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Artificial intelligence technology (hereinafter — AI) is used in all areas of entrepreneurial activity. In the financial industry, marketing and marketing technology is used, the prevention of fraud and illegal actions, the assessment and verification of creditworthiness, chat bots, etc. e. A consultant robot can also apply technology if investment advisory provides large and necessary expenses. He has a positive function in this area that he is able to generate popular customers and create new customers and services. However, the technology of the robot consultant that uses AI is still at the initial stage of technology implementation, and currently there are legal, institutional and legal restrictions in providing comprehensive and specialized consulting services. Robot-oriented — advisory, basic issues, existing legal systems and security self-regulatory parameters should be identified and analyzed in order to provide basic provisions for the development of artificial intelligence technologies for business entities. Thus, the author increased the efficiency of business processes, and AI can destroy their integrity.

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The manuscript is focused on the problems of evacuation in case of fire from the buildings of museums as places with a mass presence of people. Features specific to museums and how they affect safe evacuation conditions are discussed. Most attention is paid to evacuation management, since the vast majority of museum visitors are not familiar with the layout of the building. In this case, the actions of staff in evacuation management are decisive. The paper considers the development of evacuation schemes, taking into account the spread of fire hazards in the building and the development of instructions on their basis for the staff. Using the example of the Winter Palace of the State Hermitage Museum, the solution of the marked tasks with the use of computer simulation of evacuation during a fire is given. The analysis of the simulation results showed the vulnerabilities of the museum. In this work, the evacuation schemes for the scenarios are considered. The maximum number of visitors at a single time in the Winter Palace has been set at 4000. The principles of making evacuation schemes are formulated, including taking into account the peculiarities of space-planning solutions inherent in museums, such as enfilades and the connections of rooms.

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