Software compliance in various industries using CI/CD, dynamic microservices, and containers

Abstract

The microservices architecture is widely used in modern businesses due to its ability to offer speed, efficiency, adaptability, autonomy, and usability. On the other hand, this architectural paradigm demands a well-designed infrastructure for optimal container and cluster utilization. Establishing version control and a solid continuous integration/continuous deployment (CI/CD) infrastructure becomes critical for accelerating software delivery to production and ensuring code alignment with best practices. This scientific investigation investigates the development of customized, specialized CI/CD procedures for software compliance, expanding its scope beyond traditional software delivery to include the complexities of design, testing, and server deployment. By integrating real-world examples from industry and reviewing crucial tools, the goal is to provide organizations with empirical information to navigate the difficulties of modern software development. The upcoming research seamlessly fits into the larger discussion, providing a deep understanding of sophisticated structures and their design. This interdisciplinary research combines the scientific principles governing microservices with the practical specifics of CI/CD methodologies, giving businesses a thorough understanding and practical insight into the tools needed to navigate the diverse landscape of modern software engineering. Among the main findings of this research is a suggestion for a new approach known as General repository compliance operations.

Keywords

• software compliance
• dynamic microservices
• ci/cd and yaml
• pipeline scripts
• containers using ioc