Nowadays, the use of the three-dimensional laser scanning technique in performing various scientific research comes to the fore, since this technology is one of the most developed and effective methods for analyzing the state of transport infrastructure objects and geodetic monitoring. The purpose of this paper is to develop an author’s algorithm for the classification of laser reflection points, based on the specialized Terrasolid software on the Bentley Microstation platform. The object of the research is the campus of the territory of the Federal State Budgetary Educational Institution of Higher Education “Kuban State Technological University”. The subject of the research is the possibility of optimizing the process of classification of laser reflection points on the campus of the university territory. The result of the study is the author’s algorithm for the classification of laser reflection points.

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Nowadays, in the entire palette of famous types of tourism, accessible ecotourism is one of the most promising ones. This area of tourism plays an important social role in the life of people with physical disabilities. Thanks to accessible ecotourism, the environment for people with disabilities is expanding. The paper analyzes the development of accessible tourism using the example of Krasnodar and the Krasnodar Krai, actualizes the need for the development of this type of tourism and establishes its importance for people with disabilities. It was revealed that it is necessary to carry out the state policy of the field of accessible tourism and plan the development of this sector at the state and regional levels using advanced information technologies. Routes that will be equipped with the necessary equipment for a comfortable moving and stay of people with disabilities are presented. The project approach allowed developing a model of mobile application for the development of accessible ecotourism in the Krasnodar Krai and throughout the whole country with the inclusion of all interested authorities in the solution of the problem, pooling the necessary resources and social survey. The results of the study and the experience of personal participation of the authors are given in this paper.

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Objective. The purpose of this work is to develop the concept of a system for monitoring the state of infrastructure facilities using 3D laser scanning technology and processing the obtained data using specialized software. Methods. The primary methods used in this study are the analytical method, which consists in reviewing and system analysis of existing methods for monitoring buildings and structures and developing a technological scheme for monitoring infrastructure objects based on them, the method of empirical system analysis, and the instrumental method presented by conducting field surveys in the framework of periodic strain geodetic monitoring using a Leica ScanStation C10 ground laser scanner to obtain initial spatial information. The object of research is an artificial road transport structure in Krasnodar (Turgenevsky bridge). The subject of the study is the feasibility of using periodic strain geodetic monitoring and the system monitoring the state of infrastructure facilities. Results. The research result is the development of a concept for a system for the periodic state monitoring of infrastructure facilities with the identification of the nature and degree of strain processes occurring in them during operation, based on the use of 3D ground laser scanning technology. Conclusion. The use of a ground laser scanning system, due to its speed and high accuracy, provides the complete information about the control of the nature and types of strain changes of scanned objects in order to automate the monitoring process to ensure their safety.