Installation Setup & training Full system installation, software setup & training
AntiDroneSuP Yearly update to RF database to detect new drones on the market, software updates, radar maintenance, upgrade and calibration onsite services
Critical areas
Airports, Government Areas, Power Plants, Military Installations, National Key Points, Private Property, Refineries, Border Control, Railways, & Harbors.
How it works
It is a portable device which can be enclosed in a pelican case with a weight of 100kg
The unit is portable and can be deployed within 30min
It can be utilized at temporary units and while mobile
It offers real-time protection of large-scale sites
Fully operational while in transit
It can monitor a range of up to 50km
It can intercept a drone as fast as 2 seconds( the instant the pilot starts communication with the drone even before takeoff)
Detect & identify
Clear cut visibility of UAS flying in your area accurate GPS location of UAV, its operator and its home location, rendered on a map
UAS location updates in real-time GPS location updates every second, creating a flight path for you to follow
Multiple Sensing Technologies layered together RF, Radar, Remote ID – all types of data brought together to detect all types of drones
Classify risks
Quick and reliable alerts real – time alerts via pop-up, email, and text, when a drone enters your detection area
UAS Information to access drone threat classify a drone threat based on its payload capacity, drone make and model, duration of flight, speed, altitude and more
Monitor critical areas and get alerted of breaches set boundaries and create alert zones that can notify personnel assigned to that area
Respond and resolve
Get to the pilot Use the pilot GPS location and dispatch security to resolve the incident
Cue Jammers and drone interceptors Send the UAV GPS co-ordinates to a jammer or interceptor to neutralize drone threat
Cue Drone Spoofers to land a drone send UAV GPS coordinates to a spoofer that takes over communication and lands or sends a drone home