Securing a perimeter is one of the most important aspects of any security device. The perimeter is the primary line of defence in opposition to potential intruders and threats, making it important to have a powerful and reliable safety solution. Fiber Optic Perimeter Intrusion Detection System (FOPIDS) is one such solution that offers a variety of benefits over conventional security systems. Let&#;s test some of the important advantages of FOPIDS.

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Accurate Detection
FOPIDS gives precise and accurate detection competencies that can distinguish between different types of intrusions, inclusive of tries to cut, climb, or dig. The fiber optic sensors utilized in FOPIDS can discover even the smallest changes in mild tiers, making it difficult for intruders to go undetected.

Immune to Electromagnetic Interference
Fiber optic sensors are immune to electromagnetic interference, making them appropriate for use in harsh environments together with high-voltage electrical regions, railways, or highways. They can operate in extreme noise environments without any lack of sensitivity, making FOPIDS best for both indoor and outside use.

Low False Alarm Rates
Due to their excessive detection accuracy, fiber optic sensors have low fake alarm rates, decreasing the threat of fake alarms that could cause pointless reaction costs. FOPIDS can differentiate between actual intrusions and different environmental factors such as wind, rain, or animals, minimizing the threat of fake alarms.

Quick Response Times
Fiber optic sensors can hit upon intrusions in actual time, making an allowance for quick and effective responses to any security breaches. The real-time detection functionality of FOPIDS guarantees that protection employees can respond right now to any intrusions, decreasing the risk of damage or robbery.

Cost-Effective
FOPIDS is often greater value-powerful than traditional protection systems, as they require much less maintenance, fewer additives, and are much less at risk of gadget failure. The initial investment in FOPIDS may be higher than others, but the long-term fee savings make it a smart investment for better perimeter protection.

Scalability
Fiber optic sensors can be without difficulty incorporated with other third-party systems, making them scalable and adaptable to various protection requirements. FOPIDS can be integrated with get right of entry to manipulate structures, CCTV cameras, and other safety technology, offering a comprehensive security solution.

Reliable Performance
Fiber optic sensors have proven to be notably dependable, with low failure charges, ensuring non-stop and effective perimeter protection. FOPIDS can function in excessive climate situations, consisting of excessive temperatures, heavy rainfall, and snow, with no lack of sensitivity.

In conclusion, FOPIDS is a highly effective and reliable security solution that offers a range of benefits over traditional security systems. Its accurate detection capabilities, immunity to electromagnetic interference, low false alarm rates, quick response times, cost-effectiveness, scalability, and reliable performance make it an ideal solution for any organization looking to enhance its perimeter security.

Fiber Perimeter Intrusion Detection Systems

PIDS, or Perimeter Intrusion Detection System, is an effective solution designed to detect unauthorized access or intrusion attempts at the physical boundaries of a facility, such as a building, industrial site, military installation or other sensitive area. Protect and secure your premises before intruders enter the property by installing security sensors in the perimeter area.

Benefits of PIDS

1. Detect intruders early in an intrusion
The perimeter is the first point of entry to the site. By detecting intruders at the perimeter, it is possible to respond as early as possible before the intruder reaches the building.
2. Improve security quality and reduce human error
Many sites have perimeter security with only security guards or security personnel and surveillance cameras (CCTV). It is difficult for security personnel, especially those responsible for large premises, to see everything without overlooking emergencies and always responding immediately. There is also the possibility of human error.
And monitoring often becomes lax when security guards are working shifts. Security sensors reduce human error, such as neglect, and work 24/7 to maintain the same quality of security.

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3. Improve security efficiency and take immediate action in case of intrusion
By dividing the perimeter into zones and installing security sensors in each zone, it is possible to identify where intrusions are occurring.
In addition, by integrating the security sensors with the surveillance camera system, when the sensors detect an intrusion, they will trigger the linked cameras to perform actions such as real-time pop-up or PTZ camera control on the screen in the surveillance room. On-site security personnel can then act quickly by dispatching security guards for on-site inspection, alarming the police/owner or issuing voice warnings remotely. It realizes operational efficiency for reliable response in emergency situations.
4. Long-term fixed cost savings
Increasing security costs year after year is a problem for which a solution must be found. Hybrid security using the PIDS solution can reduce long-term security fixed costs by replacing some of the security guards with alarm systems (security sensors).

Types of Perimeter Intrusion Detection Systems

Fence Intrusion Detection

Raycom Fiber Detection is suitable for all fence types including chain link, welded wire mesh and fencing. With advanced event classification, the system can detect multiple simultaneous intrusion attempts with localization accuracy down to ±5m.
Climbing fences, cutting and lifting are all detected with a probability of detection (POD) of greater than 95%. On top of this, intelligent processing ensures that nuisance alarms are minimized.
No power supply is required on site, and the fiber-optic cabling is immune to electromagnetic interference. The cable itself is intrinsically safe and therefore suitable for use in locations where there is a risk of fire or explosion.

Buried Intrusion Detection

Direct burial fiber optic cables can be deployed to protect perimeters that have no physical boundaries. Buried detection that is able to detect intruders before they enter the site while remaining covert offers a number of significant advantages over other technologies.

With the ability to distinguish between multiple intruders and vehicles, a buried intrusion detection solution is a fast to deploy, low cost but highly resilient solution for all soil types and is particularly well suited to protecting extended perimeters.

Distributed Acoustic Sensing for Security

Distributed acoustic sensing systems monitor acoustic signals along the length of a fiber optic cable and are capable of classifying acoustic signatures and pinpointing the location of intrusion events (typically within 5 m).

A distributed acoustic sensing system consists of an interrogation unit with associated optoelectronic components (laser source, detector, and associated processing hardware, firmware, and software) that monitors the length of fiber optic cables that can be run outside, on the surface, and inside the sensor. Perimeter. These Perimeter Intrusion Detection System have different distance capabilities ranging from 5 km to 100 km. The following example shows how a single system can be configured to monitor the interior, exterior and the perimeter itself.

The fact that the system is able to categorize events and provide an "acoustic fingerprint" of intrusions is very powerful, as it allows the system to distinguish between people, vehicles, animals and whether a specific activity is taking place (e.g. digging or excavation). climbing fences).

Whether a cable is buried, fenced or ground mounted can affect how the system is tuned and used. With buried cables, much of the high-frequency noise is filtered out by the soil surrounding the cable, making it less susceptible to false alarms caused by environmental events.