Hybrid AI Models: Exploring Streaming Data in the Financial Sector

Katta, Bujjibabu (2025) Hybrid AI Models: Exploring Streaming Data in the Financial Sector. World Journal of Advanced Engineering Technology and Sciences, 15 (2). pp. 2503-2512. ISSN 2582-8266

This article examines how hybrid AI models process and leverage streaming data in the financial sector to enhance decision-making capabilities and operational efficiency. The financial industry faces unprecedented volumes of high-velocity data from diverse sources, including market feeds, transaction systems, sentiment indicators, and IoT devices. Financial institutions implementing streaming data architectures gain competitive advantages through real-time anomaly detection, dynamic risk assessment, and personalized customer experiences. The article addresses critical challenges such as latency sensitivity, data quality, regulatory compliance, and scalability while detailing key engineering techniques including real-time data ingestion, stream processing frameworks, data transformation, specialized storage solutions, and machine learning integration. Applications across algorithmic trading, fraud detection, credit risk assessment, regulatory compliance, and personalized banking demonstrate how these technologies transform financial operations. Emerging trends, including edge computing, AI-driven risk management, blockchain integration, and real-time sentiment analysi,s point toward future developments that will reshape financial data processing and analytics.