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TECHNOLOGY SOLUTIONS – 04

Drone Detection & Countermeasures

Unauthorized drone activity over a protected area presents a security threat that many sites are not prepared to address. GSS develops the detection, decision-making, and response program around what the organization can legally and operationally do.

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OPERATIONAL CONTEXT

Detecting a drone and being allowed to do something about it are different problems

Small unmanned aircraft create a threat vector that most physical protection programs weren't originally designed around. Drones are low, slow, hard to distinguish from routine air traffic on a single sensor, and legally constrained in ways a ground-based intrusion is not. A site can have every conventional protective measure in order and still have no defined answer for what an operator is supposed to do when a drone appears over the fence line.

GSS builds counter-UAS programs from threat assessment forward, not from a hardware catalog backward. That starts with what airspace the site can lawfully assert control over, what a realistic drone-borne threat actually looks like for that site, and only then which detection and tracking technology (radar, RF sensing, geo-fencing, or a combination) closes the gap between first detection and a decision an operator can act on.

The countermeasure and escalation framework is built to stay inside FAA and applicable regulatory limits at every step, which is as much of the program as the detection hardware itself. A capability the operator can't lawfully use when it matters isn't a capability.

METHODOLOGY
  1. 01

    Threat Assessment

    Realistic drone-borne threat scenarios defined for the specific site and airspace.

  2. 02

    Airspace & Regulatory Review

    Applicable FAA and jurisdictional constraints mapped before any technology is selected.

  3. 03

    Detection & Tracking Design

    Radar, RF sensing, and geo-fencing selected and layered for the site's terrain and traffic.

  4. 04

    Countermeasure Planning

    Response options defined and matched to what is legally available to the operator.

  5. 05

    Escalation Framework

    Decision logic from first detection through response, staying inside regulatory limits.

  6. 06

    Exercise & Validation

    Scenarios run against the framework before it's relied on operationally.

CORE CAPABILITIES
Counter-UAS threat assessmentRadar, RF & geo-fencing detectionAirspace control & regulatory reviewCountermeasure planningEscalation framework designFAA-compliant response doctrine
RELEVANT ENVIRONMENTS
Operating nuclear facilitiesSmall modular reactorsNew nuclear buildOther high-consequence critical infrastructure
FAQ
Can our security force legally take action against a drone?It depends on jurisdiction and the specific countermeasure. That's the first question the program answers, before any detection technology is selected. The escalation framework is built only around options that are actually lawful for the site.
How is a drone distinguished from routine air traffic?Detection is layered. Radar, RF sensing, and geo-fencing are combined rather than relied on individually, which is what allows the system to separate a genuine track from routine or non-threat activity.
Does this integrate with our existing security operations center?Yes. Detection and tracking data is designed to feed the same operating picture as ground-based monitoring and alarm systems, rather than standing alone as a separate console.

Build the counter-UAS doctrine before you need it in real time

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