DEFENSE

TECHNOLOGY

LICENSING

PROVIDING anti-robotic and counter UAS solutions for combating autonomous threats

A person wearing white gloves handles a small glass jar filled with white crystalline payload, placing it on a metal apparatus with a tube.

A humanoid robot with exposed mechanical parts, wires, and circuitry, resembling a human with a human-like head and face, but with mechanical components visible on the body and head.

A close-up of a printed circuit board with anti-robotic payload explosion in the center.

Close-up of a round container filled with anti-robotic powdered payload.

RoboRounds payload swatch. Close-up of a round laboratory dish filled with a metallic purple powder.

RoboRounds payload swatch. Close-up of a round laboratory dish filled with a glass breaking spheres.

PNEUMATIC

CENTERFIRE

THROWN

RANGED

sUAS ANTI-DRONE

Roborounds Tanglers - sUAS anti-drone pneumatic projectiles downing a drone.

TANGLERS - the most effective sUAS / anti-drone payload technology on the market. A no collateral damage solution perfect for defending airports, seaports, embassies, military bases, and prisons from low-flying sUAS drones.

When nearby assets are too sensitive for lasers, standard ammo, or air-burst rounds, Tanglers step in to get the job done. The same engagement range of shotgun rounds, but safe enough to use inside the city limits.

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ANTI-ROBOTIC

A clear container filled with dark gray granular powdered payload.

Our anti-robotic, metal powder deposition (MPD) payload technology focuses on circuitry, sensors, and electronics rather than living tissue, blood, and bone.

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TARGET:

ELECTRONICS

Circuit boards, switches, resistors, capacitors, transistors, fuses, inductors, and other small electronic parts are all vulnerable to attack via the introduction of unwanted conductive materials.
Internal moving infrastructure such as gears, actuators, pneumatic systems, mechanical systems, hydraulic systems are vulnerable to physical obstruction and jamming debris.
Blocking of LIDAR , infrared vision, and cameras destroys robotic navigation capabilities. Force, temperature, pressure, and vibration sensors can all be directly induced to fail.
Inter-process communication, navigation, digital, analog, signal-processing, sampling, and quantization are all effected when surrounded by shielding materials.