The article discusses the increasing significance of hydrogen in various industries like oil refining, ammonia production, and transportation, with a particular emphasis on the growth of green hydrogen. It mentions the storage and transportation methods of hydrogen, including compressed gas, liquid, ammonia, and metal hydrides, along with the importance of technology in ensuring safe practices due to hydrogen's flammability and leakage risks. Moreover, the article explores how technology and digital innovations are accelerating countries' hydrogen goals by optimizing design, operations, and energy management. It highlights the role of digital twin modeling, 3D design technology, advanced control systems, and smart meters in enhancing efficiency and safety in hydrogen operations. Additionally, the article delves into the energy management aspect of hydrogen, emphasizing the need for energy efficiency, monitoring, and minimizing energy loss throughout the value chain. It explains the energy demands for compressing and liquefying hydrogen and the scope for improving energy efficiency through IoT, smart meters, and optimized plant design. Furthermore, the article touches on asset monitoring and safety measures in hydrogen operations, stressing the importance of real-time data monitoring, AI-driven predictive maintenance, and dynamic risk assessment for efficient and secure asset management. Lastly, it discusses safety and risk control in the hydrogen value chain, highlighting the importance of leak detection systems, flame detectors, and digital monitoring for ensuring safety and prompt responses to contingencies. Overall, the article presents a positive outlook on the future of hydrogen with a strong focus on innovation, optimization, safety, and energy efficiency.