Geomantis Device

Geomantis Device

The Geomantis Device is a high-performance military ground sensor designed for use in complex terrain and strategic environments. Built from durable aluminum and measuring 53x54x54 mm, it adapts to multiple terrains using three interchangeable leg types—stake, flat-ground, and rugged-ground mounts. This versatile setup ensures firm placement in soil, concrete, or uneven surfaces, making it suitable for long-term deployment in sensitive zones. Its dual communication capability includes RS485 for wired operation and LoRaWAN for battery-powered wireless setups, giving operators flexibility in deployment.

It supports long-distance data transmission with minimal latency, enabling uninterrupted flow of critical intelligence to data centers, command posts, or remote operators. The wired variant uses weatherproof, break-resistant cables that withstand extreme conditions, ideal for fixed surveillance points. Meanwhile, the wireless version operates independently using battery power, supporting mobile recon and rapidly shifting missions. Connectivity options include Ethernet, RS485, and LoRaWAN to match different tactical requirements.

The Geomantis Device is deployed across border monitoring operations, covert reconnaissance, and base security scenarios. It plays a vital role in detecting terrorist activity, unauthorized movements, and camouflaged threats in strategic areas. It is also instrumental in mine detection, perimeter control, and safeguarding high-value military or government facilities.

Tactical Supply Pakistan delivers this system as part of its defense-grade situational awareness tools, ensuring responsive surveillance and early threat detection in hostile or sensitive regions. With real-time alerts and versatile deployment options, it reinforces layered security architectures from the ground up.

Can the Geomantis device operate in extreme weather conditions?
Yes, both wired and wireless versions are built to function in extreme climates, with cables and housing that resist moisture, heat, cold, and physical impact.