Data Mesh vs. Data Fabric: The Future of Data Management

This comprehensive article explores the emerging paradigms of Data Mesh and Data Fabric as solutions to the limitations of traditional centralized data management approaches. Data Mesh represents a domain-oriented, decentralized model emphasizing organizational ownership structure, while Data Fabric focuses on creating an intelligent metadata-driven integration layer with automated capabilities. The article examines the core principles, implementation considerations, and ideal use cases for both architectures through real-world applications with various organizations. A detailed comparative analysis reveals their fundamental differences in primary focus, governance approaches, implementation complexity, scalability characteristics, real-time capabilities, AI/ML integration, and organizational fit. The discussion extends to future convergence trends, including AI-driven governance, federated learning, edge computing integration, and semantic layer development, concluding with a phased implementation roadmap for organizations considering these architectural approaches.

Authors

Publication Details

Journal
International Journal on Science and Technology
Published
2025-03-22
DOI
https://doi.org/10.71097/ijsat.v16.i1.2657
Primary Topic
Data Quality and Management
Type
article
Field-Weighted Citation Impact
0.00
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article

Data Mesh vs. Data Fabric: The Future of Data Management

Siddhartha Parimi -
International Journal on Science and Technology
Data Quality and Management
article

Data Mesh vs. Data Fabric: The Future of Data Management

Siddhartha Parimi -
article en

Abstract

This comprehensive article explores the emerging paradigms of Data Mesh and Data Fabric as solutions to the limitations of traditional centralized data management approaches. Data Mesh represents a domain-oriented, decentralized model emphasizing organizational ownership structure, while Data Fabric focuses on creating an intelligent metadata-driven integration layer with automated capabilities. The article examines the core principles, implementation considerations, and ideal use cases for both architectures through real-world applications with various organizations. A detailed comparative analysis reveals their fundamental differences in primary focus, governance approaches, implementation complexity, scalability characteristics, real-time capabilities, AI/ML integration, and organizational fit. The discussion extends to future convergence trends, including AI-driven governance, federated learning, edge computing integration, and semantic layer development, concluding with a phased implementation roadmap for organizations considering these architectural approaches.

International Journal on Science and TechnologyVol. 16(1)
Openalex Percentile: Top 93%
Data Quality and Management
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