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Background. One of the urgent tasks of local authorities is to reduce the use of energy and human resources in the field of street services. The solution of this problem requires the development of a control system prototype that will allocate the resources needed to maintain the street in proper form more efficiently. The development and implementation of such a system is possible through the use of the concept of the Internet of Things. Objective. The purpose of the paper is creating advanced street management system prototype. Methods. Particular attention of the study is directed to the data exchange protocol selection, step-by-step system topology layers configuration, and mobile street layout development. Results. A few assembled and personally programmed end node modules were designed as a part of the first system topology layer. Conclusions. The paper proposes the use of the LoRaWAN protocol for data transmission from the designed sensors to the processing center. Developed control system prototype testing showed satisfactory results in the field of communication reliability, sensors operating time from the internal power supply and the possibility of different subsystems integration.

CITY STREET LAYOUT DEVELOPMENT UNDER THE CONTROL OF “SMART STREET” DATA ACQUISITION SYSTEM