DEFENSE TECHNOLOGY RESEARCH

Research

We investigate the material properties of various compounds and agents that have the capability to disrupt signals and electronics.
Evaluate

Successful technologies are promoted to field testing by military, law enforcement, and federal agencies to gauge efficacy and performance.
Commercialize

We license our next-generation payload technologies to leading defense manufacturers for integration with their existing platforms.

KINETIC GLASS DESTROYER

Our pneumatic, reinforced glass destroying payload utilizes kinetic energy to break through reenforced glass up to 1/2 inch thick, with no payload pass-through.

National Tactical Officers Association (NTOA) tested the payload via independent Police Departments across the United States, finding it to be three times more effective than similar payloads within the marketplace.

ELECTRICALLY DISRUPTIVE PAYLOAD

Robotic targets require special munitions that focus on circuitry, electronics, signals, sensors, and mechanical sub-systems. Typically only the battery and CPU will be reinforced with armor to remain lightweight.

Electrically disruptive payloads (EDPs) disperse conductive materials that confuse electronic sensors, and establish unintended conductive pathways, overwhelming and degrading targeted systems.

METAL POWDER DEPOSITION

Metal Powder Deposition (MPD) payloads are designed for close-quarters battle (CQB) against weaponized and threatening robotics.

MPD payloads add a secondary effect that coats internal systems, disrupting LiDAR performance by shifting or reflecting wavelengths, distorting return signals, lowering amplitude, and creating deceptive echoes.

Burnt and melted metal wires inside a metallic container.

PATENTS

Patent No.: US 12,044,514 B2
An electrically disruptive projectile for use with a firearm filled with an electrically disruptive powder, including conductive, superconductive, triboelectric, and/or piezoelectric materials. The electrically disruptive powder may comprise one or more of powdered sulfur, silicon, graphene, carbon black, polytetrafluoroethylene (PTFE), tin, gallium, aluminum, lead, titanium, zinc, copper, iron, chromium, magnesium, ytterbium, bismuth, steel, nickel, molybdenum, zirconium, tungsten, bronze, manganese, nichrome, and red iron oxide.
Patent No.: US 12,305,966 B2
A disruptive projectile for use with a pneumatic weapon or similar device can include a shell defining an interior volume, the shell being frangible on impact with a target. The interior volume may be provided with a flexible line that comprises a connected series of weighted elements, chain, ball-chain, or flexible line; an inhibiting substance, a lubricant material, a conductive material, a piezoelectric material, and or a radiation impeding material.
Patent No.: Patent Pending 2025
A disruptive projectile for use with a pneumatic weapon or similar device can include a shell defining an interior volume, the shell being frangible on impact with a target for destroying reinforced glass or similar element, such as glass, tempered glass, reinforced glass, glass panels, glass windows, glass doors, glass barriers, storm glass, laminated glass, or the like. The interior volume may be provided with a plurality of zirconium balls, spheres, spheroids, ellipsoids, or three-dimensional polygon elements contained within the interior volume of the shell.