PERIMETER
SECURITY
Build the first layer of defence around the environment being protected.
- Electric fencing
- Free-standing systems
- Agricultural & game fencing
- Sectorised perimeter protection
- Fence monitoring
Nexpak Security Solutions designs, supplies, integrates and supports advanced security systems around the environment they are protecting. From perimeter detection and sectorised electric fencing to Dahua IP surveillance and long-distance Ubiquiti wireless networks , we engineer solutions for complex residential, agricultural, commercial and industrial environments.
A modern security installation is rarely a single product. It is an interconnected system of detection, surveillance, communications, access control and response. Nexpak designs these elements to work together.
Build the first layer of defence around the environment being protected.
Turn security events into visible, verifiable information through professional IP video infrastructure.
Connect buildings, cameras and remote security infrastructure across environments where conventional cabling may not be practical.
Bring multiple security technologies together into a coordinated architecture designed around the site.
Every property presents a different combination of perimeter geometry, access points, environmental conditions, existing infrastructure, power availability, network requirements and operational risks.
Our approach is to understand those conditions first, then develop a security architecture around them.
Complex security projects require more than equipment. Our process connects site assessment, system design, installation, commissioning and long-term support.
We begin with the environment being protected. Perimeter conditions, access points, existing systems, power, network infrastructure, distances and operational requirements all influence the eventual design.
The system is developed around the site requirements. This may include perimeter zoning, camera placement, network topology, wireless links, power requirements, access control and system integration.
Security technologies become more powerful when they are designed to operate as part of one architecture. Perimeter detection, video surveillance, communications, access control and other systems can be coordinated around the required security objectives.
For qualifying projects, Nexpak can provide installation, configuration, testing and commissioning. The objective is a properly configured system rather than simply a collection of installed equipment.
Security infrastructure needs to remain operational long after installation. For larger projects, structured maintenance agreements of up to five years can be considered to support ongoing system performance and maintenance requirements.
The strongest security systems are not built by collecting unrelated products. They are designed by understanding how each layer of the system contributes to the overall security objective.
Some security projects cannot be solved with a standard kit. Large properties, agricultural environments, estates, commercial sites, industrial facilities and public-facing areas often require carefully engineered combinations of perimeter detection, surveillance, networking and access control.
This is where our technical quotation process begins.
Free-standing electric fencing provides a dedicated perimeter security layer where a conventional boundary wall or fence does not provide sufficient protection.
It can be considered for commercial sites, industrial properties, estates, agricultural environments, remote boundaries and applications where an independent security perimeter is required.
Large properties require a different approach to perimeter security. The physical boundary, electric detection, access points and terrain must be considered together.
Nexpak can assist with security-oriented perimeter designs for farms, game properties, estates and other large-area environments where conventional residential security products are not appropriate.
For larger or higher-security perimeter installations, sectorisation can provide significantly better visibility of where a perimeter event is occurring.
A properly designed sector system allows the perimeter to be divided into defined areas so that security personnel can identify the affected zone rather than simply receiving a general perimeter alarm.
Not every security device needs to be physically connected by kilometres of copper or fibre. Where conditions permit, professionally engineered wireless links can connect remote cameras, buildings and security infrastructure across large properties.
Nexpak can specify wireless network architectures using appropriate Ubiquiti infrastructure for point-to-point and other long-distance IP connectivity applications.
IP CCTV becomes significantly more powerful when it is treated as part of the security architecture rather than as an isolated camera installation.
Dahua IP cameras, recording infrastructure and network equipment can be integrated with perimeter security so that a perimeter event can be investigated through video verification.
Security monitoring does not always need to rely on high-voltage perimeter equipment. Low-voltage monitoring interfaces can be considered where the objective is to provide status indication, event monitoring or integration around areas where public access is possible.
This approach can be particularly useful when designing security infrastructure around pedestrian areas, public access points, facilities, controlled entrances and other locations where safety and system visibility must be considered together.
The real advantage comes when the systems are designed to work together.
For example, a large property could combine a sectorised electric fence with perimeter monitoring, Dahua IP CCTV, Ubiquiti wireless links, controlled access and centralised security communications.
The result is not simply a collection of products. It is an engineered security environment.
Below is an example of how multiple technologies can be brought together around a larger property. The final design would always be engineered around the actual site.