AI-Powered Cloud Operations: Toward Self-Managing Distributed Systems
Modern cloud environments have grown too large and dynamic for traditional, human-driven operations. A single enterprise application may span thousands of microservices, containers, and nodes across multiple regions and providers, producing a constant stream of logs, metrics, and traces. Static rules and manual intervention can no longer keep these systems reliable, efficient, and cost-effective. This has driven a shift toward AIOps: applying artificial intelligence and machine learning to automate and optimize cloud infrastructure management.
This talk explores how AI/ML is turning cloud platforms into self-managing distributed systems that can monitor, diagnose, and heal themselves with minimal human involvement. It first outlines the operational challenges of cloud-native architectures, then examines key AI-driven capabilities: intelligent workload scheduling and resource allocation, predictive auto-scaling, anomaly detection, automated root-cause analysis, and proactive failure prediction. It also discusses how reinforcement learning and time-series forecasting are being used to balance performance, cost, and energy efficiency, and how AI strengthens cloud security through real-time threat detection.
The session also addresses practical concerns of trust, explainability, data quality, and keeping humans in the loop when automated systems make critical decisions. It closes with open research problems and emerging directions, including autonomous edge–cloud orchestration and the role of large language models in cloud operations. Attendees, whether practitioners or students, will gain a clear understanding of how intelligent automation is reshaping cloud computing and where the opportunities for research and innovation lie.
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Abhishake Reddy Onteddu
AI-Powered Cloud Operations: Toward Self-Managing Distributed Systems
Modern cloud environments have grown too large and dynamic for traditional, human-driven operations. A single enterprise application may span thousands of microservices, containers, and nodes across multiple regions and providers, producing a constant stream of logs, metrics, and traces. Static rules and manual intervention can no longer keep these systems reliable, efficient, and cost-effective. This has driven a shift toward AIOps: applying artificial intelligence and machine learning to automate and optimize cloud infrastructure management.
This talk explores how AI/ML is turning cloud platforms into self-managing distributed systems that can monitor, diagnose, and heal themselves with minimal human involvement. It first outlines the operational challenges of cloud-native architectures, then examines key AI-driven capabilities: intelligent workload scheduling and resource allocation, predictive auto-scaling, anomaly detection, automated root-cause analysis, and proactive failure prediction. It also discusses how reinforcement learning and time-series forecasting are being used to balance performance, cost, and energy efficiency, and how AI strengthens cloud security through real-time threat detection.
The session also addresses practical concerns of trust, explainability, data quality, and keeping humans in the loop when automated systems make critical decisions. It closes with open research problems and emerging directions, including autonomous edge–cloud orchestration and the role of large language models in cloud operations. Attendees, whether practitioners or students, will gain a clear understanding of how intelligent automation is reshaping cloud computing and where the opportunities for research and innovation lie.
Biography:
Abhishake Reddy Onteddu is a computer science researcher and inventor specializing in cloud computing and architecture, distributed systems, edge computing, microservices, cloud security, and AI/ML techniques for cloud infrastructure. He currently serves as Principal Cloud Solution Architect and Cloud computing researcher, where his work focuses on designing and deploying scalable, secure, AI-powered systems. He has over 18+ years of experience across industry and research.
He holds several patents and has authored peer-reviewed publications in cloud and distributed computing. His interests also extend to Agile engineering practices, system security, and blockchain applications. He serves as a peer reviewer for IEEE, Wiley, Springer Nature, and PLOS ONE. He holds a Master's Degree in Computer Information Systems and Information Technology from the USA.
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Address:Principal Cloud Solution Architect and Cloud computing researcher, , Kansas, Kansas, United States