Component-Driven UI Architecture for Enterprise Retail Applications
Author(s): Mounica Singireddy
Publication #: 2604013
Date of Publication: 27.04.2026
Country: United States
Pages: 1-10
Published In: Volume 12 Issue 2 April-2026
DOI: https://doi.org/10.62970/IJIRCT.v12.i2.2604013
Abstract
Enterprise retail applications increasingly depend on complex browser-based interfaces that must reconcile high traffic, rapid business change, accessibility obligations, and long-lived legacy code. In practice, many modernization programs emphasize back-end decomposition and cloud migration while underestimating front-end architecture, resulting in duplicated logic, fragmented design systems, release coupling, and technical debt. This paper presents a component-driven UI architecture for enterprise retail applications grounded in practitioner experience across digital grocery, telecom retail, browser modernization, and accessibility remediation programs. The proposed approach combines a shell-and-domain composition model, shared design-system primitives, explicit state boundaries, contract-oriented API consumption, and continuous observability using user-centric performance and quality metrics. The study synthesizes evidence from component-based software engineering, web accessibility, Core Web Vitals, technical debt management, and recent micro-frontend research to define a phased modernization methodology suitable for large organizations. In addition, the paper reports an anonymized case study derived from retail and telecom delivery contexts, showing representative improvements in page performance, deployment cadence, defect escape rate, and onboarding efficiency after structured component extraction and route-level migration. The results suggest that enterprise retail teams obtain the greatest benefit when componentization is treated not merely as UI reuse, but as an architectural governance mechanism that aligns teams, release boundaries, accessibility, and operational feedback loops.
Keywords: component-driven architecture, enterprise retail, front-end modernization, micro-frontends, accessibility, Core Web Vitals, technical debt, design systems, Vue.js, Angular.
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