The recent M7.4 earthquake that hit eastern Taiwan in April 2024 offered a stark reminder of the destructive potential of tectonic plate boundaries and the constant need to be adequately prepared to mitigate the impact of strong earthquakes. Geophysical monitoring networks rely on the integration of a range of disparate instrumentation such as GNSS stations, strainmeters, and gas loggers. With these data it is possible to model collision zone processes, quantify their impact, improve warning systems and, finally, make emergency response and recovery activities more effective. However, only rarely is it possible to observe fault 3D behavior in detail. To address it, the Czech team has developed a cutting-edge high resolution system that detects 3D fault behavior in near real-time. The aim of the proposed project is to deploy these devices across the Longitudinal Valley fault in eastern Taiwan, thereby extending and enhancing geophysical monitoring network established and maintained by the team at Academia Sinica.