Airport Security
Airports, as key hubs for air travel, require exceptional security. When a drone enters an airport’s no-fly zone, it poses a significant risk of colliding with incoming or outgoing flights, potentially causing catastrophic accidents. Unauthorized drones can also interfere with the airport's communication and navigation systems, leading to flight delays or cancellations, resulting in considerable financial losses and safety risks.
As a result, there is an urgent need for highly reliable, accurate, and responsive counter-drone technologies that can quickly neutralize drones before they pose a threat to flight safety. In airport security scenarios, electromagnetic interference (EMI) and laser strike technologies are widely applied. For example, after several flight disruptions due to drones, Dublin Airport received legal authorization to implement EMI technology to tackle drone threats. By deploying electromagnetic interference equipment, the airport can emit disruptive signals as soon as a drone is detected in nearby airspace, severing the communication link between the drone and its operator, forcing it to land or return to its origin.
A smart defense system, developed by DescBoost VHF Technology, integrates multiple technologies in a practical application at an international airport. The system uses jamming technologies to quickly capture and lock onto target drones in complex electromagnetic environments. After analyzing the drone’s type, flight path, and intent with smart algorithms, the system employs radio frequency interference to accurately neutralize illegal drones. In one incident, this system successfully drove away several drones, preventing a potential aviation disaster and ensuring the safety and order of the airport airspace.
Major Event Security
Major events often attract large crowds and significant social attention. If a drone illegally enters the event venue, it could pose a serious risk to the safety of attendees and may be used for illicit activities such as unauthorized filming or the distribution of sensitive information, disrupting the event and threatening public order.
To ensure the security of major events, counter-drone technology needs to provide comprehensive monitoring of the event site and surrounding airspace, detecting and preventing malicious drone interference while minimizing the impact on the event environment. In these scenarios, physical capture and GPS spoofing technologies are particularly popular.
DescBoost drone jamming technology for large conferences with electronic jamming. Through precise identification and tracking, the system can quickly initiate interference measures when an invading drone is detected. Additionally, physical methods can be used to capture the drone, ensuring the event remains undisturbed.
At some major sporting events, GPS spoofing technology has been deployed to prevent drones from disrupting the competition or violating the privacy of athletes and spectators. By emitting counterfeit GPS signals, drones are directed away from the event site to land in a safe zone, avoiding disruption while ensuring no damage to the drone, which aids in investigating illegal drone operators afterward.
Military Facility Protection
Military facilities, as critical components of national defense, store sensitive military intelligence and equipment, making them vital to national security. Drones can be used by adversaries for reconnaissance or even to deliver weapons to attack military bases.
Thus, military bases require counter-drone technologies that are not only capable of detecting and neutralizing drones but also ensure high confidentiality and resistance to interference, safeguarding the base from security breaches. Electromagnetic interference and laser strike technologies play a critical role in military facility protection.
For example, to prevent drone reconnaissance and attacks, a military base deployed advanced electromagnetic interference devices. These devices can precisely disrupt the drone’s communication and navigation frequencies, initiating interference programs when a drone nears the base, rendering the drone uncontrollable and unable to complete its mission. In scenarios requiring high precision for neutralizing drones, laser strike technology shines. A high-energy laser weapon system, deployed by a certain military unit, can accurately target a drone from a distance and destroy its key components with a high-energy laser beam, rendering it flightless. This technology offers rapid response, high precision, and resistance to electromagnetic interference, providing robust protection for military bases.
Our company’s multiple drone countermeasure devices are widely used in military camps and ships, providing powerful protection for key military areas. These devices have performed excellently in field tests, meeting all design requirements, with no security incidents due to drone detection or countermeasure failures.
Prison Control and Management
Prisons, as specialized institutions for incarcerating criminals, require tight security. In recent years, drones have been used to deliver contraband such as drugs, phones, and weapons into prisons, severely disrupting order and posing a serious threat to safety. To effectively combat such incidents, prisons need reliable counter-drone technologies that can monitor the surrounding airspace in real-time, detect and intercept any drones attempting to infiltrate, and prevent contraband delivery.
Electromagnetic interference and physical capture technologies are commonly used in prison security. A prison on Guernsey Island, UK, installed an "electronic dome" to prevent drone deliveries of contraband. Using electromagnetic interference, the system emits disruptive signals when drones approach the prison, interrupting the communication between the drone and its operator. This causes the operator’s screen to go blank, effectively blocking control and preventing the drone from continuing its mission.
In some cases, prison authorities have also adopted physical capture technology. By deploying drone capture net systems, when an illegal drone approaches the prison, the system can launch a net to cover the drone, rendering it immobile and successfully capturing it. This enables authorities to gather evidence and combat illegal drone deliveries into prisons.
