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Solutions

Threat profiles, regulatory constraints and terrain differ sharply between sites — every design must be site-specific. Below are reference approaches for typical deployment classes.

Note: The configurations below are general reference approaches. Actual point layout, equipment count and coverage must be confirmed by site survey and electromagnetic environment measurement — results vary significantly with terrain masking, building distribution and RF background.
SCENE 01Airport Airspace Protection
ThreatUnauthorized incursions into runway obstacle-limitation surfaces can cause delays, diversions or safety incidents, with high public visibility.
ApproachTiered coverage across runway core and outer zones: fast alert and displacement in the core, long-range warning outside. Displacement is preferred over forced landing to avoid secondary risk from falling debris.
Typical SetupGL-D300 multi-station TDOA network + GL-R100M long-range radar + GL-J500 EO confirmation + GL-J900 directional suppression, fused by GL-F100 into GL-C8000.
SCENE 02Critical Sites & Compounds
ThreatReconnaissance and payload delivery dominate; platforms are typically small consumer or FPV types with concealed launch.
ApproachZone-based defense: high-precision identification and proportionate response in the core, early warning outside — balanced against alert posture, EM environment limits and routine training interference.
Typical SetupGL-A900 fixed detect-mitigate-control unit + GL-R60K radar + GL-J500 EO tracking, with GL-P300 for mobile gap-filling.
SCENE 03Borders & Crossings
ThreatLinear, long-distance control areas with frequent cross-border flights, often linked to smuggling or illegal entry.
ApproachPassive detection first to limit EM exposure and cross-border compliance risk; segmented networking along the boundary for continuous coverage, with denser nodes at key corridors.
Typical SetupSegmented GL-D300 multi-station TDOA network + GL-P300 for mobile verification, with GL-R100M border radar added where required.
SCENE 04Major Event Security
ThreatDense crowds during events; high risk from drone drop or malicious payload delivery; strict security requirements.
ApproachRapid temporary deployment, EM environment baseline survey beforehand, airspace control during key windows, fast teardown afterwards — equipment remains reusable.
Typical SetupGL-V900 vehicle system + GL-P900 man-portable + GL-N300 portable GNSS control, with GL-C8000 as temporary command centre.
SCENE 05Law Enforcement Patrol
ThreatScattered response scenarios requiring both rapid on-scene action and post-incident forensics, under strict procedural compliance.
ApproachFixed coverage at key points combined with mobile gap-filling; full video recording of the response; pilot geolocation to support case investigation.
Typical SetupGL-P900 + GL-V900 vehicle system + GL-P100 detection unit; full video record and pilot position output for case investigation.
SCENE 06Energy & Mining Sites
ThreatLarge sites with long perimeters and complex terrain; risks include operational safety breaches, covert filming and illegal surveying.
ApproachDetection belt along the perimeter with separate protection for critical installations; equipment rated for heat, dust and sand, with high outdoor ingress protection.
Typical SetupGL-D500 DF network + GL-R80X radar + GL-J300 fixed suppression (GL-N200 explosion-proof GNSS control in hazardous zones), plus GL-V900 inspection patrols.
SCENE 07Ports & Terminals
ThreatFan- or strip-shaped areas with severe multipath reflection over water and a corrosive salt-mist environment.
ApproachEquipment selected for multipath resilience and salt-mist corrosion resistance; layout follows the shoreline, covering both land and near-shore airspace.
Typical SetupGL-D500 direction finding + GL-R80X radar + GL-J500 directional suppression, IP66 rated with salt-mist protection to marine standard.
SCENE 08Government & Correctional Facilities
ThreatPrimary threat is contraband delivery into secure compounds and covert filming; targets fly low and small.
ApproachPerimeter low-altitude lockdown with displacement and directed landing as primary measures, coordinated with video evidence capture and ground interception teams.
Typical SetupGL-D300 nodes around the perimeter + GL-A500 soft GNSS control (35 W, no RF suppression) + GL-J500 directional suppression, integrated with CCTV via GL-C8000.
SERVICE FLOW

Delivery Process

A standard path from requirements through ongoing support

1️⃣

Requirements

Define the asset to protect, area extent, threat level, regulatory constraints and budget range.

2️⃣

Site Survey

Measure terrain and building distribution on site, characterize the RF background, and fix candidate positions.

3️⃣

Design

Deliver point layout, equipment configuration, network architecture and bill of materials for review.

4️⃣

Delivery & Support

Installation, commissioning, operator training and acceptance, followed by continuing technical support.

Add your actual delivery lead times, warranty terms and response-time commitments.