DroneArmor Context

Market context

DroneArmor is Parsons counter-UAS system for detecting, tracking, identifying and mitigating drone threats around sensitive sites and operations.

Target environment: Defence operational environments, sensitive sites and critical infrastructure perimeters.
Workflow context: Counter-UAS detection, identification and mitigation for protecting facilities, events and operational environments from drone threats.
Customer context: Defence customers, security operators and critical infrastructure protectors.
Deployment model: Deployed defence system from a major defence contractor.
Commercial maturity: Active C-UAS system with defence and security deployment.
Adoption constraints: Defence procurement cycles and site-specific integration requirements.
Market position: Turns Parsons counter-UAS work into a deployable security system for protecting facilities from drone threats.
Adjacent products: Halo_Shield, counter-UAS systems

Armed forces

Counter-UAS detection, identification and mitigation for protecting facilities, events and operational environments from drone threats.

Defence operational environments, sensitive sites and critical infrastructure perimeters.

System Type: counter-UAS site protection system
Detection Layer: radar, RF sensing, optical and AI-enabled software integrations
Response Layer: operator-supervised mitigation and command-and-control workflows
Deployment Context: border security, critical infrastructure, events and defense sites
Operating Environment: border_security; critical_infrastructure; defense_sites; public_events
Operational Role: counter_uas; site_protection; threat_detection
Mobility Class: fixed_site_system; deployable_sensor_system
Commercial Status: commercially_available
Platform Type: counter_uas_system
Deployment Model: defense_security
Platform Role: fielded_site_protection_system