Python-driven universal data load connector: A framework for efficient cross-environment data integration

Kothamasu, Lakshmi Srinivasarao (2025) Python-driven universal data load connector: A framework for efficient cross-environment data integration. Global Journal of Engineering and Technology Advances, 23 (2). pp. 141-152. ISSN 2582-5003

This article presents a comprehensive framework for a Python-driven Universal Data Load Connector (UDLC) designed to address the growing complexity of data integration in modern enterprises. The proposed solution offers a consistent API across diverse source and destination systems, enabling seamless data movement between legacy infrastructure, cloud platforms, and edge devices. The article discusses the architectural principles underpinning the approach, including modular design, extensible connector interfaces, and robust error handling mechanisms. The framework enables organizations to overcome limitations of traditional ETL tools by eliminating per-target plugin licensing costs while maintaining flexibility through a common source connector interface. The article implementation demonstrates advantages in hybrid cloud environments where data must traverse organizational boundaries securely and efficiently. Case studies illustrate practical applications across various integration scenarios, confirming both technical feasibility and cost-effectiveness compared to conventional approaches. The article contributes to the evolving landscape of data integration by offering an open-source alternative that emphasizes interoperability, maintainability, and scalability for contemporary data ecosystems.