AI-driven zero trust security for Kubernetes and multi-cloud deployments

Potluri, Manvitha (2025) AI-driven zero trust security for Kubernetes and multi-cloud deployments. World Journal of Advanced Engineering Technology and Sciences, 15 (2). pp. 394-404. ISSN 2582-8266

The rapid evolution of cloud-native infrastructures has exposed critical vulnerabilities in traditional security models, particularly in multi-cloud Kubernetes environments where distributed applications face increasingly sophisticated threats. Zero Trust Security principles offer a promising foundation, yet conventional implementations struggle with the dynamic nature of containerized workloads and cross-cluster communications. This article introduces AI-Enhanced Zero Trust for Kubernetes and Multi-Cloud, a framework that leverages machine learning to transform static security policies into adaptive protection mechanisms. By continuously analyzing behavioral patterns, automatically adjusting access controls, and implementing real-time trust evaluation, this approach addresses key limitations in current security practices. The framework's three-tiered architecture—encompassing comprehensive data collection, sophisticated AI processing, and responsive enforcement mechanisms—enables organizations to achieve least-privilege access despite the complexity of modern environments. Case studies from financial services demonstrate significant improvements in threat detection speed, incident reduction, and developer productivity. While implementation challenges exist, emerging capabilities in federated learning, quantum-resistant cryptography, intent-based policies, and autonomous remediation promise to further enhance this security paradigm.