The solution leverages a mesh network of low-power, portable tracking devices equipped with multi-sensor capabilities including GPS, RFID, and inertial sensors.

Each device communicates with its nearest neighbors, creating a resilient mesh network that covers any operational area.

Unlike traditional point-to-point systems, this architecture ensures persistent communication even when individual devices face obstructions or fail.

Data from the sensors is relayed through the network to a central command center, where a software platform integrates this real-time data into a comprehensive dashboard for asset monitoring and mission planning.

This solution addresses the limitations of traditional tracking by providing uninterrupted, accurate data even in interference-heavy or infrastructure-sparse environments.

It enhances mission efficiency through reliable data, enabling more informed strategic decisions and better resource allocation, ultimately reducing operational risk and cost.

The technology leverages existing mesh networking and IoT sensor capabilities, which are mature and widely used in other industries, but adapts them for defense-specific challenges.

Development will focus on ensuring the hardware withstands harsh environments and integrating the solution into existing command and control systems.

Initial capital investment is required, but the solution's technical framework is achievable.