The Air domain brings T3E97 to unmanned systems and airborne relay networks, with a C2 architecture designed so that even the coordinator doesn't know what's being commanded.
Overview
The proliferation of unmanned systems has created a new vulnerability that the defense community is still catching up to: the command link. Every drone flying a mission is only as trustworthy as the radio link that controls it. Adversaries have demonstrated, repeatedly, that those links can be intercepted, jammed, and spoofed. One Island's Air domain combines the T3E97 communication system with the Blind Mule command and control architecture, a system where the coordinator that routes commands between operators and drones is structurally incapable of knowing what those commands say.
Optical and RF, Two Ways to Fly Silent
For line-of-sight scenarios, One Island's Air domain supports free-space optical communication between aerial platforms, no radio frequency emissions whatsoever. The link is invisible to electronic warfare systems that hunt radio signatures. For beyond-line-of-sight operations, T3E97 runs on RF through drone relay nodes in the mesh, but the communication architecture ensures that even if a relay drone is captured, the attacker gains nothing that compromises the rest of the network. The Blind Mule protocol keeps each node in the dark about the mission context it's supporting.
Operational Scenarios
Air domain capability matters most in contested environments where conventional communication systems are targeted. These are the scenarios we're designing for:
We're looking for UAV developers, defense integrators, and airborne systems teams interested in incorporating T3E97 and Blind Mule into their platforms.
