MODELING PROCESSES OF THE SECONDARY GEODYNAMIC FACTORS FOR ENSURING THE LAW-ENFORCEMENT SEGMENT OF THE HARDWARE AND SOFTWARE COMPLEX «SAFE CITY»

The article discusses the use of security systems that are relevant to the units of the internal affairs agencies of the Ministry of Internal Affairs of Russia. The infocommunication technology of mathematical modeling is presented, which is based on the processes of secondary geodynamic factors arising as a result of geodynamic movements due to various tectonic disturbances. These processes are a potential direction for the development of the theory of geodynamic risks of security systems provided by law enforcement activities of the Ministry of Internal Affairs of Russia, including subsystems of the HSC«Safe City». The modern infrastructure of the hardware and software complex «Safe City» is based on the functional and technical requirements for the components of the complex and the formats for exchanging data between its elements that are uniform for all municipalities. It consists of a set of automation tools and systems designed for the functioning of vital facilities, taking into account the implementation of the law enforcement component. The basic provisions on the development of a mathematical model of the impact of the so-called secondary geodynamic factors on the process of safe functioning of human society in order to develop informed management decisions of a preventive and reactive nature are given. In particular, they can significantly expand the capabilities of the functional blocks «Safety of the population and municipal (municipal) infrastructure» and «Environmental safety» in the HSC «Safe City». This direction of development and their practical level of implementation becomes relevant in the field of ensuring various aspects of human security and is directly related to the activities of most of the power structures of modern society.

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