First Hydrogen Secures Exclusive Worldwide Rights for Mobile AI-Driven Robotic Ground Drone Platform
First Hydrogen Corp. has acquired exclusive worldwide rights to advance a patented unmanned ground vehicle (UGV) toward commercialization, marking the company’s first agreement focused on a mobile AI-driven robotic ground drone platform.
Under the agreement with Exodus Actuation Solutions Inc. (Exodus), First Hydrogen will have two years to achieve a defined development milestone that includes creating a viable commercial design and establishing a clear application for the technology. Upon successful completion, the company will receive exclusive worldwide rights for the remaining life of the UGV patent to develop, commercialize and exploit the technology, subject to a 1% royalty on gross sales of products incorporating the patent.
First Hydrogen will fund all development costs and retain 100% ownership of the intellectual property, inventions, developments, improvements, products, software, designs, data, know-how and other work produced in connection with the UGV. The agreement is separate from the company’s existing binding letter of intent with Exodus covering advanced actuation, gearbox, motor and robotic technologies. First Hydrogen expects to execute the definitive agreement with Exodus shortly.
The UGV is being designed around a modular cargo platform capable of supporting a range of interchangeable applications, with amphibious operating capabilities. Potential military uses include drone launching and refueling, transportation of equipment and tools, security operations and delivery of emergency or other heavy payloads.
Beyond defense applications, First Hydrogen intends the platform to function as a mobile robotic assistant for logistics and operational activities across campuses, industrial facilities and construction sites. Potential uses include security, last-mile delivery, emergency response and the movement of materials across challenging terrain.
The platform is expected to offer both autonomous and user-assisted operating modes. It could follow a user, be controlled remotely or navigate predetermined routes, combining robotic mobility with cargo transportation. The company says the system could help reduce manual labour requirements and power consumption in environments where materials need to be moved frequently.
The versatile platform could also support academic research, industrial automation, defense research programs and autonomous navigation testing, providing a development platform for advancing robotic mobility and AI-driven navigation technologies.
Ground drones are increasingly being adopted for defense, security, logistics, reconnaissance, inspection and operations in hazardous environments. Advances in artificial intelligence, autonomous navigation, sensors and communications are expanding the capabilities of these systems while reducing the need to expose personnel to dangerous conditions.
