The article is devoted to the issue of estimating the reliability of linear wireless sensor networks. Scientific research in the field of forecasting is given. This article discusses the Internet of Things (IoT) technology, which is growing by 15-20%, actively developing in all directions and its principles of operation. The area with the greatest potential for the application of the Internet of Things in Kazakhstan is smart control of resource consumption, including in the sphere of housing and communal services. Использованы методы построения и управления смарт-систем. Also describes the increase in comfort, thanks to IoT technology. User-friendly interface is used. Mainly considered the system of automation of business structures depending on the scale. All currently available methods have been suggested, which are key factors in optimizing all processes. Also considered options for modeling and system development, taking into account all the relevant problems of technology automation. The importance of the scientific topic affects the high potential for the development of IoT technology and the lack of uniform standards for devices included in these systems. The system is scalable, allowing it to be used for almost any purpose. This paper proposes an approach to solving a number of problems arising in the monitoring of long pipelines using wireless sensor networks. In order to take full advantage of the potential of IoT technologies, the architectural basis of which is formed by wireless sensor networks, it is necessary to develop tools to assess and ensure the reliability of these networks. Thus, the focus of the study is on the application-specific formalized reliability criteria for wireless sensor networks.
keywords: IoT sensors, internet of things technology, wireless sensor network, network evaluation and reliability.
