Demystifying data pipelines for AI-driven financial systems

Thite, Gururaj (2025) Demystifying data pipelines for AI-driven financial systems. World Journal of Advanced Engineering Technology and Sciences, 15 (2). pp. 1486-1496. ISSN 2582-8266

This article examines the critical role of data pipelines in modern financial systems, particularly their function in enabling AI-driven analytics and decision-making processes. Through a systematic literature review and case study implementation at Jasper AI, we explore the architectural patterns, orchestration tools, and validation frameworks that underpin successful financial data pipelines. The article highlights the evolution from batch-oriented to real-time stream processing architectures and evaluates the performance characteristics of different pipeline configurations. We identify key challenges in implementing financial data pipelines, including regulatory compliance requirements, scalability bottlenecks, technical debt accumulation, organizational barriers, and complex cost-benefit considerations. Our findings reveal that microservice-based and event-driven architectures, combined with comprehensive data validation practices, yield significant improvements in data quality, processing efficiency, and business outcomes. The article concludes with an examination of emerging technologies and research opportunities that will shape next-generation financial data pipelines, including adaptive streaming frameworks, AI/ML integration pathways, regulatory technology enhancements, and self-healing architectures.