F7 DAS AI Fiber Optic System
- How does the Fiber Optic Intrusion Detection System F7 achieve both precise detection and low false alarms?
- The F7 system uses AI-driven positive and negative sample analysis with adaptive pattern recognition to deliver accurate intrusion detection while minimizing false alerts. It compares real-time acoustic signals with an AI-trained model to identify genuine threats.
- Signals matching positive samples trigger reliable alarms, while negative samples filter out interference such as wind, animals, or vehicles. Using built-in models or on-site training, F7 adapts to different environments and provides precise alerts without unnecessary false alarms.
Customer Reviews
- In a solar power plant project in the Americas, the Gato F7-DAS system was deployed to address the client's need for anti-theft protection.
Real-Time Intrusion Detection
Live Video Streaming
Precise Location Tracking
- The F7-DAS system filtered out environmental interference like strong winds, rainfall, and heavy vehicle movement, successfully detecting real-time suspicious activities. Upon detection, live video footage was streamed to the client’s control center, and the intruder’s location was shown on Google Maps.
- The client expressed high satisfaction with the system’s performance and indicated their intention to continue the collaboration for future security needs.
Customer Case
- Our DAS fiber optic system provides reliable, long-range, AI-powered security for diverse industries, ensuring precise, real-time intrusion detection.
Solar Power Plant Protection
challenges :
1.vast perimeters
2.environmental interference
3.high-value equipment vulnerable to theft.
1.vast perimeters
2.environmental interference
3.high-value equipment vulnerable to theft.
Solar Power Plant Protection
Our solution:
DAS fiber optic systems offer up to 100 km coverage, AI-driven false alarm filtering, flexible installation, 1-meter positioning accuracy, and seamless video integration for reliable 24/7 intrusion detection in remote areas.
DAS fiber optic systems offer up to 100 km coverage, AI-driven false alarm filtering, flexible installation, 1-meter positioning accuracy, and seamless video integration for reliable 24/7 intrusion detection in remote areas.
Urban Utility Tunnel Protection
challenges :
Urban utility tunnels house critical power, communication, and gas pipelines, with traditional monitoring unable to detect malicious acts.
Urban utility tunnels house critical power, communication, and gas pipelines, with traditional monitoring unable to detect malicious acts.
Urban Utility Tunnel Protection
Our solution:
Optical fiber along tunnel walls offers gap-free monitoring of vibrations, with an AI model detecting threats like drilling or striking, filtering interference, and reporting anomalies in real time for proactive security.
Optical fiber along tunnel walls offers gap-free monitoring of vibrations, with an AI model detecting threats like drilling or striking, filtering interference, and reporting anomalies in real time for proactive security.
Petrochemical Facility Perimeter Protection
challenges :
Petrochemical sites face high risks, interference, and vast perimeters, where traditional security systems often fail.
Petrochemical sites face high risks, interference, and vast perimeters, where traditional security systems often fail.
Petrochemical Facility Perimeter Protection
Our solution:
The vibration fiber system offers a reliable, spark-free solution for fences, pipelines, and storage, using AI to filter noise and detect threats, providing real-time alerts for swift response and secure infrastructure.
The vibration fiber system offers a reliable, spark-free solution for fences, pipelines, and storage, using AI to filter noise and detect threats, providing real-time alerts for swift response and secure infrastructure.
Railway Perimeter Protection
challenges :
Railways have exposed perimeters where traditional monitoring struggles with coverage and false alarms from trains and wildlife.
Railways have exposed perimeters where traditional monitoring struggles with coverage and false alarms from trains and wildlife.
Railway Perimeter Protection
Our solution:
The DAS fiber optic system ensures reliable, 24/7 security for rail infrastructure by detecting threats with ±1m precision, filtering out noise, and enabling real-time video verification and automated alarms.
The DAS fiber optic system ensures reliable, 24/7 security for rail infrastructure by detecting threats with ±1m precision, filtering out noise, and enabling real-time video verification and automated alarms.
Trust Indicators
- Our products comply with multiple international standards such as CE, IS09001, and lS014001, and We have been widely applied in over 30 countries and regions across Europe,Asia, Africa.and the Middle East.
Product Functions
- This system provides 100 km coverage, precise detection, flexible zoning, reliable operation, and customizable no-alert zones.
Ultra-long-range Coverage
One unit can protect up to 100 km of perimeter, significantly reducing the number of devices needed compared to traditional systems.
High-precision Multi-person Detection
Identifies intrusion locations within ±1 meter and can track up to 16,000 points at the same time.
Flexible Protection Zoning
Allows you to define custom detection zones based on actual site conditions.
Versatile Map Support
Works with online GIS maps like Google Maps, offline maps, vector maps, and image-based layouts.
Reliable Loop Network Operation
Even if the sensing cable is cut, the system continues running thanks to its dual-channel loop design.
Whitelist No-alert Zones
Set specific points along the cable where detection is disabled to avoid unnecessary alarms.
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