of Engineering and Computer Sciences

Abstract: Healthcare payers face mounting pressure to modernize legacy systems while ensuring uninterrupted coverage for vulnerable populations. This article examines how cloud-native infrastructure and intelligent automation are revolutionizing the implementation and transition of Medicaid and the Children's Health Insurance Program (CHIP) systems. Traditional health plan implementations rely on monolithic architectures and manual processes, resulting in extended deployment timelines, operational inefficiencies, and increased risk of coverage disruptions. This article analyzes the transformative impact of cloud-native technologies, including microservices architecture, containerization, automated orchestration, and API-driven integrations, on healthcare program transitions. Through a comprehensive analysis of real-world implementations, this article demonstrates how cloud-native approaches reduce implementation time by 50%, achieve $1M+ cost savings per deployment, and eliminate service disruptions during critical transitions. The article explores key architectural patterns, including automated benefit configuration, intelligent provider contract management, and real-time eligibility verification systems deployed on platforms such as Microsoft Azure. The article reveals that organizations adopting cloud-native healthcare infrastructure achieve 40% faster claims processing, 90% reduction in configuration errors, and enhanced regulatory compliance. Beyond operational benefits, cloud-native implementations enable expanded healthcare access for underserved populations through reduced administrative overhead and improved system reliability, supporting broader public health objectives and healthcare equity initiatives.