Advanced countries use earthquake rapid response(ERR) and alarming systems for detecting damaged areas in minimum time, having better crisis management and making decision, doing relief operations after earthquake occurrence and controlling the critical paths. In fact, EER systems usually use for large and industrial city places that have more importance in crisis management. The most important output of an EER system is shaking maps. This tool is one of the most efficient solutions for a crisis management organization in an earthquake-prone country for assessing the damage of an earthquake immediately. In other words, these maps show ground shaking distributions as ground motions in an area. Providing these pieces of information about earthquakes happening needs a rapid and organized data acquisition network of seismic acceleration in the mentioned field. In addition, it needs a reliable communication system to communicate between the stations and the controlling center. In this study, by designing the place of accelerographical stations and their communication network for the metropolitan city of Tabriz, the main approaches needed for producing the shake map of this city are described.