DroneArmor

DroneArmor is Parsons Corporation's (NYSE: PSN) AI-enabled counter-unmanned aircraft system (C-UAS) command-and-control platform. First deployed at a US federal security agency's southern border in February 2026, it integrates radar, electronic warfare, electro-optical/infra-red sensors, and AI-driven software into a single interoperable kill chain. On 10 June 2026, Parsons confirmed a full kill-chain demonstration that fused DroneShield's electronic-warfare sensor, HurleyIR electro-optical/infra-red kit, and commercial off-the-shelf radars into an autonomous threat-mitigation loop completed by Allen Control Systems' Bullfrog remote weapon station.

DroneArmor is rated Technology Readiness Level 9 (TRL-9), meaning it has passed government qualification and is in operational service rather than still in development. It is developed and tested at Parsons' dedicated C-UAS Centre of Excellence in Summit Point, West Virginia, which supports rapid prototyping, interoperability trials, and lifecycle testing. The system's architecture is modular and scalable: third-party sensors sit as certified sub-components inside the Parsons C2 Shell, allowing different effectors and sensors to be swapped without rebuilding the integration layer.

The system-integration model it exemplifies carries structural significance for the wider C-UAS market. Rather than building proprietary sensors, Parsons acts as the prime contractor absorbing best-of-breed hardware from specialist vendors. Once a sensor such as DroneShield's is certified inside a fielded C2 architecture, replacing it carries substantial integration cost, converting what would otherwise be episodic direct sales for the sub-component vendor into sticky, recurring revenue. DroneArmor's southern-border deployment also signals that AI-driven counter-drone C2 is now an operational US border-security tool, not an experimental one.