Skyroads

As urban air vehicles emerge, a robust infrastructure is essential to manage their operations. This advanced air management system is designed to enable highly automated and autonomous passenger and cargo vehicles to fly safely and efficiently over populated urban areas. It aims to open up the skies for various applications, supporting businesses and service providers globally. The technology focuses on managing routes, ensuring overall safety, and providing flexibility for both passenger mobility and cargo transport.

This intelligent system links all types of drones and landing ports into one shared network, certified for safety by aviation authorities worldwide. It is crucial for the automation of Advanced Air Mobility (AAM), providing the necessary framework for future aerial operations. The system's core benefits include:

• Maximizing airspace potential while safeguarding public interest, minimizing environmental impact, and ensuring paramount safety.
• Allowing diversified use through scheduled, on-demand, or individual flights, accommodating passenger, cargo, or eVTOLs.
• Enabling flight automation with a 4D vehicle command set, offering air transport companies a clear pathway to pilotless flight.
• Providing shared infrastructure, which lowers risk, increases margins, and improves performance for all ecosystem partners involved in urban air mobility.

The development of an automated airspace management and vehicle guidance system is key to the scalability of AAM. Initial product iterations are already in use, such as the 'SKYBOT-CAM System'. This system controls heavy camera drones for next-generation broadcast imagery, improving the carbon footprint of events like SailGP. Future expansions will include non-man-carrying surveillance and cargo drones. Collaborations are actively sought to lower automation costs, accelerate certification, and provide realistic flight test environments.