International Journal of Advances in Engineering & Scientific Research

International Journal of Advances in Engineering & Scientific Research

Print ISSN : 2349 –4824

Online ISSN : 2349 –3607

Frequency : Continuous

Current Issue : Volume 11 , Issue 2
2024

CLOUD PERFORMANCE ENGINEERING AT SCALE: ADVANCED TECHNIQUES FOR MONITORING, DIAGNOSTICS, AND OPTIMIZATION

Hitesh Jodhavat

Hitesh Jodhavat Cloud and Software Performance Architect India.                                                          

Published Online : 2024-12-25

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The objective of this project is researching and developing innovative techniques for autonomous management of the cloud by using AI - self-optimization and self-healing. Autonomous cloud management aims at reducing human interaction, enhancing the efficiency of cloud services, and strengthening dependability. This research becomes important with the increasing intricacy of cloud infrastructures and the necessity for dynamic responses in real-time to create resilience and ensure optimum operation. It adopts a multi-faceted approach to achieve self-healing and self-optimization of cloud systems. For self-healing, we employ automated recovery procedures, predictive maintenance models, and AI-driven anomaly detection algorithms. These are designed to identify and correct errors without human intervention. We apply machine learning algorithms in self-optimization processes to analyze patterns in the workload, project the resources to be used and then to dynamically distribute those resources, all in efforts to maximize productivity and save cost. Different performance metrics, such as reaction time, throughput, and resource utilization, are used to test and validate the AI methods in the experimental setup simulating a cloud environment. Using AI-based self-healing solutions significantly reduced downtime and increased the dependability of the system. The anomaly detection algorithms were very effective in identifying possible problems and were followed by automatic recovery procedures that returned everything to normal very quickly. Predictive maintenance models effectively predicted probable problems, making preventive actions possible. Machine learning models achieved a balance between workload and resource allocation for self-optimization, which led to improvement in performance indicators. The AI-based strategies showed better cost-saving and resource-utilization efficiency than conventional techniques.

Keywords: Self-Managing Cloud, Artificial Intelligence, Self-Recovery, Self-Improvement, and Cloud Computing.