Airox Nigen Equipments has successfully commissioned its indigenously built alkaline electrolyzer and fuel cell for SJVN's multi-purpose green hydrogen pilot project in Jhakri, Himachal Pradesh, India. The project aims to produce hydrogen gas through water electrolysis using a 20 Nm3/hour capacity alkaline electrolyzer powered by renewable energy from SJVN's 1.31 MW solar power plant. This initiative will generate 14 kg of green hydrogen daily during eight hours of operation, stored in six tanks to fuel a high-velocity oxygen fuel thermal spray coating facility and a 25 kW fuel cell for electricity generation. Moreover, Airox Nigen Equipments has been involved in similar projects before, having commissioned hydrogen plants in Rishikesh and Tarapur with varying production capacities. The company also announced plans for a large-scale electrolyzer manufacturing facility near Rohtak, Haryana, underlining its commitment to expanding the hydrogen infrastructure. In the realm of scientific advancements, Tokyo Tech researchers have developed a promising perovskite material doped with W6+ cations, exhibiting high proton conduction at low and intermediate temperatures due to oxygen vacancies. This breakthrough opens new possibilities for designing perovskites for protonic ceramic fuel cells and electrolysis cells. On a global scale, RWE in Germany is venturing into hydrogen infrastructure by planning an 800 MW hydrogen-ready gas-fired power plant at the Gersteinwerk power plant. This development aligns with Germany's efforts to accelerate the market ramp-up of hydrogen by simplifying approval procedures and emphasizing the importance of hydrogen infrastructure projects for public interest. The article showcases a positive outlook on hydrogen technology and its applications, highlighting a shift towards sustainable energy solutions.