A South African firm has just shown the potential of an AI-assisted counter-drone system that packs detection, engagement, and command-and-control (C2) capabilities into a single vehicle.
The TriAD, built by Centauri Technologies, recently underwent a series of proof-of-concept trials, blending radar, radio frequency (RF), and electro-optical/infrared sensors with remotely operated weapon stations to identify and takedown aerial threats.
The tests saw the system’s radar provide 360-degree tracking coverage, while its sensors worked together to filter out false positives and identify real targets faster.
“Since [the system’s debut], we’ve refined the TriAD system’s capabilities, leading to the extensive series of controlled proof-of-concept trials,” said Chief Product Officer Xander Louw, as quoted by Defence Web.
“These are designed to demonstrate end-to-end detection, tracking, identification and defeat of small unmanned aerial systems from one interoperable system.”
AI-Powered Targeting
TriAD’s weapon suite includes a 7.62mm light machine gun, a 113mm cannon, and a six-round 40mm grenade launcher, offering tailored firepower for different threats.
Integrated with a unified C2 station, an AI algorithm ranks targets based on risks and recommends which weapon should be used to neutralize them.
For smaller drones, it could cue in an RF interceptor or its 7.62mm gun, while larger threats could prompt the cannon or grenade launcher.
“In effect, … the C2 system fuses radar, RF, and optical tracks into a single tactical picture, which feeds AI-based classifiers. In this manner, threats are prioritized and the operator is given recommendations for an optimal effector,” Louw noted.
TriAD is now entering acceptance testing and qualification. Planned upgrades include resistance to electronic warfare and GPS-denial, as well as integration with vehicle convoys to enhance battlefield flexibility.
