Abstract

The safety of the human environment is a fairly relevant area of research at the present time. Existing technologies make it possible to prevent threats to society and an individual in megacities, as well as to minimize potential negative factors from their manifestation, and should be implemented actively and in a timely manner. The relevance of the study is due to the fact that a city with a population of more than a million people should have at its disposal a modern and efficient mechanism for managing it, which allows making decisions in the shortest possible time and quickly enough in the field of ensuring public safety and comfortable life. Such a mechanism is the "Safe City" system. However, despite the widespread introduction of such systems in most cities, they require constant qualitative improvement: the addition of new functions and the results of scientific achievements. The work is devoted to the study of the effectiveness of the application of the hardware-software complex (HSC) "Safe City" on the example of the municipality of the city of Krasnodar, as well as proposals for its improvement. In particular, the addition of additional functionality and individual technical and software solutions (biometric technologies, recognition of actions of people, objects and subject, neural network technologies, etc.), which will improve the quality of its work, in order to ensure the safety of the life of a modern city, responding to threats to public safety and eliminating their consequences (illegal acts, emergencies accidents, natural phenomena). The scientific novelty consists in a comprehensive study of the effectiveness of the application of the HSC "Safe City" in the city of Krasnodar and the formulation of proposals for its improvement. The scientific value of the work lies in the fact that the presented proposals can be used in practice when improving the "Safe City" system to achieve a decent standard of living for citizens in a modern city, its security and safety.

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