Explore the latest technology development trends in the logistics industry and understand how innovative solutions drive industry transformation
This webinar explores the application of artificial intelligence in airline crew planning and operations, emphasizing its potential to enhance crew efficiency and user experience. The use of AI technologies will go beyond traditional optimization, providing the aviation industry with new capabilities to effectively address uncertainty and change.
This article explores the disruptive impact of artificial intelligence on crew planning and operations, emphasizing how AI enhances crew efficiency, optimizes scheduling, and strengthens risk management capabilities. It also highlights the potential for future developments and their significant value for airlines in making operational decisions in complex environments.
This webinar explored the transformative opportunities of artificial intelligence in crew planning and operations. It emphasized how AI can enhance crew efficiency, optimize decision-making processes, and address industry uncertainties. Investing in technological infrastructure and staff training is highlighted as a key factor for success.
Safran is investing €450 million in France to establish a new carbon brake production facility, set to be operational by 2030. This initiative aims to ensure a sustainable low-carbon electricity supply, advance the company's zero-emissions targets, and increase production capacity by 25%.
Safran plans to invest 450 million euros to establish a carbon brake manufacturing plant near Lyon, France, expected to be operational by 2030. The plant will initially employ 100 people and will utilize low-carbon electricity to achieve zero emissions. It is anticipated that by 2037, production could increase by 25%.
Safran is building a carbon brake production plant near Lyon, France, with an investment of €450 million, set to start operations by 2030. The new facility will utilize low-carbon electricity to achieve zero emissions and is expected to increase production by 25% by 2037. This project reflects the company's sustainable development strategy in the aviation manufacturing sector.
By July 2025, the total number of global flights reached 23,323,428, with an increase of 3% in aviation capacity compared to last year. The Central Asia and South Africa regions saw significant capacity growth, while the increase in seating in Northeast Asia and Western Europe was particularly notable, indicating a gradual recovery of the aviation market.
In the global aviation market of 2025, the route from Jeju to Seoul Gimpo remains the busiest, with multiple routes showing significant growth trends, especially in the Asian and American markets. This provides deep insights into new directions in air travel.
In 2025, the international air freight market reveals a structural divergence in capacity, with a stark contrast between surplus bellyhold capacity on passenger planes and a shortage of dedicated freighters. Regional freight rates are highly volatile, with prices soaring from Southeast Asia to Europe while decreasing on the trans-Pacific routes. Companies need to leverage data analytics to optimize their shipping routes and tackle these challenges.
This article analyzes the various factors affecting shipping rates in the United States, including route distance, cargo type, seasonal fluctuations, and oil prices. It also offers multiple ways to obtain the latest shipping quotes, assisting importers and exporters in effectively managing transportation costs.
