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Abstract. Employment of various protocols and technologies in IoT networks leads to the lack of module unification and increase in incompatible technical solutions. Modern IoT networks are not designed for streaming audio/video data, so their application field is limited. Also, modern IoT networks should have connection areas for devices transferring data to the Internet, and consider hardware and software specific characteristics of these devices. We offer one-size-fits-all solution for organization of IoT network, using hybrid modules. These devices provide flexibility, scalability, energy efficiency and multi-use of network for the transfer of various types of data. This approach takes into account software and hardware features of the devices used for data transmission in IoT networks, which helps to automate connecting the modules chosen by user.

The presented article shows one of the approaches to the development of the module for monitoring a technical state, diagnostics and an estimation of the residual life of electromechanical equipment. The main tasks and directions of the development of a modern industrial enterprise are integrated information and analytical systems. The developed module is necessary for the formation of maintenance plans for process equipment based on its actual state. The analytical task of the proposed module is the prediction of equipment defects with different delta of a time delay. The block diagram of the equipment diagnostics module allows dynamically changing the depth of the forecast.