Urbanlock

DETECT, GEOLOCATE AND TRACK DRONES AND THEIR OPERATORS IN DENSE URBAN ENVIRONMENTS

UrbanLock enables security & safety forces, military and law enforcement to easily achieve comprehensive drone aerial situational awareness. UrbanLock is a passive (non-transmitting) RF interception solution that detects, geolocates and tracks low-altitude commercial-off-the-shelf drones.

UrbanLock is also able to geolocate the drone operator. UrbanLock provides wide coverage and highly accurate situational awareness picture of drones operating in a monitored area. UrbanLock operates well in open areas as well as in dense urban zones, despite the latter’s complex RF environment, high noise and spectral clutter.

UrbanLock shows extremely high detection sensitivity and geolocation accuracy even in complex and high noise environments, with effectively zero false alarms.

A single UrbanLock system is comprised of 4 or more sensors which can be permanently installed in fixed locations, and a system Command and Control center. The sensors can also be transported and reinstalled as per the specific need and even support vehicle installations for rapid tactical deployment.

The sensors receive RF frequencies and analysis, and communicate with the C&C center which performs the geolocation, tracking and manages the overall system operation. The Command and Control center is realized on a standard server which can be installed locally (e.g. in a fixed site local deployment) or remotely/ clouded (e.g. in HQ or a data center).

UrbanLock drone situational awareness picture can be viewed over a web-based GUI, either locally at the C&C center or remotely over PCs and mobile devices,

supporting both safety and security command and management as well as field-deployed units.

As a passive system UrbanLock supports civillian, military and HLS operations and is therefore fully compliant with all relevant civilian regulations (FCC, privacy, cyber, wiretapping). UrbanLock is a fully operational, field proven, TRL 9 solution and has been successfully used in the most demanding environments and scenarios.