A two-year study supported by the UK-India Education and Research Initiative (UKIERI) is underway to address the challenge of hydrogen embrittlement in metal infrastructure, specifically focusing on its implications for safe hydrogen transportation. Coventry University and the Vellore Institute of Technology have joined forces to explore how Artificial Intelligence (AI) can be utilized to improve the safety of hydrogen transportation by predicting and preventing embrittlement-related failures. Hydrogen embrittlement is a critical issue as it can make metals like steel and nickel brittle and prone to fracture, leading to structural failures and safety risks. The collaboration aims to enhance the reliability of hydrogen infrastructure by proactively identifying weaknesses through AI modeling. Dr. Arivazhagan Anbalagan, an Assistant Professor at Coventry University, highlights the importance of this research in the context of clean energy development and emphasizes the need to understand how to handle hydrogen safely. The study not only focuses on technical solutions but also fosters academic exchange and joint research training to build long-term capacity for addressing engineering challenges. By leveraging AI, the research team aims to make hydrogen infrastructure more dependable and reduce risks associated with hydrogen embrittlement in the future.