UAV in the sky over rain forest

Ultra Long Range UAV IMSI Catcher

The emergence of low-cost drone or UAV technology in recent years has changed the face of warfare, law enforcement, surveillance and search & rescue operations. Coupled with the development of SDR based cellular surveillance technology, otherwise known as IMSI Catchers, resulting in lower power requirements, and longer range with more sophisticated amplifier technology, the combination of these technologies is delivering results previously considered unattainable.

Thesia is a localisation system for pedestrians, designed to pinpoint and track the elements of a single person, or of a squad of operators, seamlessly passing through mixed GPS-denied/available areas, in unknown environments.

OEM Mesh node

OEM IP Mesh Technology

There are only five original developers of IP Mesh technology, and only two, worldwide, that employ COFDM modulation and a Token Passing Network Algorithm, delivering excellent QoS and below ground penetration.

Thesia Non-GPS Human Tracking

Thesia is a localisation system for pedestrians, designed to pinpoint and track the elements of a single person, or of a squad of operators, seamlessly passing through mixed GPS-denied/available areas, in unknown environments.

PTT Bodyworn mMESH

PTT Bodyworn MESH (500mW)

The PTT (Push-To-Talk) MK2 Bodyworn mMESH™ is our latest product that caters to a segment that require handheld mMESH™ product but does not require the higher-end specs of the Robust Bodyworn mMESH™.

Robust Bodyworn MK3 Mesh (2x 1W)

The Robust Bodyworn MESH is designed for tactical and spec-ops application, where mission-critical and all round communication is required for the success of the operation.

S-mMESH 2W Robust

The Robust Bodyworn MESH is designed for tactical and spec-ops application, where mission-critical and all round communication is required for the success of the operation.

S-mMESH 10W Robust

The Robust Bodyworn MESH is designed for tactical and spec-ops application, where mission-critical and all round communication is required for the success of the operation.

HyphaMESH extends critical connectivity miles into difficult wildland terrain where cellular and radio signals are not reliable, including: California’s Santa Monica Mountains, Yerba Buena and Sepulveda Canyons, California’s Mount Baldy Village, Icehouse Canyon Trailhead, and California’s Angeles National Forest.