Worked on enhancing the reliability and configurability of the W5500 monitoring path within the zephyrproject-rtos/zephyr-testing repository. Introduced a configurable monitor period by implementing ETH_W5500_MONITOR_PERIOD, which was integrated into the w5500_thread flow to decouple the W5500 monitor timing from the ETH_PHY_DRIVER. This approach allowed for independent control of the W5500 driver's monitoring task, improving stability in network-intensive scenarios and reducing cross-task dependencies. The work was carried out using C and focused on driver development within embedded systems, leveraging RTOS concepts to enable more flexible and maintainable monitoring behavior for Ethernet hardware in Zephyr-based environments.