The Developer Cloud Platform
Balaji R¹, Charan Raj B², Deepanshi Tripathi³, Dhrithi H H⁴
Balaji R, Department of Computer Science and Engineering, Sir MVIT, Bengaluru, India Charan Raj B, Department of Computer Science and Engineering, Sir MVIT, Bengaluru, India
Deepanshi Tripathi, Department of Computer Science and Engineering, Sir MVIT, Bengaluru, India Dhrithi H H, Department of Computer Science and Engineering, Sir MVIT, Bengaluru, India
Savitha P, Assistant Professor, Department of Computer Science and Engineering, Sir MVIT, Bengaluru, India
ABSTRACT - This trend in contemporary software engineering discourses is based on the concept of collaborative development, frequent releases, and automatically deployed pipelines. However, a significant number of organizations still face inefficiencies that are caused by subdivided development landscapes, duplicate configuration works, unloosed-even choice of tools, and lack of DevOps automation. These flaws lead to long periods of onboarding, inaccurate deployments, and slowness in delivery. This exploration proposes a cloud- native Developer Cloud Platform (DCP) that was imagined to bring about standardization in the development processes, project provisioning, and CI/CD execution, through the geographically distributed engineering teams. The platform employs multi-tenancy that is based on Kubernetes, whereby each team is run under an isolated namespace thus offering resource security, workload isolation, and scalable resource usage. Ready to use application templates, containerization, dependency automation, and inbuilt GitHub customizations or Jenkins pipelines enable projects to be launched quickly and repetitive deployments. The developer portal is a centralized interface that makes provisioning, monitoring and configuration management intuitive. Early analysis shows that it has reduced environment set up time, manual configuration overhead and cross team inconsistencies. The proposed platform enhances collaboration, developer productivity, and efficiency in delivering software in organizations through unification of tooling, enforcement of standardized practices, as well as integration of cloud-native automation. The system offers viable applicability to academic institutions, corporate engineering teams as well as distributed development eco systems with aspirations of scalable, automated, and uniform development environment.
Considerable focus must be placed on the following keywords: Developer Platform, Cloud Computing, Kubernetes, Multi- tenancy, CI / CD automation, DevOps, Software engineering.
