Drones are widely used nowadays for various purposes. This can be seen in the fact that more than one million drones were registered by users in the USA in January 2025. Of these, more than 420,000 were commercial.
However, this widespread use of drones has also led to an increase in illegal uses, like unwanted surveillance and drone invasions. That’s why several organizations have come up with counter-drone technology.
There are various types of anti-drone technology in the market, from wall-scanning radars to anti-drone trackers and jammers. However, there are other types of anti-drone technology that are being rapidly mobilized by the Government.
Let us take a look at them below.
3 Anti-Drone Technology Trends To Watch Out For
The four counter-drone technology trends to be aware of are:
Integration of AI
While anti-drone technology has become automated, it isn’t always able to process all the information that it sees or receives. This is especially true in the case of anti-drone technology operated by human beings, like hand-held drone guns.
Apart from that, most anti-drone cameras aren’t able to function in hazardous weather conditions and accurately detect and track objects.
That’s why using AI can help you boost the efficiency of your anti-drone technology. An AI algorithm can help your high-end anti-drone system to:
- Process and store large volumes of data
- Accurately detect various objects
- Simulate possible paths
- Understand visual cues from suspicious people who might be drone operators in airports
- Become smarter by continuously learning through information retention
Direct Energy Devices
While traditional anti-drone technology relies on tracking, detecting, and jamming the enemy or unwanted drones, advanced high-end anti-drone systems rely on other approaches.
That’s because traditional techniques often pose risks in places with many civilians, people, or other sensitive equipment. Furthermore, jamming isn’t always effective since it also disrupts the networks of other innocent civilians.
This is why using microwave device systems, ElectroMagneticPulse and laser-guided systems has become a popular and viable option. The system utilises High-Power-Microwave pulses to disable drones without actively shooting them down. This ensures that there is no collateral damage.
Area-Wide Network-Based Defense Systems
As their name suggests, these high-end anti-drone systems rely on an interconnected network to detect and disable enemy drones.
They often rely on a network that is made up of several sensors or detectors, communication or message-relaying devices, and anti-drone equipment like jammers or other devices.
For example, consider an airport. The vast size of the terminal and its multiple breach points make the place vulnerable. In such a setup, the sensors will first detect the threat, which could be a single drone or a group of them.
Once they have detected the threat, they will relay it across the network to the anti-drone equipment. The threat will then be neutralized.
As you can see, the network-based technology allows for:
- Monitoring and tracking unwanted risks
- Neutralizing the unwanted risks
So, you can cut down the requirement for human personnel or deploy them elsewhere and free up your resources.
How To Choose The Best Anti-Drone Technology?
We understand that it might take some time to make a switch to these newer high-end anti-drone systems. It’s better to take a look at how you choose the best anti-drone technology.
Tracking and Detection Capabilities
Studying the manner in which the counter-drone system detects and tracks threats is crucial. For example, the anti-drone system should be able to operate under all conditions. Apart from that, the device or technology should have infrared technology.
The infrared technology will help the system detect threats that utilize natural camouflage mechanisms. Finally, it is essential to ensure that the system or device chosen has AI-enabled algorithms or programs to automatically track threats.
Type of Technology
The kind of anti-drone technology used holds quite importance. That’s because their operational capabilities will determine where they can be deployed.
For example, say you have a secure military facility located within a city. In such an instance, you would obviously wish to safeguard your facility against cellular interference or radio-controlled explosions and so on. So, a counter-drone jamming system or device should be used.
The jammer will disrupt all other forms of communication and prevent unauthorized personnel from spying. On the other hand, if the base is located in a remote mountain facility, then a tracker and jammer prove to be more effective.
Ability to Use In Advanced Operations
The last thing to consider is its scalability. This means that the high-end anti-drone system must be able to work in high-pressure situations. Additionally, it should be ensured that the anti-drone system can be used along with other equipment or tools.
This way, you can take rapid action when the situation demands.
Wrapping Up
We hope that you’ve learned everything about the three different counter-drone technologies in the market. The anti-drone industry is expected to see many other developments in the future, due to the enhancement of warfare tactics.
So, the anti-drone systems must be considered only with care.
