PortDefense: AI enhanced Automation for military port logistics

?n today’s security landscape, military logistics is a cornerstone of both national defense and international stability. For Norway, with its strategically important role in NATO, this is especially critical. The recent accession of Sweden and Finland to the alliance further highlights the need for resilient and efficient logistics systems. Norwegian ports are not only gateways for commerce — they are essential hubs for the rapid deployment and reinforcement of allied forces in times of crisis. This is precisely where the PortDefense project makes an impact. Building on advanced AI-based planning tools first developed for civilian ports in the AutoPort project, PortDefense adapts these technologies to meet the stringent demands of military port logistics. The aim is to ensure that Norwegian ports can operate seamlessly under pressure, avoiding costly delays and bottlenecks that could jeopardize security. Consider a scenario where a sudden crisis requires the swift movement of vehicles, equipment, and supplies through a Norwegian port. Any inefficiency in logistics at that point could directly undermine response times and weaken both national and allied defense capabilities. PortDefense addresses these risks by introducing AI-driven coordination and planning methods designed to accelerate operations, improve reliability, and maintain readiness when it matters most.

PortDefense is focused on adapting and transferring AI-based planning methods, initially developed for civilian port logistics in the AutoPort project, to the defense sector. Given Norway's strategic role in NATO, especially with the recent inclusion of Sweden and Finland, the efficiency and resilience of military logistics through Norwegian ports have become increasingly vital. These ports are crucial not only for routine defense logistics but also for the rapid deployment and reinforcement of military forces during crises and conflicts, which are directly tied to national security. The project will leverage a close collaboration between SINTEF and FFI, and aims to introduce advanced tools and methods to enhance the efficiency and resilience of military goods flow, ensuring operations remain robust under critical conditions, especially given the risks associated with concentrating significant military assets in a single location. To address these risks, PortDefense will focus on creating more effective routines, enhancing the speed and efficiency of port operations. This will allow for the rapid reception and onward movement of military goods to their final destinations, ensuring readiness and responsiveness in any situation. The project will not only adapt AI planning methods for defense needs but also validate these methods via the use case defense scenarios. This approach will ensure that innovations are practical and applicable, and will provide a strong foundation for future defense-related projects and further collaboration between SINTEF and FFI on the subject. The project's success will strengthen Norway's role as a key logistics hub in NATO's northern operations, ensuring rapid and efficient support for allied forces.