Providing field units with portable anti-drone capabilities to counter surveillance and weaponized drones.
Weighing 5.5 kg, the rifle-like device is designed for military or security personnel. Its primary function is not to physically shoot drones out of the sky, but to neutralize them using advanced electronic warfare tactics. The operator simply aims and pulls the trigger. The SKYNET ULTRA then jams the drone's communication signals across multiple frequency bands, including GPS and GLONASS satellite navigation, 2.4GHz and 5.8GHz video transmission, and remote control signals. This signal disruption forces the drone to either return to its take-off point or, if necessary, perform a controlled landing. skynet ultra
Legacy platforms like the MQ-9 Reaper are highly effective but are vulnerable in contested airspaces due to lower operating ceilings and slower speeds. The emergence of high-altitude "Ultra" glider-framed drones allows defense forces to keep eyes on a target for nearly three days straight without returning to base, making them highly cost-effective multi-intelligence platforms. The Software Layer: Autonomy and Smart Infrastructure The operator simply aims and pulls the trigger
Traditional Skynet relied on call detail records (CDRs). Skynet Ultra, however, is theorized to incorporate and AI-edge computing . Key features include: Legacy platforms like the MQ-9 Reaper are highly
By interrupting the signal between the drone and its operator, the system can force the UAV to make an emergency landing or return to its launch point.
The primary risk vectors include:
Providing field units with portable anti-drone capabilities to counter surveillance and weaponized drones.
Weighing 5.5 kg, the rifle-like device is designed for military or security personnel. Its primary function is not to physically shoot drones out of the sky, but to neutralize them using advanced electronic warfare tactics. The operator simply aims and pulls the trigger. The SKYNET ULTRA then jams the drone's communication signals across multiple frequency bands, including GPS and GLONASS satellite navigation, 2.4GHz and 5.8GHz video transmission, and remote control signals. This signal disruption forces the drone to either return to its take-off point or, if necessary, perform a controlled landing.
Legacy platforms like the MQ-9 Reaper are highly effective but are vulnerable in contested airspaces due to lower operating ceilings and slower speeds. The emergence of high-altitude "Ultra" glider-framed drones allows defense forces to keep eyes on a target for nearly three days straight without returning to base, making them highly cost-effective multi-intelligence platforms. The Software Layer: Autonomy and Smart Infrastructure
Traditional Skynet relied on call detail records (CDRs). Skynet Ultra, however, is theorized to incorporate and AI-edge computing . Key features include:
By interrupting the signal between the drone and its operator, the system can force the UAV to make an emergency landing or return to its launch point.
The primary risk vectors include:
