Autonomous cloud engineering: The rise of self-healing AWS infrastructure using AI and event-driven automation

Challa, Sreeja Reddy (2025) Autonomous cloud engineering: The rise of self-healing AWS infrastructure using AI and event-driven automation. World Journal of Advanced Engineering Technology and Sciences, 15 (2). pp. 2576-2587. ISSN 2582-8266

This article explores the emergence of autonomous cloud engineering as a paradigm shift in AWS infrastructure management, examining how the integration of artificial intelligence, event-driven automation, and self-healing workflows is transforming operational practices. The article investigates the evolution from reactive monitoring to proactive self-healing systems that can detect, diagnose, and remediate failures autonomously across multiple AWS accounts. The article analyzes key components of this architecture, including AI-driven anomaly detection through services like DevOps Guru and GuardDuty, automated remediation frameworks using Lambda and Step Functions, and event-driven governance through AWS Config and Security Hub. Through case studies of enterprise implementations, the article quantifies the substantial operational benefits: reductions in mean time to resolution, decreases in downtime, and shorter security vulnerability lifespans. We present a maturity model for implementation, an economic analysis demonstrating typical ROI within 9-14 months, and organizational considerations for successful adoption. Finally, the article examines future directions in autonomous cloud engineering, including applications of generative AI, the evolution of intelligent Infrastructure as Code, and the ethical considerations surrounding appropriate human oversight as autonomous capabilities continue to advance.