Texas-based Forward Edge-AI has landed a US Army contract to create a secure wireless system for predictive logistics.
The system will enable military units to share critical vehicle data during missions, providing commanders with real-time updates on faults, fuel levels, and overall readiness to anticipate problems before they cause breakdowns.
It is designed to maintain support flow for troops even in denied, degraded, intermittent, and limited communications environments.
Logistics ‘Backbone’
The system is built around Forward Edge-AI’s Isidore Quantum, a device built to protect data against emerging threats such as quantum computing.
It meets Commercial National Security Algorithm Suite standards and delivers “edge encryption,” securing data where it is generated rather than sent through multiple vulnerable layers.
Isidore Quantum bypasses the extra hardware and strict controls typically found in traditional cryptographic devices, allowing for secure data transfer from vehicles, sensors, and autonomous systems over scalable networks powered by 5G, 6G, private 5G, or satellite links.
“This award marks a pivotal step toward delivering next-generation logistics visibility to Army decision-makers in real time, with a quantum-hardened backbone,” Forward Edge-AI CEO Eric Adolphe stated.
Patent Pending on Fog Computing Tech
Before the predictive logistics project, Forward Edge-AI announced that it was pursuing a US patent for a fog computing system developed with the National Security Agency.
Fog computing processes data closer to its source, making it faster, more secure, and less dependent on unstable connections.
Forward Edge-AI’s design enables real-time processing across multiple encrypted channels, eliminating the need for outdated protocols or centralized control.
