The Cellular Drone Detector turns public 4G and 5G networks into a national Counter-UAS layer. Detection, tracking and, where authorised, interdiction — from the signalling the network already has.
National-scale Counter-UAS from the mobile network — for defence, security, law enforcement and authorised operators.
Detect, track and interdict cellular-connected drones from existing 4G and 5G networks — including those used for BVLOS control. No field-deployed sensors.
We turn LTE and 5G control-plane signalling into nationwide detection, tracking and, where authorised, interdiction of cellular-connected drones.
Melrose Networks offers complementary technical briefings to qualified organisations on drones that use cellular networks.
Closed-door technical session examines how existing 4G and 5G mobile networks can be used as a national-scale layer for the detection, tracking, and control of hostile drones that exploit cellular networks for Beyond Visual Line-of-Sight (BVLoS) operations.
Governments, NATO military, law enforcement and MNOs only.
Closed-door technical session examines theoretical approaches by which existing mobile networks could, in principle, be used as a national-scale layer for the interdiction of hostile drones that exploit cellular connectivity for Beyond Visual Line-of-Sight (BVLoS) operations.
NATO organisations and governments only (see details).
Melrose Networks is attending the following events.
The private drone show for safety and security.
The INTERPOL Unmanned Expert Summit.
Access to a video of the keynote presentation is available to government, law enforcement, regulators and defence organisations.
Expert perspectives on topics at the intersection of drones and communications.
Get clear answers to key questions on our signalling analysis platform.
We support defence, security, telecom, and critical infrastructure organisations with advanced analysis and threat detection.
We monitor control-plane traffic in real-time to detect unauthorised devices and emerging threats on mobile networks.
It monitors control-plane events like attachments, handovers, and paging, correlating them in real time to reveal device behaviour without accessing user data.
By analysing abnormal signalling patterns—frequent handovers, unusual trajectories, or sustained uplinks—the analyser distinguishes airborne devices from ground users, using only metadata.
Organisations with lawful access to S1AP or NGAP signalling: mobile network operators, and authorised law-enforcement, defence and intelligence services.
Yes. The analyser provides APIs and data feeds for seamless integration with OSS, SIEM, or C4I platforms, ensuring real-time intelligence supports existing workflows.
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