Wind power is on the rise globally and is becoming a significant contributor to renewable energy production. A UK startup called Drift is taking a unique approach by utilizing high-performance sailboats equipped with hydrofoils and underwater turbines to harness offshore wind energy. These sailboats generate renewable energy on the ocean, which is converted into hydrogen gas through an electrolyzer powered by the captured energy. This hydrogen can then be utilized as a clean fuel for various industrial processes and transportation methods. The innovative technology developed by Drift aims to address the challenge of decarbonizing global shipping by producing renewable energy directly from the movement of ships. By using an algorithm to optimize energy generation from wind conditions, the sailboats are designed to be efficient and autonomous, requiring minimal infrastructure. While the current prototypes produce a few kilowatts of power, Drift is working on larger designs that could generate significant amounts of hydrogen gas, offering an alternative to traditional wind turbines. The cost of the initial ships is high due to research and development efforts but is expected to decrease with scalability. Drift envisions deploying a fleet of these energy-producing ships in international waters, catering to various industries and maritime companies. The potential of these ships extends beyond hydrogen production, with the possibility of generating other green fuels like ammonia and methanol, as well as supporting data centers and ocean exploration. Drift's concept has garnered interest and optimism from experts in the field of renewable energy and transport, who see mobile hydrogen generation as a creative and innovative solution to energy challenges. While there are still questions about the competitiveness and scalability of the technology, the overall sentiment is positive towards the potential of 'fishing boats for energy' to revolutionize sustainable energy production at sea.