The Industry 5.0 port will be electric, connected and supervised
Container terminals are using a human-centred combination of electrification, automation, AI and energy management to become cleaner and more resilient.
Container terminals are using a human-centred combination of electrification, automation, AI and energy management to become cleaner and more resilient.
A medical-products manufacturer shows how a managed reusable-pallet loop can combine resilience, safer handling and lower logistics costs.
Digital and autonomous logistics systems still depend on practical engineering skills, making apprenticeships a strategic industrial investment.
Logistics offers a practical model for industrial digitalisation: improve the connections, data and processes that keep people and assets working together.
The UK’s ageing HGV workforce is colliding with higher recruitment costs. Digital fleet management can improve resilience by reducing operational waste.
Shoebox handling illustrates how perception-led robotics can make fulfilment systems more adaptable, resilient and capable of working with real product variability.
The next generation of warehouse performance will depend on combining automation with a continuously updated understanding of the physical workplace.
Blue Yonder’s latest recognition reflects a broader industrial shift: carbon, waste and ESG risk are being integrated into the systems used to plan and execute supply chains.
The next generation of logistics providers will combine dependable execution with connected data, predictive AI and faster recovery from disruption.
The next step in warehouse automation is not simply more machines. It is a connected architecture that links people, production, data and equipment while remaining adaptable to change.
Hubtex is using electrification, assistance technology and data integration to make long-load trucks more capable, connected and easier to deploy.