Integrated Airport Perimeter Security System
Protect airport fence lines, airside access points and restricted facilities with continuous intrusion monitoring, location-aware alarms and integration-ready security technologies designed around airport response workflows.
Challenges
An intrusion that reaches the airside can put aircraft and ground crews at risk and disrupt flight operations.
Fence Cutting and Climbing Put Airside Areas at Risk
Wind and Wildlife Can Trigger False Alarms
Unclear Alarm Locations Delay Airside Response
Unauthorized Entry at Busy Airside Gates
Our Solution
Gato combines F7 fiber optic sensing along airport fences with C3 laser beam detection at suitable access points. F7 uses AI models to identify intrusion-related vibrations and help filter interference from wind, wildlife and routine airport activity. Alarm locations support faster security verification and patrol response, while pulse electric fencing can provide additional deterrence where permitted.
Detect Fence Intrusions and Gate Crossings
Reduce Nuisance Alarms from Wind and Wildlife
Locate Events for Faster Security Response
Product Technologies
Pulse Electric Fence — Zoned Deterrence and Fence Alarm
Adds visible deterrence and zone-based alarms along suitable airport fence sections, subject to local regulations and airport safety requirements.
Zoned deterrence and alarms where permitted.
F7 DAS — Continuous Fence-Line Intrusion Detection
Detects intrusion-related vibrations from fence cutting and climbing attempts and reports their locations. AI models help filter interference from wind, wildlife, and routine perimeter activity.
Intrusion-related vibration monitoring and event location.
C3 Laser Beam — Gates and Clear-Line Detection
Detects beam interruptions across clear access paths, such as service entrances and restricted passages, complementing fence-line intrusion sensing.
Beam interruption detection at suitable clear access paths.
Applications
Airport Perimeter Fence Lines
Long airport fences often border public roads and open land, making cutting and climbing attempts difficult to monitor through patrols alone. F7 detects intrusion-related vibrations along protected fence sections and identifies alarm locations, helping security teams reach the affected area without searching the entire perimeter.
Airside Service Gates and Access Routes
Airport staff, contractors and service vehicles frequently use gates leading to restricted airside areas. C3 laser beam detectors can monitor designated crossing paths at suitable entrances. When connected to compatible access control and CCTV systems, alarms can be checked against normal gate activity.
Fuel Depots and Restricted Technical Facilities
Airport fuel depots, navigation facilities and electrical substations need protection against unauthorized access. F7 can monitor suitable boundary fencing, while C3 covers selected clear approaches. Where permitted, pulse electric fencing adds deterrence and zoned alarms to protect sensitive facilities.
Case Studies
F7 DAS Perimeter Protection for New Nasiriyah Airport, Iraq
Project Requirements
The airport development required intrusion monitoring across an extensive exposed boundary under harsh environmental conditions. The system needed to support alarm location, centralized verification and practical maintenance without placing numerous powered detectors along the fence.
Solution
- F7 DAS sensing fiber deployed along selected airport perimeter sections
- Detection of fence climbing, cutting, digging and mechanical disturbance
- Alarm location according to the selected sensing-range configuration
- Passive sensing fiber immune to electromagnetic interference
- Zoned alarm output for integration with the airport’s video-security workflow
Outcome
- The solution was designed to reduce perimeter blind spots, support targeted alarm verification and lower the number of powered field devices requiring maintenance along exposed fence sections.
Why Choose Us
Airport Perimeter Security Project Experience
Gato’s project references include F7 perimeter protection at New Nasiriyah Airport in Iraq and an airport fuel-depot security project, demonstrating experience with intrusion detection requirements in different airport environments.
In-House R&D and Manufacturing
Established in 2004, Gato develops hardware and software in-house and operates its own manufacturing facility. Customers can also arrange factory visits and audits to evaluate its manufacturing capabilities.
Factory Testing Before Shipment
Every unit undergoes factory testing and must pass inspection before shipment. This provides an additional quality-control checkpoint before equipment is delivered for airport perimeter security projects.
How We Deliver
Layout and Threat Review
Review perimeter length, fence type, gates, airside access routes, restricted facilities, operational vibration, environmental conditions and the airport’s alarm-response workflow.
Coverage, Integration and Compliance Design
Define technology placement, sensing ranges, alarm zones, communication architecture and platform interfaces. Map available certificates and technical documents against the project specification and tender requirements.
Commissioning and Acceptance Support
Support baseline collection, intrusion-event testing, alarm-location verification, interface testing, operator training and acceptance documentation according to the agreed project scope.
Request an Airport Perimeter Design Review
Share your airport layout, perimeter length, fence type, access points, restricted facilities, existing security systems and project requirements. Our engineers will recommend an appropriate layered detection architecture.
Frequently Asked Questions
Can an airport perimeter security system be retrofitted to an existing fence?
Often, yes, but the fence must be assessed before a perimeter sensing cable is installed. The review should consider fence material, structural stability, damaged panels, loose mesh, vegetation contact, gates, and sections where the boundary changes construction. Repairs may be required first because movement from a poorly maintained fence can affect signal quality. Openings and movable gates may also need a different detection method from the fixed fence line.
How is a damaged perimeter sensing cable repaired?
A damaged section does not automatically mean that the complete route must be replaced. The affected area can be inspected, isolated, and repaired or replaced using an approved fiber procedure. After the work, optical continuity and signal quality should be checked, the alarm-location map should be confirmed, and a representative intrusion test should be completed before the section returns to service.
What product checks are needed after an airport fence or gate is relocated?
The modified section should be treated as a change to the detection route, not only as a civil-work update. Installers should inspect the sensing-cable path, attachment condition, connection points, and any transition between fixed fencing and movable access points. The affected alarm locations should then be remapped and functionally tested so the airport fence intrusion detection display still matches the physical perimeter.
What F7 coverage options are available for airport perimeters?
F7 is available in single- or dual-channel configurations with 5 km, 15 km, 25 km or 50 km per channel. Each channel monitors an independent sensing-fiber route and should not be presented as one continuous route of twice the length. Positioning accuracy is ±1 m for the 5 km and 15 km models, ±2 m for the 25 km models, and ±4 m for the 50 km models.