Sarcouncil Journal of Engineering and Computer Sciences

Abstract: The autonomous testing system represents a transformative innovation at the intersection of Artificial Intelligence and Devops practices, fundamentally shaping quality assurance in software engineering. Unlike traditional testing automation, which requires adequate human intervention for maintenance and execution, autonomous testing software development introduces an intelligent structure capable of self-directed testing activities in the life cycle. The conceptual foundation emerges from the convergence of many subjects, creating adaptive systems that develop with applications through the refined response mechanisms. These systems take advantage of supervision, reinforcement, and unwanted Learning algorithms to generate tests, adapt to execution strategies, and detect odd behaviors without predetermined claims. A defined characteristic observation is integration with observable platforms that continuously monitor the production environment, creating data-operated response loops that align testing efforts with real user behavior. Despite the benefits of detection, decrease in maintenance, and benefits in distribution acceleration, implementation presents important technical, organizational, and strategic challenges. Success requires sophisticated integration between uneven systems, comprehensive data quality management, organizational change strategies, and phased approaches. This technological development addresses the growing pressures to accelerate the distribution cycles while maintaining quality standards, establishing a new paradigm in which quality assurance becomes an adaptive, continuous process rather than a preventive activity.