Evaluating the Impact of Shared UI Architectures on Reducing Time-to-Market and Defect Density in Multi-Product Organizations
DOI:
https://doi.org/10.63282/3050-9246.IJETCSIT-V7I1P131Keywords:
Shared UI Architectures, Design Systems, Component Reuse, Cross-Platform UI, Time-To-Market, Defect Density, Software Quality, Multi-Product OrganizationsAbstract
Multi-product software organizations increasingly adopt shared user interface (UI) architectures to improve development efficiency, ensure consistency, and reduce quality issues across product portfolios. This paper presents a comprehensive literature-based evaluation of shared UI architectures—including component-based UI libraries, enterprise design systems, and cross-platform UI frameworks—and analyzes their impact on two critical software engineering outcomes: time-to-market (TTM) and defect density (DD). Through a systematic review and meta-synthesis of peer-reviewed research and large-scale industrial reports published between 2010 and 2024, we identify consistent evidence that shared UI architectures reduce development cycle time by 20–50% and UI-related defect density by up to 35% when supported by appropriate governance and automation. We further propose a conceptual impact model, identify moderating organizational factors, and formulate testable hypotheses to guide future empirical validation. The results provide actionable insights for researchers and practitioners evaluating shared UI strategies in multi-product environments.
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