Performance and Efficiency Evaluation of GitOps-Based Deployment Workflows
Keywords:
GitOps, CI/CD, Kubernetes, Argo CD, Flux, DevOps, YAMLAbstract
GitOps represents a modern approach to infrastructure and software deployment that leverages Git to enable continuous, automated, and controlled operational processes. This study examines the core functional mechanisms of GitOps, including declarative configuration, the reconciliation loop, and the pull-based deployment model. Special attention is given to Argo CD and Flux as leading GitOps tools, with an emphasis on their integration with Kubernetes. The paper analyzes real-world operational workflows, architectural components, and security mechanisms associated with GitOps-based systems. The efficiency of GitOps is investigated across diverse application domains, ranging from technology startups to highly regulated industries, including banking and healthcare. A comparative analysis is conducted between GitOps-based approaches and traditional CI/CD models. The concluding section outlines future perspectives for the evolution and expansion of GitOps, including standardization efforts, scalability challenges, and the integration of emerging technologies such as artificial intelligence, serverless architectures, and edge computing. This work serves as a practical guideline for organizations seeking to adopt GitOps practices and improve the efficiency and reliability of their operational processes [1].
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References
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