Developed a configurable USBIP service port for the zephyrproject-rtos/zephyr repository, enabling multiple native_sim instances to operate concurrently in shared networking environments without port collisions. This feature was implemented using C programming and embedded systems expertise, focusing on enhancing networking flexibility and deployment scalability for USBIP-based workflows. By allowing dynamic port configuration, the solution addressed setup friction and improved reliability in multi-host development and testbed scenarios. The work demonstrated a clear understanding of networking challenges in embedded environments and contributed to more robust and scalable deployment practices, with all changes adhering to established code quality and contribution standards.