Research and Development Department
For over 17 years, AM Technologies' R&D Department has been engaged in designing, manufacturing, and implementing state-of-the-art COMINT and ELINT
electronic intelligence devices and systems.
We create comprehensive technical designs for functional solutions, software, and hardware components tailored to the end user's requirements
We develop professional low and high-level software for device and system control, signal and data processing algorithms, as well as graphical user interfaces (GUI)
We create professional and comprehensive technological solutions for hardware modules in the systems we develop, ensuring they meet environmental requirements
We provide full support to our clients, offering professional technical advice during the requirements creation, installation, and operation stages of SIGINT systems
We offer complete and professional software and hardware maintenance for all operated systems, including warranty and post-warranty services
We provide a comprehensive range of theoretical and practical training in the field of electronic intelligence theory (SIGINT) and the operation of SIGINT systems
CRUX is designed for monitoring and locating sources of radio signal emissions. It performs functions such as detection combined with immediate DF, narrowband channel separation, technical analysis, and automatic classification of modulation types, demodulation, as well as emitter location.
The system is fully scalable and can be expanded into an extensive cooperative network consisting of multiple CRUX stations and broadband receivers (CORVUS), centrally managed via software.
CORVUS enables the reception of signals within the range of 20 MHz to 6 GHz, with an immediate analysis bandwidth of 100 MHz and a tuning speed of 40 GHz/s, ensuring a high probability of detecting even short-lived emissions across the entire operating range.
Along with dedicated software, it provides spectrum monitoring, narrowband channel separation, and technical analysis of detected emissions. It can be remotely controlled in interactive mode or automatically via measurement scenarios.
It holds a mechanical and climatic testing certificate and operates within a temperature range of -30ºC to +55ºC.
The Spectrum Monitoring and Radio Emission Source Localization System enables the reception and analysis of radio communication signals through electromagnetic spectrum monitoring in the 20 MHz to 6 GHz band. It includes emission detection, determination of time-frequency parameters of detected emissions, identification of modulation types and selected parameters, audio demodulation, technical analysis, and RAW DATA registration in the form of time-domain I/Q samples or complex data.
For multi-station configurations (minimum of three), it offers 2D and 3D localization functionality, as well as tracking of radio communication emission sources based on the Time Difference of Arrival (TDoA) measurement method. This method relies on the distribution of measurement data between stations. For proper localization and tracking functionality, system time synchronization and appropriate reference signals (1 PPS and 10 MHz) from GPS receivers are required.
The system enables configurable and automatic scanning, automatic detection of single pulses, and immediate measurement of time and frequency parameters. It performs automatic PDW (up to 1 million pulses per second) data analysis, including deinterleaving and EDW estimation in accordance with NO-02-A058. Automatic emitter targeting is based on FFT data analysis across the entire 500 MHz band.
The system's software provides:
The system is designed for monitoring, detecting, and immediate localization of radar signal emission sources within the frequency range of 2 – 18 GHz, optionally up to 40 GHz. The system performs the following functions: detection combined with immediate localization, technical analysis, and automatic classification and identification of threats, visual and audio alarm notification of threats, and generation of emitter signal patterns that pose a threat.
With the use of amplitude-based, monopulse, and DIFM technology, the AQUILA system ensures highly effective electronic reconnaissance and radiation warning, even in dense signal environments.
The compact size and low weight of the antenna-receiver components allow the system to be mounted on floating, flying, and mobile land platforms.
Development of a Passive Radar System for the Needs of Anti-Aircraft Missile Defense Systems (ZROP)
Laboratory
Station
PROTOTYPE
Development of a wideband signal processor that performs real-time, integrated, multidimensional, and multi-stage analysis of radio communication and non-communication signals.
As part of the project, a signal processor was developed that integrates a multi-channel receiver system for monitoring and locating sources of radiation from both communication and non-communication signals within the frequency range of 20 MHz - 18 GHz.
