Physical AI-native detection and secure destruction.

Detection and destruction share one data record. Each find tells the chamber what to expect, and each item destroyed trains the detector.

Detection makes destruction smarter. Destruction makes detection smarter.

DetectionSecuredestructionCAM · LIDAR · EMCLOSED CHAMBERANOMALY RECORD →likely type and depth, sent ahead← VERIFIED OUTCOMEeach destroyed item becomes a label
DetectionSecuredestructionANOMALY RECORD ↓likely type and depth,sent ahead↑ VERIFIED OUTCOMEeach destroyed itembecomes a label

Physical AI detection

Camera, LiDAR and electromagnetic sensing on one drone rig. Prototype H1 2027.

Secure destruction

Ordnance destroyed in-place in a mobile closed chamber. In service since 2001.

Critical mineral recovery

Lead, antimony, copper and steel, recovered in four graded fractions per cycle.

2001
Secure destruction in service
H1 2027
Detection prototype
~1,000 lb/day
Throughput per unit
97%
Metal recovered per cycle

Roadmap

Each stage adds a munition class or a handling capability to the same system.

Today, 2026
X-ray drawing of the eMACS trailer
Small arms through .50 cal

Mobile closed chamber and metals recovery, in service on four continents.

2027
X-ray drawing of an aerial bomb
Large-calibre and bombs

Licensable university separation technology isolates fill from casing.

2028
X-ray drawing of a directional mine on legs
Mines, propellants and kit

Propellant demilitarization, metals-discrimination sensing and EOD kit.

2029
X-ray drawing of an unmanned aircraft
Drones and remote handling

Robotic feed and cutting for large-calibre ordnance and UXO.

2031
X-ray drawing of a fixed destruction facility
Sovereign facilities

Design, build and operate national capability inside allied borders.

Sensing and autonomy then extend the system across land and water. The end goal is underwater UXO: the hardest to detect, with the highest custody value and the fewest competitors.

Work with End State

Defence, police and allied government programmes.