A highly strategic environment: Space.
We ensure information superiority and Electromagnetic protection in the Space domain expanding our range of solutions through innovative approaches.
SPACE OVERVIEW
Expand what is possible.
The space sector is crucial from a defense and security standpoint. That’s why we are increasing our competitive knowledge
in the EMSO and Cyber domains to protect what matters. Even from Space.
OUR PROGRAM
Introducing our Space program: welcome to SCORPIO.
Since Space infrastructure offers the possibility of new previously inaccessible observation and data collection points, entering this domain is an integral part of our strategic plan. We are expanding our EMSO dominance also into Space with SCORPIO (Sigint Compact ORbital Payload In Orbit): our first multi-stage space program.
Space EMSO defense solutions
We have already developed a ground defense system: the Zenithal Jammer, an advanced integrated system of electronic countermeasures designed to identify and react to a wide range of threats from Space, including SAR (Synthetic Aperture Radars).
Space cyber threats solutions
When it comes to space cyber threats, CY4GATE is crucial to play an important role in the cyber security protection of the satellite infrastructures and its data. It has developed a strong track record through a broad range of state-of- the-art technology solutions.
OUR SOLUTION
Satellite surveillance: forged to go further.
Acting in LEO orbit, SCORPIO will intercept and collect the data related to EMS signals to provide situational awareness of all suspicious activities, such as countering smuggling, terrorism or illegal immigration.
– Unmanned: No crew, only Ground Segment operators are needed
– Unlimited: Full Earth Coverage with no geographical limitations
– Unseen: No way for adversaries to understand they are monitored
– Unstoppable: Once in orbit, SCORPIO continuously flies (no need to take-off)
SCORPIO’S PHASES
Concreteness beyond vision: 3 strategic phases.
OUR SOLUTION
SHARP
The SHARP system is designed for persistent passive RF spectrum monitoring, installed on a HAPS (High Altitude Pseudo Satellite) platform. The latter is an unmanned aircraft designed to fly continuously for over 6 months at high altitudes (12-15 km), powered by solar panels. The platform was developed to overcome the limitations of conventional satellites that cannot monitor the same area for extended periods. High Altitude Pseudo Satellites (HAPS) offer significant advantages over traditional airplane-based monitoring solutions, primarily due to their ability to fly for extended periods and at altitudes that ensure extremely high Line of Sight (LOS) of hundreds of Km.
OPERATIONAL FEATURES
Passive RF Monitoring System on HAPS Platform
GLOBAL SUSTAINMENT
Spreading our solutions across the globe.
We sustain our solutions with a global approach that ranges from EMSO education&training, advanced simulation systems, EMSO operational support and full Life Cycle Management.