Revector stands at the forefront of developing cell site simulators and mobile surveillance technologies tailored for security, intelligence, and public safety sectors.
Our proven IMSI tracking technology has been integrated into compact, lightweight payloads designed for UAVs (unmanned aerial vehicles) and drones, enabling them to undertake a variety of critical missions in challenging terrains and inaccessible locations.
Mobile Surveillance and Detection Technologies
IMSI (International Mobile Subscriber Identity) numbers are distinct identifiers for each mobile device, allowing for the identification of users within a mobile network.our innovative IMSI catching technology empowers authorities to effectively locate and monitor all active mobile devices within range, accurately determining their locations to within mere meters.
The Revector Detector systems utilize advanced software to identify broadcasting IMSIs in the vicinity, establishing a silent connection and subsequently refining the location using a sophisticated directional finder.
When Wi-Fi is enabled, mobile devices continuously search for and connect to new networks, leaving a digital footprint.Revector’s Wi-Fi catchers can be employed to trace past suspicious activities around specific locations, such as buildings or areas of heightened interest for criminal or terrorist activities.
Discover more: Mobile Surveillance & Detection
Revector Detector IMSI Catcher UAV 3.0
Compact, Lightweight, and High-Performance IMSI Catcher Technology
The Revector Detector IMSI Catcher UAV 3.0 payload is designed for the detection, tracking, and management of 2G, 3G, and 4G mobile devices, making it an ideal tool for law enforcement, military, security personnel, and search and rescue operations. Utilizing a dual SDR (software-defined radio), it captures and logs all IMSI, IMEI, and TSMI data from devices within range, along with GPS coordinates and timestamps.
This low-swap unit creates a new mobile phone cell site, prompting all GSM, UTMS, and LTE devices in the vicinity to connect. Once a target device is linked, the revector Detector system offers a variety of functionalities to the operator, including:
- Tactical mapping
- Downgrading 4G devices to 2G/3G
- GPS location extraction
- Specific target blocking
- Target battery depletion
- Direction-finding via silent call
- Selective jamming (Denial of Service)
- Sending SMS to targets even without network availability
This highly durable unit is compact, lightweight, and easy to integrate. Revector’s innovative system has been successfully deployed on over 20 different multi-rotor, VTOL, and fixed-wing UAV platforms globally.
An additional module is available for DJI drones, allowing the payload to function independently of the UAV, equipped with its own power and data connection, weighing only 0.5 kg and offering over 3 hours of operational time on a single charge.
For further details: Revector Detector IMSI Catcher for UAVs
Use Cases
Aviation & Maritime Security
Our IMSI catching technology empowers security teams at airports and ports to gather intelligence, thwart criminal activities, and ensure public safety.
Critical Infrastructure & Government Facilities
Revector’s IMSI tracking and surveillance solutions are designed to mitigate threats to various infrastructures, including embassies, government buildings, power plants, and oil refineries.
Border Control
UAVs equipped with our IMSI tracking payloads are perfectly suited for monitoring extensive land and maritime borders, aiding in the fight against piracy, smuggling, and criminal movements.
law Enforcement & Counter-terrorism
the Revector Detector system is utilized by police, SWAT teams, and counter-terrorism units to assist in criminal investigations, surveillance, raids, and other essential operations.
Search and Rescue & Disaster Management
Revector’s IMSI Catcher technology is invaluable for SAR teams and first responders, enabling them to locate mobile devices in critical situations and challenging environments, providing essential rescue capabilities when precision and speed are crucial.
