Platform Engineering for Distributed Systems:How Cloud DevOps Enables Scalable, Policy-Driven Software Architectures
DOI:
https://doi.org/10.63282/3117-5481/AIJCST-V7I2P108Keywords:
Platform Engineering, Cloud Devops, Distributed Systems, Microservices, Policy-Driven Architecture, Governance as Code, Internal Developer Platform (IDP), Kubernetes, CI/CD Pipelines, Compliance AutomationAbstract
Platform engineering is now recognized as a paradigm to help deal with the increasingly complex distributed systems in cloud-native systems. The paper explores the nature of the way Cloud DevOps practices facilitate scalable policy-driven software architectures through the incorporation of automation, standardization, and governance into platform design. In contrast to conventional DevOps, the platform engineering makes Internal Developer Platforms (IDPs) which as a self-service offering, eases the cognitive load and increases the productivity of developers, though with some consistency of operations. Some of the fundamental building blocks that the study delves into are microservices, containerization, orchestration, and observability systems and collectively promote resilience and scalability in distributed settings. Much attention is paid to policy-driven architecture, in which governance is implemented by policy-as-code and automating compliance. These strategies guarantee that protection, regulations and the operation specifications are executed on a consistent basis through the software life cycle. Using the performance metrics and the implementation outcomes, the paper shows that there are major improvements in terms of frequency of deployments, system reliability and compliance effectiveness. Also, it points out how integrated DevOps toolchains, AI-powered automation, and service mesh technologies can be used to facilitate the efficient management and flow of data through distributed systems. Though the issues of platform complexity and adoption by organizations are still present, the evidence suggests that platform engineering offers a solid and scalable platform on which modern software development can be built.
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