State-of-the-art Systems

ATARGET is a technology company devoted to excellence in research and development. ATARGET has an excellent expertise on systems including ADAS systems, direction finding, localization, communications, radar, sonar and acoustics.The business model includes not only the system development but also the consulting and training.

ATARGET developed advanced ADAS system for automotive applications. The system includes driver drowsiness detection, pedestrian, bicycle, and vehicle detection as well as the approximate distance measures. These functions are implemented on the edge and cloud for real-time applications. They are realized based on multi-camera solutions and any number of cameras can be mounted to have 360 degrees coverage.

ATARGET developed SoDaRCAM which is a sound detection and ranging device. This is essentially a sound camera with RADAR mode. Sound images are combined with HD video for real-time visualization. It is based on FPGA technology and has several functionalities some of which are online and offline processing.

ATARGET has the most sophisticated and state of the art knowledge and expertise in direction finding (DF) systems. The DF systems in our focus start from HF frequencies and extend to VHF/UHF and more. Currently, ATARGET can deliver the most advanced HF DF solution especially for land applications.

ATARGET has developed one of the most sophisticated acoustic shot detection system. This acoustic system is used to find the direction and location of small arms as well as larger assets. The system has a higher accuracy than its competitors. It can be installed on vehicles, helicopters, personnel and fixed sites.

ATARGET has also an expertise in radar and communications systems. This expertise is especially unique in beamforming design. In communications, LTE standard requires multi-antenna transmit systems with broadcasting and multicasting properties. ATARGET can design best discrete beamformers in these applications. This unique capability can also be used in radar systems where multiple simultaneous beams are used for tracking and communications.