Artificial Intelligence plays an important role in many of the processes IGP is involved in. Our in-house development of camera tracking systems and the continuous improvements in the range of radars are just two examples.
IGP also applies this knowledge in areas such as border protection using existing (radar) sensors.
HitchHiker weighs less than 8 kg, has a length of 121 cm and a 70 cm wingspan. It can be launched automatically as soon as a threat is detected. With a top speed of over 300 kmh, it will intercept a target
at 5 km distance within 60 seconds. The HitchHiker will be guided by radar through IGP’s Perimaster software to engage and follow the target and provide detailed video and AI target Identification. HitchHiker can follow the target or mitigate using a very low collateral damage technology.
IGP integrates CRFS remote spectrum analysers to interface with PERIMASTER for geolocation of radio signals. With this integration the PERIMASTER software is also valuable for border and national protection of the radio spectrum.
PERIMASTER C4I combines all sensors and effectors in a fully scalable network of devices through user and area adaptable GUI’s. PERIMASTER provides optimum situational awareness. It allows to take certain actions based on the information either automatically or through its informed users.
PERIMASTER will communicate with all common sensors and effectors available today.
IGP carries a range of radars that, for each purpose, best fulfil the need to detect pre-programmed, RF free drones, using the latest AI technologies to ensure safe classification.
Large drones are typically flown through satellite video connections, using high frequencies and very directional antennas towards the satellite. This makes it hard to impossible to trace RF signals from the ground. Fortunately, in many cases there is a way to geolocate these drones over hundreds of kilometres in flight.
At IGP, we can show you that way.
Using SECTOR ALPHA for an area of 120° or more will disrupt drone communications within that area. The efficient override waveform technology uses a fraction of the power of traditional systems and will not cause interference with other systems on the ground. When needed, all sectors may be switched on at the same time creating 360° coverage.
