Living Labs
L-Hubs
AUTOSUP will support the transition path of SC nodes to fully automated hubs and conventional SCs to PI networks through two Living Hubs, validating operational and cost efficiencies of solutions and evaluate user acceptance through 6 multimodal use cases.
Trieste HUB
a) the intermodal wagon maintenance workshop operator dedicated to the port of Trieste area– Adriafer Rail Services
b) the Multimodal Transport Operator (MTO) – Gruber Logistics.
- Rail, Road, Port/Sea.
USE CASE 1 – AUTOMATED MAINTENANCE
- Shunting yards are very large and wagon inspection is time-consuming
USE CASE 2 – AUTOMATED LAST-MILE ROUTES
- Multimodal rail-road shipment heavily relies on human labor
USE CASE 3 - AUTOMATED TRANSHIPMENT
- Transshipment operations are slow and inefficient
Antwerp L-HUB
Automation and digitalization play a crucial role in achieving these objectives. In AUTOSUP PoAB will explore innovative automation concepts, and identify cutting-edge technologies and solutions, to optimise operations and adapt to evolving needs. By incorporating automation in the design of future port infrastructure, PoAB can create a more resilient, efficient, and adaptable system. This will help to ensure that the infrastructure remains robust and capable of meeting the demands and challenges of the future. As a frontrunner in multiple roles -as a Regulator, Operator, Landlord, and active community builder- PoAB focuses on critical infrastructure, port safety and security, collaboration, smooth traffic handling, and providing a customer-friendly environment. They aim to anticipate and overcome challenges by integrating automated solutions across all their roles, ensuring continuous development and adaptation in response to evolving requirements.
- Port/sea, road, rail and IWT
USE CASE 1 – Strategic study Port Automation
- Port automations coordination and environmental performance monitoring
USE CASE 2 – Port-Shipper collaboration towards increased modal shift
- Port-Shipper collaboration towards increased modal shift - Multimodal freight flows monitoring
USE CASE 3 - Transport Mode Automation-systems integration
- Transport modes automation systems integration AGV’s, Hyperloop and spillover applications design