Efficient Application Deployment: GitOps for Faster and Secure CI/CD Cycles

Efficient Application Deployment: GitOps for Faster and Secure CI/CD Cycles

연구 분야: Software Development

학회: 2024 International Conference on Advances in Modern Age Technologies for Health and Engineering Science (AMATHE)

In the rapidly evolving landscape of technology, the need for swift and efficient deployment of software and applications has never been more critical. Due to the rapid and constant evolution of innovation, there is a consistent demand for quicker, seamless deployment of software and apps. Currently, most of the programming and applications are designed in such a manner that they may encounter diverse operational scenarios. The current study explores the crucial significance of agile approaches, with a particular emphasis on GitOps integration as a paradigm-shifting strategy in the modern software development environment. Leveraging DevOps best practices to underpin automation, GitOps is a useful solution that provides a way to accomplish safer and more efficient system cycles. Teams may improve security and viability while accelerating arrangement times by using Git as the one source of truth for foundation and application code through the use of GitOps. In order to improve the CI/CD pipeline and enable a more automated, straightforward, and simple exporting technique, this paper explores the potential real-world applications of GitOps concepts in AI application design. It looks at how agile approaches and GitOps practices work together to address the various and multifaceted problems that modern programming development encounters. The main emphasis is on how these approaches may guarantee a high level of adaptability and readiness in a technological environment that is always changing, in addition to being able to react quickly to changes. The aim is to explore innovative strategies and methods to enhance the speed and efficiency of software and application delivery, while examining the complexities of a constantly evolving technological landscape.