A border guard force in China to carry out border signal combing tasks, found that there are multiple unknown radio signal sources. Due to the low signal power, narrow bandwidth and irregular emission, the problem was not completely solved in several months.

SPBATC UAV detection and defense testing equipment, with strong environmental adaptability, can achieve automatic detection and accurate countermeasures. After it was put into use, in just a few days, it detected and located several signal targets, and according to the needs of the troops, the drones belonging to the signal were counteracted, which solved the problem efficiently for this border management unit and was recognized by the chief.

SPBATC builds a low-altitude drone defense system for a local army camp, using big data processing, artificial intelligence and machine learning through radio detection technology to achieve effective detection and orientation tracking of low-altitude drones in the camp. Through electromagnetic suppression technology and navigation decoy technology, it realizes all-round interference and suppression control of drones. SPBATC UAV defense system expands the traditional plane security to three-dimensional security, and constructs a three-dimensional protection circle in the low altitude field within a radius of 5000 meters of the target camp area, which has been praised by the camp leaders.

SPBATC constructed a drone defense and control system for the prison, which integrates detection, identification, positioning and countermeasures. Through fixed detection equipment and countermeasures equipment and other linkage defense, it realizes real-time monitoring, analysis pre/alarm and flexible disposal of drones that violate and illegally drive into sensitive airspace, and prevents criminals from using drones to drop drugs, weapons or secret photography within the prison. SPBATC UAV defense system into the prison's daily inspection patrol work, effectively enhance the ability to respond to prison emergencies and greatly ease the work of prison officers pressure, so that the overall prison security system intelligent, to ensure the continued safety and stability of sensitive airspace.

SPBATC signed a strategic cooperation agreement with the Anti-Terrorist Headquarters of a provincial public security department in China to jointly build a 'joint experiment project on low altitude defense' around low altitude safety management in airport clearing areas. The two sides launched scientific research on the cooperation of 'low, slow and small' (low-altitude, slow and small targets) drone defense in the airport clear zone, built a drone defense test network of the province's core trunk airports, paired with SPBATC 's drone defense products (passive detection, no interference strikes, no impact on airport scheduling, flight takeoff and landing), and improved the UAV defense system of the target airports has provided a reference for the domestic civil aviation industry.

As the low-altitude security service provider for this event, SPBATC, after implementing the drone defense program development, field survey and hidden danger investigation with leaders at all levels of the event, adopted the strategy of 'selective deployment, circle isolation' to build a three-dimensional prevention and control, overall linkage, rapid response and efficient disposal of the low-altitude defense system for the target area. After repeated debugging of the vehicle-mounted and handheld UAV defense products, accurately distinguishing whether the current area is an interferable area, and reinforcing the reconnaissance and mapping of the residence, route and venue, SPBATC successfully provided 7*24-hour comprehensive guarding without blind time and blind area for the protection of the target area of nearly 40 square kilometers, successfully guaranteeing the safe holding of the event.

For the special UAV defense construction needs of petrochemical industry units, SPBATC provides the solution of 'UAV detection and positioning system + navigation decoy system', which can realize early warning and accurate positioning of the UAV target that tries to invade, and turn on the navigation decoy equipment only when it locates the UAV trying to approach the protection area, so that the target UAV can be driven away, denied and grounded, which can protect the petrochemical facilities from UAV intrusion while minimizing the secondary interference that the countermeasure equipment may cause to the petrochemical implementation.

A key nuclear power base in eastern China has established a low-altitude security defense network for drones through cooperation with SPBATC to achieve 7*24-hour real-time monitoring and intelligent perception. Once a 'black flight' or 'indiscriminate' drone is detected, the defense network will send an early warning message to the safety management of the nuclear power plant in time, and dynamically locate and track the target drone. In accordance with the requirements of the nuclear power plant safety regulations, the network will automatically or manually dispose of the target drones to keep them out of the protection area and ensure the safety of the low altitude airspace of the nuclear power plant.

The system has powerful functions such as video linkage based on location information fusion, intrusion target movement trajectory display, intelligent target classification identification, real-time video display, visualization defense zone arming and disarming, historical backtracking and forensics, etc. It can realize the detection, positioning, identification and tracking of campus perimeter intrusion targets, accurately and timely alarm intrusion events, and guarantee campus security all day long and all night. At the same time, according to the requirements of the higher level, through the important points of video and alarm access to the Education Bureau, the Education Bureau has realized the query, positioning, management and analysis of the school resources belonging to the school, strengthening the prevention of school emergencies and emergency linkage.