What question did this study set out to answer?

To develop an end-to-end framework that enhances data quality and observability in big data systems.

February 5, 2026Open Access

Data-Centric Reliability in Big Data Systems: An End-to-End Framework for Data Quality and Observability

Key Points

To develop an end-to-end framework that enhances data quality and observability in big data systems.
Synthesize insights from peer-reviewed literature on data quality and observability.
Introduce a multi-layered architecture integrating core data quality dimensions.
Provide design patterns and technology selection criteria for practical implementation.
Conduct case studies across various applications to demonstrate framework effectiveness.
Achieved up to 99.7% system reliability and 96% data quality scores.
Improved operational efficiency by 65% in team productivity.
Established performance baselines for throughput, latency, and business impact metrics.
Demonstrated a 340% ROI with reduced data incidents and operational costs.

Abstract

Data-centric reliability has emerged as a critical concern in modern big data systems, where the quality and trustworthiness of data directly impact analytical outcomes, machine learning model performance, and business decision-making. This comprehensive framework addresses the dual challenge of establishing theoretical foundations for data quality assessment while providing practical implementation strategies for end-to-end observability pipelines in production environments.We synthesize insights from extensive peer-reviewed literature spanning theoretical frameworks, practical implementations, and real-world case studies to present a unified approach that bridges academic research and industry practice.The framework introduces a multi-layered architecture integrating four core data quality dimensions—accuracy, completeness, consistency, and timeliness—with observability mechanisms across ingestion, processing, storage, and consumption layers. We establish formal definitions and measurement methodologies for each quality dimension while providing framework-agnostic principles that enable portability across diverse technology stacks. The practical implementation strategies encompass technology selection criteria, design patterns (Lambda, Kappa, microservices, data mesh), and deployment approaches for production environments.Through four detailed case studies spanning mobile network analytics, cloud-based distributed databases, industrial IoT platforms, and smart building applications, we demonstrate measurable improvements in system reliability (up to 99.7%), data quality scores (96%), and operational efficiency (65% team productivity gains). Comprehensive benchmarking establishes performance baselines and evaluation metrics including throughput, latency, quality assessment scores, and business impact measures. The framework achieves a 340% ROI across implementations with significant reductions in data incidents and operational costs.This work contributes to both theoretical understanding and practical application of data-centric reliability, offering researchers a rigorous foundation for further investigation while providing practitioners with actionable guidance for implementing robust quality and observability solutions inproduction big data systems.

Data-Centric Reliability in Big Data Systems: An End-to-End Framework for Data Quality and Observability

Key Points

Abstract

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