Border security is critical to national safety. Deployable solar-powered surveillance and telecommunications systems enhance border monitoring while reducing operational costs. Powered by renewable energy, these systems offer continuous, autonomous operation in remote or rugged areas.
With rapid deployment, real-time surveillance, thermal imaging, and motion detection, they adapt to evolving security needs. Integrated communication networks ensure seamless coordination, while AI-driven analytics improve threat detection and response.
Combining cost-efficiency, sustainability, and advanced technology, solar-powered systems provide robust, adaptable tools for modern border security.
Clean Technology
Our systems run purely on solar and methanol power and can reduce Co2e emissions by 1 tonne per year.
Rapid Deployment
Our systems are deployed and operational in under 45 minutes.
Site Ready
All of our technologies have been designed to be deployed into location, be easy to deploy and use.
Connected
We can stream live surveillance to any monitoring centre via 4G and 5G, Wireless & SD WAN Networks and Satellite.
Innovative Sensors
We only integrate advanced surveillance cameras, motion detectors and smart analytics.
Targeted Surveillance
Our systems can be deployed in a range of locations to provide surveillance and security across wide areas, without hardwired power or data connections.
Live Monitoring
Our specialist cameras and software can detect and alert operators to intruders on your site.
Perimeter Alerts
Our CCTV cameras and sensors can alert your operators to suspicious behaviour before they get access.
AI & Automation
Our technologies can deliver onboard AI and automated alerts to your remote monitoring station.
Solar-powered systems harness renewable energy to operate, reducing reliance on traditional power sources and lowering operational costs. Their ability to function autonomously for extended periods minimises maintenance needs, aligning with the continuous demands of border security while promoting environmental sustainability.
These systems can be strategically placed in remote and rugged border regions without requiring complex infrastructure. They can also be swiftly deployed and adjusted, offering flexibility to respond to evolving security needs, such as migration shifts or emerging threats.
Equipped with advanced cameras, sensors, and communication technologies, these systems provide real-time surveillance with features like thermal imaging and motion detection. Integrated communication networks enable seamless coordination among agencies and personnel, ensuring efficient response and information sharing.
Solar-powered systems operate autonomously with built-in power storage, ensuring uninterrupted functionality. When integrated with AI and analytics, these systems offer automated threat detection, reducing the burden on human operators and improving the ability to identify and respond to suspicious activities.
