Performance Analysis of Xmpp-Based vs Non-Xmpp Centralized Test Frameworks

This study presents a comparative performance analysis between XMPP-based and non-XMPP centralized test frameworks, focusing on their efficiency, scalability, and real-time communication capabilities in software testing environments. The eXtensible Messaging and Presence Protocol (XMPP) has emerged as a promising candidate for test automation due to its asynchronous communication and inherent support for real-time messaging. In contrast, traditional non-XMPP centralized frameworks typically rely on HTTP or proprietary protocols that may impose latency and scalability limitations. Through empirical testing involving response time measurements, system throughput, and network overhead under varying test loads, we evaluate the operational efficiency of both approaches. The results indicate that while XMPP-based frameworks offer superior responsiveness and better handling of distributed test scenarios, non-XMPP systems maintain advantages in simplicity and resource consumption under constrained environments. The findings guide test engineers in selecting suitable communication protocols based on specific project requirements.