AMPER IMSI GRABBER/CATCHER: Innovation in IMSI/IME detection and capture
The Amper IMSI Grabber/Catcher enables the identification and tracking of mobile devices. It intercepts signals on cellular networks, facilitating early threat detection.
IMSI/IMEI GRABBER SICIDG-R24-2 revolutionises IMSI/IMEI capture technology with ultra-fast response times of less than 1 minute. It allows dynamic applications in highly mobile environments such as borders, airports, train stations, among others.
The Ultimate Solution for IMSI/IMEI Capture
Optimised hardware and algorithms that optimise capture and reduce response time to less than one minute, overcoming the limitations of traditional IMSI catchers.
Advanced and flexible architecture that allows operation on multiple bands and frequencies (2G, 3G, 4G, 5G).
Able to operate effectively on the move and adapt quickly to changes in the environment.
Strengths of AMPER IMSI GRABBER/CATCHER
Advanced Architecture:
Based on Software Defined Radio (SDR) and System on Chip (SoC), each micro sensor simultaneously processes sixteen 2G, 3G, 4G or 5G carriers in the frequency range from 700MHz to 2700MHz
Tactical Control:
Control panel geared towards tactical missions, allowing the creation of missions for IMSI capture, target location, sending SMS messages and silent/normal calls
Independent Processing:
Independent broadband processing subsystems, capable of handling 4 bands simultaneously
Auto Configuration:
Auto configuration algorithms analyse the radio environment and optimise capture parameters
Interoperable:
REST API available for integration with third-party management systems
Talk to an expert about AMPER IMSI GRABBER/CATCHER
Its advanced architecture and optimised algorithms guarantee operational excellence.
Contact us
Amper is a Spanish business group with almost 70 years of history, of which more than 35 have been listed on the Spanish continuous market; it has a significant international presence and is a leader in technological, strategic industrial and engineering capabilities within the Defence, Security and Communications, and Energy and Sustainability