Digital revolution in maritime logistics: Robots and AI in action!

Digital revolution in maritime logistics: Robots and AI in action!

The specialist conference of the Fraunhofer Center for Maritime Logistics and Services (CML) took place in Hamburg-Harburg on May 28, 2025. The focus of the event was on the digitalization of maritime logistics, particularly in terms of safety, efficiency and sustainability. Industry experts discussed various technological innovations designed to address the challenges in the maritime sector.

A central topic was digital transformation in maintenance operations. Thomas Pauly from Wärtsilä reported on the methods used so far, which often rely on traditional means such as notebooks, ballpoint pens and paper drawings. To improve these processes, the “Voice-to-Report” project was presented, which includes the use of data glasses and wearable devices, also known as “industrial wearables”. These technologies allow users to capture photos, videos and spoken information via voice command, while AI systems generate a structured report in English.

Innovative technologies for emissions measurement and automation

Hinrich Brumm from Endress+Hauser SICK presented the DIVMALDA project, which is used to measure emissions directly at the chimney. The aim of this project is to obtain more precise emissions information in order to avoid overpayments. The first sensors have already been installed on the container ship “MSC Savona”.

Another innovative approach was the development of a rolling robot with a magnetic arm that can move heavy pins for containers on freight trains. This pilot solution is being tested in collaboration with Hamburg port logistics HHLA at the Tollerort terminal. The robot is supposed to automatically position the pins before train loading; however, it is currently slower than human workers, highlighting the need to improve robustness.

The role of robotics in logistics

In the current logistics landscape, there is a noticeable shortage of employees in various areas such as warehouse, production and hospital and airport logistics. The workforce in logistics is also becoming increasingly older, which increases the need for relief from physically demanding work. This is why robots play a crucial role. You can either take on tasks completely or work in collaboration with people. Driverless transport vehicles and mobile transport robots are essential for the digitalization of supply chains. These technologies control the internal material flow, which is of great importance for storage and production Fraunhofer IML reports.

Integrating robots into logistics processes significantly improves the efficiency of material flow and ensures that companies can meet modern supply chain requirements. Adaptive and flexible manufacturing processes are necessary to meet increasing variant requirements and to shape future logistics.

Finally, the potential of quantum computers as an optimizing technology for route and business planning was also discussed. The pressure to innovate in the maritime sector remains high, and the conference once again highlighted the importance of digital transformation. Technologies such as the SeaClear 2.0 robot system, which was developed for targeted waste disposal, are already showing how digital solutions can contribute to improving sustainability in maritime logistics.

Further information about the event is available North24.