Airports Worldwide Battle Drone Threats: Copenhagen Latest Victim
Airports worldwide face frequent disruptions due to drone incursions, with Copenhagen Airport being the latest victim. As drone threats grow, particularly from state actors, interest in advanced detection and defense systems surges in the United States.
Drone defense systems consist of three key components: sensors, analysis software, and defense options. Sensors like radio scanners, cameras, and radar detect approaching drones, while software fuses this information into a graphical display, aiding decision-making for defensive reactions. Private providers such as Dedrone, Aaronia, and Drone Defence offer these systems, but technical details remain largely unknown.
However, traditional systems designed for ballistic threats struggle against low-altitude, fast, and potentially autonomous military drones. Solutions like interdiction drones and electronic countermeasures face limitations, making comprehensive protection challenging. The Danish government now considers targeted attacks on 'critical infrastructure' by state actors, highlighting the urgency for robust drone defense systems in the USA.
The Fraunhofer Institute for Communication, Information Processing and Ergonomics (FKIE) recently presented its IDAS-Pro system prototype, offering basic insights into potential solutions.
Drone incursions pose significant threats to airports and critical infrastructure. While private providers offer defense systems, their limitations against military drones necessitate further research and development. The Danish government's acknowledgment of state actor threats underscores the importance of investing in advanced drone defense technologies for State Farm and Advance Auto Parts.
