The evolution of cloud automation: From DevOps to autonomous infrastructure

Kadulla, Sumanth (2025) The evolution of cloud automation: From DevOps to autonomous infrastructure. World Journal of Advanced Engineering Technology and Sciences, 15 (2). pp. 496-503. ISSN 2582-8266

The evolution of cloud automation represents a transformative journey from manual operations to autonomous systems capable of self-configuration and self-healing. This technical article explores the progression from early DevOps practices through infrastructure as code, container orchestration, and toward AI-driven autonomous operations. The DevOps revolution established the foundation through cultural transformation and basic automation, breaking down traditional silos between development and operations teams while introducing standardized processes. Infrastructure as Code further advanced this paradigm by bringing software development practices to infrastructure management, enabling version control, peer review, and automated testing of infrastructure changes. Container orchestration platforms emerged to manage the increasing complexity of distributed applications, with Kubernetes becoming the dominant solution for managing containerized workloads across hybrid environments. Cloud-native resilience practices introduced sophisticated disaster recovery, comprehensive observability, and reliability engineering principles that enable systems to recover from failures with minimal human intervention. Looking toward the future, machine learning and AIOps platforms promise to transform operations from reactive to predictive, with systems that can anticipate problems before they impact users and automatically implement remediation strategies. This technological progression reflects a fundamental shift in how organizations manage cloud infrastructure, moving from manual interventions to intelligent, autonomous systems that optimize themselves while freeing technical teams to focus on innovation.