Modern ports face unique challenges in ensuring the safety, security and efficiency of their operations. Our deployable solar-powered surveillance and telecommunications systems are designed to meet these demands with cutting-edge technology. Our systems offer rapid deployment, allowing for immediate surveillance coverage in critical areas such as container yards, access points and terminals. Powered entirely by solar energy, they reduce reliance on hardwired power while promoting sustainability.
Equipped with advanced analytics, real-time video feeds, and robust communication infrastructure, they enable proactive threat detection and seamless collaboration among port authorities and security personnel. Their ruggedised design ensures resilience in harsh maritime conditions, while scalable configurations adapt to evolving port needs.
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 mission critical applications.
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.
These systems can be quickly deployed in critical areas such as terminals and container yards, with the flexibility to reposition as security needs or operations evolve.
Operating entirely on solar energy, these systems eliminate the need for external power sources, reducing costs and aligning with sustainability goals.
Integrated high-quality cameras and analytics features, such as motion detection and perimeter monitoring, provide proactive threat detection and live video feeds for enhanced security.
Built to withstand harsh maritime environments, these systems are ruggedised for reliability and can be scaled to meet the changing needs of ports, ensuring optimal coverage and adaptability.