The shift to cloud-native data architectures in the insurance industry: A technical review

Malipeddi, Abhinay Reddy (2025) The shift to cloud-native data architectures in the insurance industry: A technical review. World Journal of Advanced Research and Reviews, 26 (2). pp. 2776-2784. ISSN 25819-615

Cloud-native data architectures are revolutionizing the insurance industry as traditional companies transition away from legacy systems and on-premises monolithic infrastructures toward scalable cloud platforms. The shift addresses evolving consumer expectations and intensifying market demands while fundamentally reimagining insurance data management practices. This transformation enables unprecedented operational efficiency, enhanced analytical capabilities, and improved customer experiences across the sector. Core principles of cloud-native data engineering in insurance include containerization, event-driven data pipelines, serverless processing, and API-first integration approaches. These technologies support critical insurance applications such as real-time claims processing, fraud detection systems, AI-driven underwriting models, and automated regulatory compliance frameworks. Though the benefits are compelling, implementation challenges exist at both technical and organizational levels. Various transitional strategies have emerged, each offering different advantages depending on organizational context and objectives. The quantifiable business benefits span operational savings, analytical advantages, and customer experience enhancements, while future trends point toward continued evolution in the insurance technology landscape. Cloud-native architectures ultimately reshape the insurance industry by improving agility, sophistication of risk modeling, and customer-centric service delivery capabilities.