The microseismic monitoring system is the first domestically developed equipment of its kind, designed in accordance with the regional monitoring requirements outlined in the *Regulations on Coal Mine Safety* and the *Detailed Rules for the Prevention and Control of Coal Mine Rockburst*. It is primarily used for dynamic load monitoring and early warning in shallow-seam mining faces, as well as for monitoring and early warning of rockburst disasters and mine tremors, and for predicting and forecasting large-scale roof pressure. Currently, it has been widely and successfully deployed in major coal mining groups such as Jinkong, Guoneng, China Coal, Datang, and Longmei. This system offers four key advantages. First, the China Coal Research Institute served as the drafting entity for the national standard GB/T 25217.4-2019, “Methods for Determination, Monitoring, and Prevention of Rockburst—Part 4: Microseismic Monitoring Methods.” Second, the system is equipped with seven types of main-frequency sensors, enabling real-time online monitoring of coal and rock mass failure phenomena within the mine area with energy greater than 100 J, frequencies ranging from 0 to 1,500 Hz, and a dynamic range of 110 dB; Third, it enables the inversion of stress fields and fracture networks in the monitored area based on monitoring results; Fourth, when integrated with surface mine seismometers and short-period dense station networks, the system enables integrated microseismic and mine seismic monitoring above and below ground, as well as three-dimensional high-resolution imaging of the overlying rock structure in mining areas.