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Large-Scale Event Low-Altitude Security Solution

Prioritizes the low-altitude security assurance of large-scale events. Customizes an integrated air-ground low-altitude security defense system for areas involved in large-scale events. Relies on front-end perception equipment, end-point action means, and an integrated command platform to achieve the formulation of (contingency) plans, dispatch of personnel, and handling of emergency incidents, ensuring the low-altitude security of large-scale events.

Industry background

When hosting major events, a critical task in ensuring safe and orderly proceedings is to regulate the flight schedules and zones of civilian drones while guaranteeing the normal operation of officially approved UAVs for television broadcasting, aerial photography, policing, emergency response, meteorological surveys, and other missions. Establishing restricted no-fly zones in and around event areas can significantly enhance security capabilities, enabling efficient, smart, and rapid safety operations across the venue.

Functional highlights

Illegal flight early warning and locking

Through front-end detection means and technical research and judgment, early warning and locking for illegal flight drones that violate flight rules can be carried out, including the identification of drone model, flight information, pilot coordinates and other information.

Through the self-developed "4-bollard defense unit equipment", the innovative information interaction method of heterogeneous devices is proposed, which realizes the detection, identification and positioning of drones in complex environmental areas, and can predict and alarm airline conflicts.

On the basis of comprehensive meteorological department data, self- developed sensors are used to monitor ultra-low-level meteorology in real time, synchronously display weather conditions, and put forward meteorological warnings for special weather in local areas.

Different disposal methods can be set up according to different activity security requirements, including ground verification, drone verification, mobile disposal and remote disposal. When the system is in the unattended state, the drone invasion will automatically issue instructions according to the pre-set plan.

Digital twin technology is used to take the lead in dividing multilevel defense circles in detail according to the threat level of airspace invasion, realizing the modeling of defense area and visual command in real combat, building a three-dimensional defense model and supervision model, and displaying and warning the real-time position of drones in airspace.

Illegal flight early warning and locking

Route early warning

Low-level meteorology

Automatic disposal plan

Visual command in real combat

Front-end/terminal emergency handling equipment

Radio Spectrum Detection Equipment (AOA) direction finding equipment

Optical infrared detectionand tracking equipment

Radio spectrum detection and positioning equipment

Portable UAV detection and positioning equipment

Emergency response command vehicle

Omni-directional EM equipment