Evaluating the Impact of Module Federation on Team Independence and Deployment Frequency in Distributed Engineering Organizations

Authors: Somraju Gangishetti

DOI: https://doi.org/10.37082/IJIRMPS.v11.i6.233111

Short DOI: https://doi.org/hb3dgt

Country: United States

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Abstract: Large-scale web applications are increasingly developed by distributed engineering teams responsible for independent business capabilities. Traditional monolithic frontend architectures create deployment bottlenecks and reduce team autonomy due to tightly coupled codebases and centralized build pipelines. In response, organizations are adopting micro-frontend architectures, which divide frontend systems into independently deployable modules aligned with organizational teams. One of the most widely adopted technologies enabling this architectural pat-tern is Webpack Module Federation, which allows multiple independently built applications to share mod-ules dynamically at runtime. This paper evaluates the impact of Module Federation on team independence, deployment frequency, and architectural scalability in distributed engineering organizations. Through architectural analysis and industry case observations, the study demonstrates that federated frontend architectures significantly improve release velocity and development autonomy. However, the approach introduces operational complexities related to dependency governance, runtime integration reliability, and performance optimization. The findings provide architectural guidance for organizations transitioning from monolithic frontend systems to federated micro-frontend ecosystems.

Keywords: Module Federation, Micro-Frontends, Distributed Engineering, Frontend Architecture, Continuous Deployment, Webpack

Paper Id: 233111

Published On: 2023-12-07

Published In: Volume 11, Issue 6, November-December 2023

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