Code Meets Intelligence: AI-Augmented CI/CD Systems for DevOps at Scale
DOI:
https://doi.org/10.63282/3050-9262.IJAIDSML-V6I1P115Keywords:
CI/CD, Artificial Intelligence, Devops At Scale, Mlops, Intelligent Pipelines, Continuous Integration, Continuous Delivery, Predictive Analytics, AI-Driven Testing, Automated Deployment, Devsecops, Infrastructure As Code, Anomaly Detection, Gitops, Intelligent Observability Converge To Drive Smarter, Faster, More Secure Software Delivery At ScaleAbstract
In the era of fast software delivery and increasing their customer expectations, using artificial intelligence in DevOps approaches is going from a competitive advantage to a required need. This article investigates how huge scale transformation of DevOps processes is affected by AI-the enhanced Continuous Integration and Continuous Deployment (CI/CD) systems. From code pushes to production releases, it looks at how intelligent automation offers better performance, dependability, and the basic scalability, revolutionizing the software development lifeline. Companies can significantly lower operational constraints and human errors by including AI capabilities predictive analytics, anomaly detection, intelligent test case development, and autonomous rollbacks into conventional CI/CD pipelines, improving deployment speed even while reducing these operational constraints. Analyzing practical applications, evaluating cutting-edge technology, and specifying the integration of ML models into DevOps toolchains to support data-driven decision-making is the basis of the methodology. Important findings show that when AI is introduced into the pipeline, post-deployment dependability, system availability, and release frequency clearly showable measurable gains. Emphasizing feedback-rich environments, infrastructure as code, architectural and cultural transformation required to support AI-driven DevOps, the article supports continuous learning systems. This work argues that CI/CD enhanced by artificial intelligence is not simply a futuristic concept but also a pragmatic, emerging solution that enables teams to build more intelligent, fast, and strong software systems
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