We recommend further research into the synthesis and scaling of this material to unlock its potential for commercial use, particularly in renewable energy applications such as photocatalytic water splitting. The scalability of this material could play a pivotal role in advancing sustainable hydrogen production technologies. Given the promising characteristics of the N-Pt-N model, it is strongly recommended that research efforts also focus on optimizing the material's charge recombination dynamics while leveraging its high selectivity. The interplay between platinum and nitrogen, along with the stabilizing influence of the ether group, offers a powerful foundation for developing advanced photocatalysts for hydrogen production. Investigating synthesis routes and understanding the full scope of the material's behavior under real-world conditions will be key to harnessing its potential for large-scale applications in renewable energy technologies, such as photocatalytic water splitting.