Machine Learning Algorithms in DevOps: Optimizing Software Development and Deployment Workflows with Precision
Year: 2025
Type: article
Abstract: The integration of Machine Learning (ML) algorithms in DevOps workflows represents a transformative evolution in software development and deployment practices.By leveraging the predictive and analytical capabilities of ML, organizations can optimize DevOps pipelines to achieve greater efficiency, precision, and scalability.This paper explores the convergence of ML and DevOps, emphasizing its ability to address traditional challenges such as resource allocation, error detection, and workflow automation.At a broader level, ML enhances DevOps by providing intelligent insights into build, test, and deployment processes, enabling proactive error resolution and resource optimization.It introduces predictive models for dynamic workload management, minimizing delays, and ensuring streamlined delivery cycles.Narrowing the focus, this paper delves into the specific applications of ML algorithms, such as regression models for performance forecasting, neural networks for anomaly detection, and reinforcement learning for adaptive deployment strategies.These algorithms improve code quality, reduce deployment failures, and enhance collaboration within development teams.Additionally, the integration of ML into CI/CD pipelines automates decision-making, enabling real-time adaptability to changing project requirements and market conditions.Case studies are presented to illustrate the tangible benefits of ML-driven DevOps workflows, including accelerated delivery timelines, reduced downtime, and improved system reliability.The discussion concludes with future directions for advancing ML applications in DevOps, emphasizing the potential for increased automation, enhanced predictive capabilities, and alignment with emerging technologies such as cloud-native architectures and edge computing.
Authors: Ikeoluwa Kolawole, Akinwumi Fakokunde
Language: English
Subfield: Information Systems
Field: Computer Science
Domain: Physical Sciences
Open Access status: hybrid
OpenAlex ID: W4406288119