AI-driven test automation: revolutionizing enterprise integration

Yachamaneni, Siva Sai Kumar (2025) AI-driven test automation: revolutionizing enterprise integration. Global Journal of Engineering and Technology Advances, 23 (1). pp. 437-444. ISSN 2582-5003

This article examines how AI-driven test automation is transforming enterprise integration testing by addressing the limitations of traditional testing approaches. As modern organizations increasingly rely on seamless integration between diverse applications and systems, conventional testing methods struggle with maintenance burdens, limited test coverage, and inefficient execution. It explores how artificial intelligence introduces intelligence and adaptability throughout the testing lifecycle, from test design to execution and analysis. The article analyzes five core components of AI-driven test automation: intelligent test case generation, self-healing test frameworks, autonomous test execution and monitoring, advanced anomaly detection with root cause analysis, and coverage optimization. Through an examination of industry research and market trends, the paper demonstrates how organizations implementing AI-driven testing solutions achieve significant improvements in maintenance efficiency, release velocity, defect detection, production reliability, and overall testing costs. Finally, the article explores emerging technologies that will further advance enterprise integration testing, including digital twins, explainable AI, federated learning, and natural language interfaces.