IonQ Partners with Heven AeroTech to Integrate Quantum Tech into Hydrogen Drones

IonQ, a leader in quantum computing, has announced a strategic partnership with Heven AeroTech, an innovator in hydrogen-powered Unmanned Aerial Systems. This partnership is aimed at integrating IonQ’s advanced quantum technologies into Heven's autonomous drone systems.

The collaboration will focus on enhancing mission resilience and operational performance, particularly in GPS-denied environments. The initiatives under this partnership include the development of quantum networking and security, which will establish ultra-secure communication links between drones using quantum communications.

Additionally, IonQ's quantum computing capabilities will be leveraged to optimize fleet routing and facilitate the real-time fusion of drone and satellite imagery. Another key aspect is the deployment of quantum sensors on Heven’s drones for alternative positioning, navigation, and timing, also known as PNT.

Heven AeroTech's drone platform, powered by hydrogen fuel cells, can achieve long-endurance flights of up to 600 miles, lasting more than 10 hours, showcasing advanced autonomy. This strategic partnership positions IonQ to accelerate the practical application of quantum technologies in aerospace, while Heven AeroTech will enhance its offerings within the defense and aerospace sectors.

Jordan Shapiro, the President and General Manager of IonQ’s Quantum Networking, Sensing & Security division, will join Heven AeroTech's Board of Directors as part of this collaboration. The announcement was officially made on November 24, 2025, marking a significant advancement in the integration of quantum computing with drone technology.

This partnership highlights the potential of quantum technologies to revolutionize capabilities in emerging sectors, particularly in defense and aerospace applications. According to the Quantum Computing Report, this collaboration could redefine the operational landscape for drones, especially in challenging environments where traditional GPS systems may fail.

The implications of this partnership could extend beyond military applications, potentially influencing commercial and civilian sectors as well.