Our solution for highly accurate signals detection, geolocation and tracking of Radio Frequency Signals of Interest.
It can be fitted to almost any mobile platform from wheeled vehicles to light-weight Drones, Octocopters and large manned ISTAR platforms.
As a stand alone system, or as part of a wider network, it provides Spectrum Awareness and Spectrum Analysis. On-board recording and processing is available for post mission analysis or it can be configured to provide a live ‘Reach Back’ capability.
The flexibility that HYPERION offers ensures it can be fully customised to a user’s requirements.
Accurate and Timely
High Probability of Interception
As a stand-alone fixed or mobile sensor, HYPERION uses the Power of Arrival (POA) and/or the Angle of Arrival (AOA) to provide a Line of Bearing (LOB). When part of a wider network of sensors, the system can also offer highly accurate Time Difference on Arrival (TDOA) geolocation.
Whether HYPERION is required to determine changes from a baseline or exploit signals of interest, the system allows flexible configuration. It can be fitted to almost any mobile platform from wheeled vehicles to light-weight Drones, Octocopters and large manned ISTAR platforms.
As a collection sensor, HYPERION can be switched on and then largely left to its own devices. Alternatively, it can be operated as a hands-on tool, offering full analytical capability.
HYPERION is designed for land, air and maritime applications, enabling the provision of strategic support through to real-time tactical exploitation. It is scaleable for work in a variety of contexts; from guiding small foot patrols to aiding decision-making at force headquarters.
HYPERION is an open architecture signal detection system. With minimal restrictions, it can be integrated into a wide range of mission systems and support Single Intelligence Environments. METIS Aerospace are currently integrating geophysical information and data-basing to provide users with tactical and strategic information in a wide variety of formats.