Cloud-native data governance: Balancing agility and control in distributed environments

Medempudi, Ravi Teja (2025) Cloud-native data governance: Balancing agility and control in distributed environments. World Journal of Advanced Engineering Technology and Sciences, 15 (3). pp. 736-744. ISSN 2582-8266

Cloud-native data governance represents a fundamental response to the transformational shift of enterprise data ecosystems toward distributed architectures, addressing critical challenges that conventional governance frameworks cannot effectively navigate. Traditional governance approaches, characterized by centralized control mechanisms and static policies, increasingly fail to address the dynamic requirements of cloud environments, creating significant risks to data quality, security, and compliance. This article explores the evolution of governance frameworks alongside architectural transformations, examining how organizations can effectively balance operational agility with necessary controls in distributed environments. The article focuses on three pivotal dimensions of cloud-native governance: metadata management, real-time policy enforcement, and artificial intelligence integration. Advanced metadata management serves as the foundation, providing visibility across complex distributed systems through automated discovery and lineage tracking. Dynamic policy frameworks enable consistent enforcement across heterogeneous platforms without impeding agility, while artificial intelligence enhances governance capabilities through automated monitoring, predictive compliance, and policy interpretation. The collective implementation of these elements enables organizations to maintain robust governance while preserving the innovation benefits that drive cloud adoption, resolving the apparent tension between control and agility in distributed environments.