Abstract
The technical condition of bridge structures and construction buildings must be monitored continuously. There are many methods, solutions and developments for monitoring and controlling the technical condition of bridge structures and construction buildings. Each of them has advantages and disadvantages, each author offers original and own ideas. Such advantages include: low power consumption, large coverage and range, service life and others. Disadvantages include: complex programming, heavy device compatibility, complex data network architecture, and others. The article describes the functions of wireless remote monitoring systems for the technical condition of bridge structures and construction buildings, the functional features of their structural elements, the relevance of the use of information and communication technologies in them, the choice of structural and functional elements is justified. To send data wirelessly, a server for processing and storing results was selected, the server was selected according to its advantages described in the article. Based on the results of the created structural and functional scheme, an algorithm of work has been developed that describes the step-by-step steps of work and its modes in each block are taken into account. The purpose of the study is to develop a structural and functional scheme of a remote monitoring system for the technical condition of construction facilities