Leveraging GPS Spoofing for Enhanced Airspace Security against Drones

Did you ever think anyone would ever use GPS or Global Positioning System for malicious intent? Well, with the advancement of technology, perpetrators are using state-of-the-art techniques to make drones autonomous and more efficient. GPS-based autonomous UAVs have become a threat to civilian as well as government activities because harmful activities can be carried through them. Drones are becoming more compact, lightweight, and easily accessible, and with the added advantage of GPS, they might become unbeatable. However, luckily with GPS spoofing, security personnel can keep these unauthorized flying machines at bay and keep their airspaces safe. How? Here’s everything you need to know about GPS spoofers and their working methodology. 

What is GPS Spoofing?

If you are wondering what a GPS spoofer is, here’s some information to begin with. GPS spoofing involves manipulating GPS signals to trick a receiver’s navigation system about its location. Instead of leveraging signals from actual satellites, the receiver is supplied with false signals that make it calculate a false position. Initially used for experimentation and testing, GPS spoofing is now being considered for the defense of critical infrastructure from illegal drone intrusions in the future. 

The Issue of Rogue Drones

Rogue drones pose a danger to airspace security in various ways. These drones have been employed for surveillance and espionage, smudging tracked cellphones and other gadgets, and employing explosives for harmful intentions. Traditional countermeasures like physical chasing and signal tampering for rogue drones are ineffective due to the above factors. Hence, the need for sophisticated products that can trace and quash rogue drones is expanding. 

Benefits of GPS Spoofing Devices

GPS spoofing devices offer a range of benefits for stopping rogue drones. Some of them are listed as follows: 

Non-Destructive Intervention:

A major advantage of GPS spoofing devices is that they present a non-destructive approach. Whereas the current interventions, such as physical interception or signal jamming have the potential to harm and even destroy the offending drone and its payload, false GPS signals intervention offers minimized or controlled destruction. The use of false signals to tamper with the drone’s navigation technology drives it from the restricted airspace or back to the primary location. As a result, the approach minimizes the chances of causing collateral property damage and injuring innocent bystanders. 

·      Precision Targeting: 

The use of GPS spoofing devices allows rogue drones to be targeted with high precision, thereby allowing authorities to quickly and effectively take action. When spoofed signals are sent to drones located within specific geofencing areas can help eliminate the rogue drone threat without necessarily disrupting nearby legitimate drone operations. This enhances airspace security as targeted responses are possible when a rogue drone enters a geofencing area, thus minimizing the risk of widespread disruptions or escalation. 

Conclusion

If you think a GPS spoofing device is only necessary if there’s the looming threat of drones, you are mistaken. Whether we are talking about airports and power plants or defense bases and mines, GPS blockers have become the need of the hour to keep air spaces safe. Looking for GPS spoofers, but don’t know where to find them? Check out the collection offered by NovoQuad Group today!