Autonomous agents in the cloud: Advancing application management with agentic AI

Karanam, Vamsi Krishna Kumar (2025) Autonomous agents in the cloud: Advancing application management with agentic AI. World Journal of Advanced Research and Reviews, 26 (2). pp. 4291-4300. ISSN 2581-9615

Autonomous agents in cloud computing represent a transformative evolution beyond traditional automation approaches, enabling self-directed management of complex application environments. This article explores the architectural framework, implementation patterns, and operational benefits of Agentic AI in cloud-based application management. Unlike conventional automation systems constrained by static rules and predetermined workflows, autonomous agents leverage advanced machine learning techniques to perceive environmental conditions, learn from interactions, and take independent actions aligned with organizational objectives. The architectural foundation integrates sensing, reasoning, action, and feedback layers to create cognitive systems capable of addressing the inherent complexity of modern distributed applications. Key implementation patterns examined include intelligent auto-remediation, proactive capacity management, autonomous patch management, and continuous compliance enforcement—each demonstrating distinctive operational advantages across diverse industry contexts. Benefits include significant operational efficiency improvements, cost optimization through intelligent resource management, enhanced risk mitigation through proactive security measures, and scalability advantages in multi-cloud environments. The article addresses technical challenges related to decision boundaries and explainability, organizational considerations including skills gaps and operational model transformation, and governance requirements for responsible autonomous operations. Mitigation strategies incorporate phased implementation approaches, comprehensive explainability frameworks, and appropriate human oversight models to ensure effective and responsible deployment.