Akkodis has introduced its conceptual study for a sustainable regional aircraft, named Green&Fly, at the ILA Berlin event. This aircraft concept integrates cutting-edge technological advancements and is powered by a hydrogen-fuelled fuel cell system. The company aims to revolutionize the aviation industry by combining sustainability and flexibility through the Green&Fly platform. The aircraft incorporates a novel wing design that reduces turbulence and enhances flight efficiency, developed through extensive research and AI modeling. Akkodis has also optimized fuselage structures using an algorithm, significantly reducing weight. The utilization of a digital twin, created by integrating all available data, enables efficient testing of factors like thermal load. The aircraft's propulsion system utilizes hydrogen-operated fuel cells, with electricity transmitted via superconductors to electric motors for optimal energy utilization. This setup benefits from cold hydrogen to generate low temperatures required for superconductivity, further enhancing energy efficiency. Alongside Green&Fly, Akkodis is showcasing AI-Core, an AI-based image recognition system capable of identifying space debris to reduce collision risks in space projects. This innovative solution can play a crucial role in enhancing the safety and efficiency of space operations in the future.