In 2024, the transportation logistics sector is evolving to sustain the pressure of meeting various sustainability targets owing to a global shift in environmental...
In the high-pressure environment of modern logistics, the point of interaction between operators and data is the most critical link in the safety chain. By optimizing the human machine interface in transport control rooms, organizations can significantly enhance situational awareness and reduce the risk of cognitive overload. This advanced approach to digital control center design ensures that complex data is transformed into actionable intelligence, allowing for faster response times and more secure operations across global networks.
As global transport hubs evolve into multi-modal energy centers, the need for intelligent power oversight has never been more critical. By integrating renewable energy sources, advanced storage solutions, and IoT-driven demand response, smart energy management in transport facilities is drastically reducing operational costs and carbon emissions. This systematic optimization ensures that airports, seaports, and rail depots remain resilient while supporting the transition toward a sustainable, electrified future.
The shift from reactive inspections to proactive intervention is redefining the standard of excellence in the production of vehicles and infrastructure. By leveraging advanced analytics and real-time sensor data, predictive quality control in transport manufacturing allows for the identification of potential defects before they manifest as physical flaws. This data-driven methodology ensures that every component, from aerospace turbines to high-speed rail bogies, meets the highest safety and performance criteria with minimal waste.
An open letter that has been signed by 45 European transport organizations has asked for the future EU budget to go ahead and have in it more funding for the sector, which included an increase when it comes to...
In the high-pressure environment of modern logistics, the point of interaction between operators and data is the most critical link in the safety chain. By optimizing the human machine interface in transport control rooms, organizations can significantly enhance situational awareness and reduce the risk of cognitive overload. This advanced approach to digital control center design ensures that complex data is transformed into actionable intelligence, allowing for faster response times and more secure operations across global networks.
As global transport hubs evolve into multi-modal energy centers, the need for intelligent power oversight has never been more critical. By integrating renewable energy sources, advanced storage solutions, and IoT-driven demand response, smart energy management in transport facilities is drastically reducing operational costs and carbon emissions. This systematic optimization ensures that airports, seaports, and rail depots remain resilient while supporting the transition toward a sustainable, electrified future.
Last year, together with DRONEII, we conducted a Drone Barometer Survey to produce a free whitepaper with perspectives from the drone industry. The paper...
From Michelin Challenge Bibendum to Movin’On: a new leg in our collective journey towards sustainable mobility.
For almost 20 years, the Michelin Challenge Bibendum was...
