Hardware and software system for countering unmanned aerial vehicles

Abstract

This utility model relates to the field of data processing for special applications, in particular for the registration, management and exchange of data on the air situation and identification of unmanned aerial vehicles (UAVs) in military and government bodies at all levels of their hierarchy and interaction. The technical result consists in expanding the functional capabilities of the software and hardware complex of the information and analytical system for countering UAVs by creating a single information space of the countering UAV system for organizing the effective exchange of all operational information on the relevant situation with military and government authorities at all levels of their hierarchy and interaction, while, with the ability to establish levels of access for officials to the information provided. The proposed hardware and software complex of the information and analytical system for countering UAVs includes remote users with their own levels of access to the information provided; information and communication equipment and software; an information and analytical system for countering UAVs; sensor equipment, direction finders and UAV detection sensors; a telematics server; a database server for the information and analytical system for countering UAVs, having a database management system (DBMS) and configured in such a way as to provide a stable input signal from the user's automated workstation and to carry out search, processing, storage and analysis, with visualization in the format of diagrams and graphical instructions, of information on the parameters, classification and methods of neutralizing UAVs at all levels of the hierarchy and interaction of control bodies; The hardware and software architecture is expandable, allowing for expanded user functionality regardless of its hierarchical level. Implementation of the hardware and software system will automatically generate and process a database based on intelligent algorithms, improving the timeliness and quality of engineering decisions to neutralize air threats.