The 5G Network: not just speed but a secret radar to detect drones

5G networks not only speed up mobile connections, but they can also detect flying objects like drones. With the right technology, this already deployed network can become an advanced surveillance system without the need to install new antennas.

If you have 5G on your phone, you might not know that this coverage is preparing a new feature that goes beyond connecting devices: identifying and tracking drones in real time. This capability has already been tested in real environments in the United States and could revolutionize security and airspace control.

How 5G becomes radar to detect drones

What makes 5G detect flying objects?

5G, unlike previous generations, uses broader and denser radio frequency spectrums that can be disrupted by objects crossing the coverage area.

NetSense, a solution developed by Lockheed Martin with support from Verizon and Nvidia, leverages these disruptions. Through artificial intelligence (AI), it analyzes in real time the small disturbances a drone causes in 5G waves to detect its presence and trajectory.

How exactly does NetSense work?

NetSense operates on the existing 5G infrastructure, without the need for new antennas. It uses Nvidia AI Aerial, a platform that combines AI with 5G and 6G networks, to process data from signal disturbances.

Then, Lockheed Martin’s algorithms interpret these signals to identify the drone and predict its movement, offering very accurate real-time surveillance.

Who benefits from this technology and how does it affect privacy?

Which sectors can take advantage of this 5G drone detection?

Security companies, airports, law enforcement, and managers of sensitive infrastructures are the main interested parties. They can control airspace without installing additional equipment, optimizing costs and response.

Furthermore, the use of commercial 5G networks for surveillance opens doors to more accessible and flexible services.

What privacy implications does this technology have?

Detecting objects through disturbances in the 5G spectrum means the network not only connects but also observes the environment. This raises concerns about future use of this capability for other purposes, such as tracking people or devices without consent.

The technology is not yet widespread and requires specific software to activate this function, so not every 5G antenna acts as radar on its own.

How to activate and verify this feature on the 5G Network?

How can NetSense or similar functions be implemented?

Currently, this technology is in the testing phase and is not available to end users or companies without agreements with providers and developers.

But its operation is based on integrating an AI analysis layer over the existing 5G infrastructure, which facilitates its future expansion.

How to know if an area is equipped with drone detection via 5G?

• The presence of 5G network alone does not indicate detection: specific software must be installed.
• Areas with advanced security installations (airports, critical infrastructures) are candidates to have it.
• Tests demonstrate real-time detection and continuous tracking of the drone.
• The use of artificial intelligence is key to interpreting the network data.

To maintain security and privacy, it is recommended to always update network software, enable two-factor authentication (2FA) on linked services, review permissions, and make periodic backups.

Be alert to possible anomalies such as strange connections or unexpected loss of coverage, and seek professional help if intrusion or misuse is suspected.

The reality is that 5G networks are evolving and offering us functions we could not imagine a few years ago. They are not only the base of the fastest mobile connectivity but can now also act as detection systems that could change how we protect spaces and monitor the air around us.