Hydrogen storage presents significant challenges due to its molecular size and highly corrosive nature. Leakage is a common issue in the natural gas sector, making it critical to prevent similar incidents with hydrogen, which has a higher propensity to combust. Advanced storage technologies are crucial for the hydrogen economy to flourish. Two main categories of storage approaches exist: physical-based methods involving extreme temperature or pressure, and materials-based methods utilizing novel materials for adsorption or absorption of hydrogen. Companies like H2MOF, Hydrogenious LOHC Technologies, and H2GO Power are at the forefront of developing innovative storage solutions. H2MOF uses metal-organic frameworks to attract hydrogen molecules into nanoscale cavities, offering high storage density and safety. Hydrogenious LOHC Technologies focuses on storing hydrogen in liquid organic carriers, enabling safe transportation and fuel-cell applications. H2GO Power maximizes storage efficiency using solid-state storage, showcasing significant advantages in applications like drone power. Graphene-based solutions, like AROS Polyamide-Graphene by Graphmatech, offer improved strength and impermeability for hydrogen containment, overcoming previous obstacles. These innovations are vital in realizing the potential of hydrogen storage and its applications in future transport systems.