AI-Driven Infrastructure Automation: Leveraging AI and ML for Self-Healing and Auto-Scaling Cloud Environments
DOI:
https://doi.org/10.63282/3050-9262.IJAIDSML-V5I1P104Keywords:
AI-driven automation, machine learning, cloud computing, self-healing, auto-scaling, cloud infrastructure, predictive analytics, DevOps, AIOps, Kubernetes, cloud security, anomaly detection, elasticity, fault tolerance, adaptive scalingAbstract
By allowing self-healing & the auto-scaling features that improve dependability, efficiency & the cost-effectiveness, AI-driven infrastructure automation is changing the cloud environments. Conventional manual management approaches are unable to handle the unanticipated workloads, security concerns & the operational failures as cloud systems have developed in the complexity. By automating reactions to system failures, resource fluctuations & the performance constraints, artificial intelligence (AI) & machine learning (ML) have become indispensable for improving the cloud operations. Self-healing systems employ artificial intelligence (AI) to detect the anomalies, predict problems & independently carry out corrective actions such resource reallocation, vulnerability correction or rebuilt failing services. On the other hand, auto-scaling guarantees best performance by changing computing capacity in line with actual time demand, therefore lowering expenses. Predictive analytics, reinforcement learning & the artificial intelligence-driven monitoring systems that constantly evaluate system behavior & the distribute resources appropriately define advanced automation methods. Including artificial intelligence into cloud infrastructure management helps companies to reduce downtime, improve security, and maximize operational performance. Driven by artificial intelligence, automation improves cloud operations by eliminating the need for human capacity planning and troubleshooting, therefore enabling faster firm development. As artificial intelligence develops, self-optimizing, autonomous systems competent of actual time adaptability to changing the conditions will define cloud infrastructure. By enabling the creation of more durable, scalable & the reasonably priced cloud infrastructures, this change lets companies focus on the growth & the innovation instead of IT complexities
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