Long-distance perimeter intrusion detection system using a single optical fiber.
Magus FOPS is a perimeter security and intrusion detection system (PIDS) that uses optical fiber to monitor distances of up to 50 km in real-time. It can instantly detect vibrations and accurately identify intrusion locations within one meter, allowing for rapid response even in vast areas. An AI-based smart algorithm learns environmental changes and significantly reduces false alarms. It supports flexible installation methods such as fence mounting, underground burial, and hybrid configurations. The system uses UV-resistant and rodent-proof optical cables, ensuring stable operation even in harsh environments. Additionally, its design minimizes maintenance burden, making it easy to operate remotely, and the web-based interface allows for easy monitoring, control, and adjustment. The energy-efficient design ensures that the system continues to operate without interruption during power outages or interference. It can be integrated with existing security equipment such as CCTV, lighting, and radar, enabling the construction of a highly scalable perimeter protection system.
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basic information
【Detection Method】 Real-time vibration detection using fiber optic cables. High-precision identification of footsteps, excavation, vehicle vibrations, etc. 【Monitoring Distance】 Up to 50 km (single system). Supports long-distance perimeter security. 【Location Identification Accuracy】 Can identify intrusion points within 1 meter. 【Algorithm】 AI-based smart algorithm learns environmental changes and significantly reduces false alarms. 【Installation Method】 Flexible options including fence installation, underground burial, and hybrid configurations. 【Cable Specifications】 Uses fiber optic cables that are UV-resistant and rodent-proof. Stable operation even in harsh environments. 【Environmental Durability】 Designed to be less affected by temperature changes, wind, rain, lightning, and electromagnetic noise. 【Maintenance Ease】 Structure minimizes maintenance frequency. Low-maintenance design that is easy to operate even in remote locations. 【Interface】 Web-based GUI allows for easy monitoring, control, and real-time adjustments. 【Power Supply & Energy Saving】 Energy-efficient design. The system operates without interruption even during power outages or interference.
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Applications/Examples of results
Magus FOPS is widely adopted as a perimeter intrusion detection system that combines fiber optic vibration detection with AI analysis for the security of critical infrastructure and large facilities. It accurately detects anomalies such as digging, climbing, cutting, and vehicle intrusion in environments where fence installation is difficult or where long-distance perimeter monitoring is required, and it issues real-time alerts. Its main applications include perimeter security for substations, power plants, gas facilities, airports, ports, military bases, border monitoring, data centers, logistics warehouses, solar power plants, wind power plants, factory premises, and research facilities. It is also utilized for preventing illegal intrusions in agricultural land and vast properties, as well as for security purposes in residential areas and commercial facilities. As for its track record, there are various implementation cases, including long-distance perimeter monitoring for critical infrastructure, hybrid configurations with fence sensors, and landscape-conscious security using buried systems.
Detailed information
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Magus FOPS | Image of the installation of the fiber optic buried perimeter intrusion detection system Magus FOPS.
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Magus FOPS | Configuration diagram and installation image of the optical fiber perimeter intrusion detection system
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Magus FDPS rack-mounted unit for high-speed processing of fiber optic intrusion detection data.
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Company information
As a company that provides unique and innovative solutions in EMC testing and general measurement, Wavecrest Corporation is active in this field. The increasingly advanced electronic and communication environment not only affects the performance of its products but also serves as a social infrastructure that impacts the overall safety of society, requiring high safety and reliability. We aim to offer new products and solutions that the market needs, without being constrained by traditional testing methods and equipment.
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