From Ops to Experience: AIOps-Enabled Observability

Authors

  • Mr. Satbir Singh, Prof. Deepak K. Sharma Author

Keywords:

AIOps, Observability, Telemetry, Root Cause Analysis, Hybrid Cloud, Federated Identity Management, Authentication Latency, Decentralized Systems, Anomaly Detection, Secure Operations, Infrastructure Monitoring, Digital Transformation, Full-Stack Visibility, Zero Trust Observability, Real-Time Decision Making

Abstract

In an era defined by complex, distributed, and rapidly evolving digital systems, traditional monitoring 
approaches have proven insufficient to ensure reliability, performance, and security. This research paper 
investigates the transition from conventional IT monitoring to full-stack observability, highlighting the 
transformative role of Artificial Intelligence for IT Operations (AIOps). Through a structured experimental 
setup involving four federated identity management (FIM) configurations spanning AWS, OpenStack, and 
hybrid cloud models the study evaluates authentication latency, policy enforcement efficiency, and fault 
recovery across centralized and decentralized control architectures. 

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Published

2024-11-03

How to Cite

From Ops to Experience: AIOps-Enabled Observability. (2024). International IT Journal of Research, ISSN: 3007-6706, 2(4), 248-260. https://itjournal.org/index.php/itjournal/article/view/110

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