HurleyIR
HurleyIR is a US electro-optical and infrared sensor company whose EO/IR cameras are integrated into Parsons DroneArmor alongside DroneShield's electronic warfare hardware.
Last refreshed: 15 June 2026 · Appears in 1 active topic
What role does an EO/IR sensor like HurleyIR's play alongside radar and electronic warfare in a counter-drone system?
Timeline for HurleyIR
Provided EO/IR kit folded into Parsons DroneArmor alongside DroneShield EW sensor
Drones: Industry & Defence: DroneShield sensor joins US kill chain- What does HurleyIR make and how is it used in counter-drone systems?
- HurleyIR makes electro-optical and infrared sensor systems. Its EO/IR cameras are integrated into Parsons Corporation's DroneArmor Counter-UAS platform alongside DroneShield's electronic-warfare sensor and commercial radars, providing passive thermal and visible-spectrum detection in an AI-driven kill chain deployed at a US border security site.Source: Parsons Corporation press release via GlobeNewswire, June 2026
- Why are EO/IR sensors used alongside electronic warfare in counter-drone systems?
- EO/IR cameras provide passive, emitter-silent detection using thermal and visible-spectrum imaging, which complements active electronic-warfare hardware: they detect drones through heat signatures and visual signatures without emitting signals that could reveal the sensor position or create RF interference at the protected site.Source: Lowdown drones-industry-defence briefing, June 2026
- What is HurleyIR and which defence systems use its sensors?
- HurleyIR is a US maker of electro-optical and infrared sensor systems for defence and border security. Its EO/IR cameras are integrated into Parsons Corporation's DroneArmor Counter-UAS platform, deployed at a US security agency's southern border alongside DroneShield's electronic-warfare hardware.Source: Parsons Corporation press release via GlobeNewswire, June 2026
- Why do counter-drone kill chains use multiple sensor types rather than just radar?
- Radar alone can miss small, slow, or low-flying drones, and its active emissions can be detected or jammed. EO/IR sensors like HurleyIR's cameras detect heat signatures passively and silently, while electronic-warfare hardware like DroneShield's covers the RF spectrum. Combining all three raises detection probability and provides redundancy when one mode is degraded or spoofed.Source: Lowdown drones-industry-defence briefing, June 2026
Background
HurleyIR is a US manufacturer of electro-optical and infrared (EO/IR) sensor systems used in defence, border security, and counter-drone applications. The company produces camera and imaging hardware designed for integration into command-and-control architectures where thermal and visible-spectrum sensors must operate alongside radar and electronic-warfare equipment. In June 2026 HurleyIR's EO/IR cameras were identified as one of the sensor inputs integrated into Parsons Corporation's DroneArmor Counter-UAS platform, sitting alongside DroneShield's electronic-warfare hardware and commercial radars in a single AI-driven kill chain deployed at a US security agency's southern border .
HurleyIR's inclusion in a Parsons-integrated system reflects a recurring pattern in US counter-drone procurement: prime contractors assemble multi-sensor kill chains from specialist component suppliers rather than developing all sensing modalities in-house. EO/IR sensors provide passive, emitter-silent detection capability that complements the active RF emissions of electronic-warfare hardware, and thermal cameras can detect drone heat signatures in conditions where radar returns are ambiguous. A company whose sensors are embedded in a certified, fielded system benefits from the same integration stickiness as other sub-components: replacing one sensor in a qualified kill chain requires re-qualification of the whole system, creating switching cost.
Public information about HurleyIR beyond its sensor integration role is limited. The company has not made material public statements about its size, funding, or broader product portfolio in the period covered by Lowdown's reporting. Its appearance in the Parsons DroneArmor announcement is its first documented mention in a publicly confirmed US government border security deployment.