การดูแลความปลอดภัยและเสถียรภาพของสนามบินการบินพลเรือน

Civil aviation airports are crucial transportation hubs for countries and regions. อย่างไรก็ตาม, in recent years, the widespread use of drones has brought new challenges to low-altitude safety at civil aviation airports, increasing the demand for anti-drone solutions for civil aviation and airports.

To safeguard the lives and property of civil aviation passengers and ensure the normal operation of civil aviation, improve airport safety management, and promote the healthy and orderly development of the drone industry, the Civil Aviation Administration of China (CAAC) has issued a series of documents guiding relevant departments in carrying out drone prevention work.

Based on relevant national policies and drawing on project experience with telecommunications operators, tower companies, and the State Grid Corporation of China, Ragine Technology has proposed an integrated low-altitude drone safety and control solution.

This solution actively responds to the CAAC’s policy of encouraging civil airports to utilize modern technology to further improve the effectiveness of airport airspace protection, safeguarding both aviation safety and the low-altitude economy.

Civil Aviation Airports May Be Subjected to the Following Attacks

● Destructive attacks, including impacts or the release of explosives or other dangerous substances.

● ภัยคุกคามทางอาญาที่อาจเกิดขึ้น, รวมถึงการเฝ้าระวังสภาพแวดล้อมโดยรอบ, the actions of security personnel, และสิ่งอำนวยความสะดวกด้านความปลอดภัยที่มีอยู่.

● Malicious interference with airport communications, which may delay normal flight takeoffs and landings, or even cause serious aviation accidents.

เราจะช่วยสถานีเหล่านี้ได้อย่างไร

Dynamic Trajectory Visualization

● Based on TDOA time difference positioning technology, the low altitude detection system can generate real-time 3D motion trajectories of drones and overlay airport airspace restriction surface data onto a GIS map. When a target enters the core protected area, a trajectory prediction algorithm is automatically triggered to predict its intrusion path and threat level.

Multi-Mode Detection Collaboration

● Integrating radio spectrum, radar, and photoelectric detection methods to construct a composite perception network. ตัวอย่างเช่น, radar enables low-altitude target detection within 5 kilometers, radio spectrum technology accurately identifies drones (SN codes and pilot positioning), and the photoelectric system provides all-weather visual tracking capabilities. Multi-source data is fused in real time through AI algorithms, significantly reducing the false alarm rate.

Hierarchical Interception Strategy

Employs a two-tiered “early warning-capture” response mechanism:

● Long-range detection and early warning layer: Achieves early warning over distances of several kilometers through ultra-wideband active and passive detection (covering 100 MHz-6 GHz).

● Short-range capture and disposal layer: Implements physical interception using devices such as net-capture drones or electromagnetic pulse (EMP) ระบบ.

Multi-Target Cluster Defense

● The anti-drone system supports simultaneous tracking of multiple targets, prioritizing threats through distributed computing nodes. For swarm attack scenarios, it can coordinate multiple jamming devices to form a cooperative suppression beam, effectively defending against cluster attacks.

Extensive Spectrum Feature Library with Adaptive Capabilities

● Our anti-drone device has a built-in library of over 2000 UAV spectrum features, automatically matching signals from unauthorized UAVs and supporting deep learning algorithms for extracting features from unknown signals.

24/7 Operational Support with Unattended Operation

● The anti-drone equipment boasts excellent protective performance, capable of continuous operation in complex and harsh environments such as high and low temperatures and electromagnetic interference. Its high-protection design effectively enhances operational reliability, meeting the 24/7 operational requirements of civil aviation airports.

Open Architecture Design, Supports Expansion

● Our drone detection device provides API interfaces for seamless integration with airport air traffic control systems and public security surveillance platforms, supporting the expansion of various new countermeasures. The system software supports OTA remote upgrades, ensuring continuous iteration of defense capabilities.

Economical and Security Synergistic Development

● Hardware configuration can be adapted to new technologies through software upgrades, extending the equipment’s lifespan. By significantly reducing the energy consumption of detection equipment, it effectively reduces the customer’s maintenance costs.