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© Fraunhofer CML
Sustainable infrastructure management for sheet piling in seaports
Smart decision support system for optimized container handling with the help of AI and data exchange
© HHLA / Thies Rätzke
Automation of pin handling by mobile robotics
Teleoperated Vehicles in Ports
© FLEXIKING
Continuous adjustment of truck dispatch time windows through flexible artificial intelligence
© KALP GmbH
More effectiveness with cyber-physical systems
© iStockPhoto / shaunl
Using AI to combat truck congestion in the port: The aim of KIK-Lee is to improve forecasting of the utilization of empty container depots.
© ISI-Plan
ISI-Plan implements the integration of layout planning and simulation in terminal planning.
© gyn9037/Shutterstock.com/ Fraunhofer CML
The COOKIE project helps to improve the plannability of maintenance and availability of empty containers in the port on the basis of AI.
© InnoPortAR
Work processes in inland and seaports are to be supported and optimized with the help of computer-aided augmented reality (AR).
© SeaClear
SeaClear uses the latest methods in litter mapping, classification and robotic control to collect plastic in the ocean using unmanned robots.
© nattanan726/Shutterstock.com
The aim of dashPORT is the more conscious use of energy-intensive consumers and the saving of avoidable energy consumption.
Further development of an autonomous surface and underwater vehicle for the provision of novel inspection services for ports and maritime shipping.
Design of virtual reality applications for the use of remotely operated harbor tugs.
© I2PANEMA
Development of an IoT reference architecture for simplified realization of IoT applications in ports.
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Here you can find information about our completed research projects.
Fraunhofer Center for Maritime Logistics and Services