Port digitalization is taking a qualitative leap with the adoption of private 5G networks (P5G), which offer port operators full control over connectivity, allowing them to tailor the network to their specific needs and ensure enhanced security. Unlike Wi-Fi or public 5G, P5G enables the management of complex environments with heavy machinery, metal structures, and moving personnel, reducing reliance on cabling and improving coverage throughout the port area.
The article examines the case of the Port of Liverpool, where Peel Ports Group has deployed a P5G network with support from Logicalis and Cisco. This implementation has enabled the connection of cranes, automated vehicles, security cameras, and mobile devices, improving operational efficiency, personnel safety, and real-time visibility. Additionally, P5G facilitates the integration of solutions such as “Man Down”, which detect emergency situations and trigger immediate responses, a crucial feature in high-risk environments.
Deployment planning includes radio simulations, proof-of-concept testing, and a clear alignment between the port’s strategic objectives and the network’s capabilities. The success of these projects depends on both a robust technological architecture and effective coordination among the teams involved. P5G not only enhances connectivity but also strengthens the adaptability of port infrastructure to new operational demands, future expansions, and progressive automation processes. In this regard, it is emerging as a scalable, efficient solution ready to evolve alongside the maritime sector’s needs.
“Ports are very difficult environments to deliver wireless networks into, with lots of moving machinery and people as well as large metal structures, but P5G has made this much easier; it has reduced the amount of cabling that is required and the number of hardware devices.”
The main inputs and contributions are:
- Private 5G enables secure, low-latency connectivity in complex port environments, overcoming Wi-Fi limitations and reducing risks of disruptions in critical services.
- Likewise, it also gives businesses complete control over their networks, enabling customised connectivity for critical applications and enhanced security, while supporting data-intensive applications (AR/VR, video surveillance, automation, remote maintenance).
- The implementation at the Port of Liverpool has improved network performance tenfold, connecting cranes, vehicles, and mobile devices, and facilitating the deployment of safety solutions like “Man Down.”
- In addition, reducing cabling and physical hardware has lowered energy consumption and maintenance costs, contributing to a more sustainable infrastructure.
- Any digitisation project must begin with the network, which is the foundation of automation. For it to be successful, it is essential to align network capabilities with business objectives and gain stakeholder buy-in for technology adoption.
- Gradual planning and leveraging existing infrastructure minimize the risk of disruptions, enabling a smooth transition to more digital operational models.
- Alignment between the port’s strategic objectives and the network’s capabilities is key to ensuring return on investment, avoiding roadblocks in technology adoption.
- P5G strengthens port cybersecurity, allowing granular control over network access and data flows, reducing exposure to attacks and vulnerabilities.
- P5G’s scalability allows the network to adapt to future needs, including new maritime applications, service expansion, and evolving stakeholder requirements.
“P5G will not only solve current issues but also future-proof operations for growth in line with the evolving needs of stakeholders and users of the port.”
Leave a Reply