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May 24, 2026Iconic Research and Engineering Journals0 citationsOpen Access

AI-Powered Data Governance Fabrics: Unifying Master Data Management, Cloud Data Warehousing, Data Mesh, and GenAI Analytics for Trusted Enterprise Intelligence

RCRajesh Chavan

Key Points

  • To propose an advanced enterprise framework that enhances data governance and analytics integration for trusted decision-making.
  • Introduced Intelligent Data Governance Fabrics framework combining AI, Master Data Management, and cloud-native solutions.
  • Applied Data Mesh principles and Generative AI analytics for unified analytical architecture.
  • Explored governance-aware systems, zero-trust architectures, and predictive metadata management.
  • Improved analytical trustworthiness and strengthened compliance through a governance-driven model.
  • Enhanced metadata observability and accelerated real-time decision intelligence were achieved.
  • Developed scalable solutions for autonomous stewardship automation in multi-cloud governance ecosystems.

Abstract

Modern enterprises require trusted analytics capable of supporting strategic decisions across increasingly distributed digital ecosystems. Traditional Business Intelligence platforms often suffer from inconsistent master records, fragmented governance policies, poor metadata synchronization, and disconnected analytical pipelines. This paper presents an advanced enterprise framework known as Intelligent Data Governance Fabrics that combines AI-powered governance, Master Data Management, cloud-native data warehousing, semantic metadata intelligence, Data Mesh principles, and Generative AI analytics governance into a unified analytical architecture. The research introduces a scalable governance-driven enterprise model designed to improve analytical trustworthiness, strengthen compliance, enhance metadata observability, and accelerate real-time decision intelligence. The paper further explores governance-aware GenAI systems, zero-trust analytical architectures, predictive metadata management, autonomous stewardship automation, and hybrid multi-cloud governance ecosystems.

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Cite This Study

Rajesh Chavan (2026) studied this question.

synapsesocial.com/papers/6a1295bf48a0ea1665671fb6https://doi.org/10.64388/irev9i11-1717707
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