Micro Frontends: Revolutionizing Scalable Web Applications in Healthcare and E-commerce

Micro frontend architecture revolutionizes web application development across healthcare and e-commerce domains by decomposing monolithic frontend structures into cohesive, domain-aligned components. This architectural paradigm addresses critical challenges in both sectors: regulatory compliance and interface complexity in healthcare; unpredictable traffic patterns and rapid feature deployment in e-commerce. The architecture establishes clear boundaries between application sections through vertical or horizontal splitting strategies implemented via various integration approaches including Module Federation, which enables dynamic runtime integration with sophisticated dependency management. Server-side rendering in distributed ecosystems enhances performance through fragment-based composition, progressive hydration, and edge rendering capabilities. Real-world implementations demonstrate significant improvements in patient engagement for healthcare portals, enhanced diagnostic workflows for medical imaging applications, and superior scalability during peak traffic periods for e-commerce platforms, while maintaining regulatory compliance and accessibility standards.

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Publication Details

Journal
European Modern Studies Journal
Published
2025-08-14
DOI
https://doi.org/10.59573/emsj.9(4).2025.42
Primary Topic
Multimedia Communication and Technology
Type
article
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article

Micro Frontends: Revolutionizing Scalable Web Applications in Healthcare and E-commerce

Ranjith Reddy Gaddam
European Modern Studies Journal
Multimedia Communication and Technology
article

Micro Frontends: Revolutionizing Scalable Web Applications in Healthcare and E-commerce

Ranjith Reddy Gaddam
article en

Abstract

Micro frontend architecture revolutionizes web application development across healthcare and e-commerce domains by decomposing monolithic frontend structures into cohesive, domain-aligned components. This architectural paradigm addresses critical challenges in both sectors: regulatory compliance and interface complexity in healthcare; unpredictable traffic patterns and rapid feature deployment in e-commerce. The architecture establishes clear boundaries between application sections through vertical or horizontal splitting strategies implemented via various integration approaches including Module Federation, which enables dynamic runtime integration with sophisticated dependency management. Server-side rendering in distributed ecosystems enhances performance through fragment-based composition, progressive hydration, and edge rendering capabilities. Real-world implementations demonstrate significant improvements in patient engagement for healthcare portals, enhanced diagnostic workflows for medical imaging applications, and superior scalability during peak traffic periods for e-commerce platforms, while maintaining regulatory compliance and accessibility standards.

European Modern Studies JournalVol. 9(4)
University of South Alabama (US)
Openalex Percentile: Top 68%
Multimedia Communication and Technology
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Micro Frontends: Revolutionizing Scalable Web Applications in Healthcare and E-commerce — Ranjith Reddy Gaddam · European Modern Studies Journal (2025) | TGRS Research Map | TGRS