By leveraging high-resolution diagnostics, including Thomson scattering, HRECE, ECEI, BES, and edge reflectometry, the experiment seeks to isolate the island response from 3D kink structures using rotating RMPs and hysteresis techniques. The findings will enhance the robustness of RMP-ELM modeling, improving predictive capabilities for ITER and future fusion devices. Additionally, a new rt-TORBEAM will be employed to optimize EC, ensuring robust and reliable ELM suppression. The results of this experiment will provide critical insights into ELM control physics and inform the development of effective strategies for plasma stability in next-generation reactors.