Automation and Orchestration in NVMe over Fibre Channel Environments: A Comprehensive Analysis

Suseendran, Sathesh (2025) Automation and Orchestration in NVMe over Fibre Channel Environments: A Comprehensive Analysis. World Journal of Advanced Engineering Technology and Sciences, 15 (3). pp. 2334-2340. ISSN 2582-8266

Non-Volatile Memory Express over Fibre Channel (NVMe-FC) represents a significant advancement in enterprise storage technology, delivering substantial performance improvements compared to traditional protocols while maintaining compatibility with existing infrastructure. Implementing comprehensive automation and orchestration frameworks has become essential for organizations seeking to maximize the benefits of NVMe-FC deployments. Automated provisioning dramatically reduces deployment times and configuration errors while ensuring optimal performance through precise parameter settings. API integration enables programmatic control of storage resources, resulting in faster provisioning cycles, reduced operational expenses, and improved resource utilization. Workflow automation and orchestration platforms coordinate end-to-end processes from initial request to final deployment, eliminating manual handoffs and ensuring consistent governance. Container orchestration through Kubernetes CSI drivers allows containerized applications to leverage NVMe-FC performance advantages while maintaining agility. VMware vRealize Automation similarly enhances virtualized environments through policy-based resource allocation and intelligent tiering. Continuous integration pipelines, automated testing frameworks, and AI-enhanced monitoring complete the automation lifecycle, enabling organizations to implement frequent updates while maintaining stability and quickly identifying potential issues before they impact production operations. Together, these capabilities transform how enterprises manage high-performance storage environments, resulting in greater efficiency, reliability, and cost optimization.