Hypersonica will focus their efforts on developing a viable hypersonic flight geometry which will fit the needs of glide and cruise applications for hypersonic planes. During the incubation period, Hypersonica aims to lie the foundation of our flight geometry, but we will not be able to present a finished product and therefore anticipate demonstrating an initial geometry in hypersonic flow.
Aatral ESP
Aatral ESP is breaking the lithium monopoly with patented Sodium-ion battery technology, using abundant sodium and Nasicon-based cathodes to deliver safer, more stable, and cost-effective energy storage. Our batteries target high-demand sectors from renewable grid storage to space applications, offering longer cycle life, easier manufacturing, and enhanced safety compared to conventional solutions. With a skilled founding team and IP-backed innovation, we aim to scale from R&D to mass production and become a leading player in the global energy storage market.
Data Machine Intelligence Solutions
DMI enables safe automation in aerospace by bridging the gap between complex AI technology and mission-critical safety requirements. With a library of AI automation models and a powerful compute and simulation infrastructure, we help aerospace companies shorten development cycles and deploy reliable autonomy—from urban drones to satellites and planetary exploration.
Starflight Dynamics
Starflight Dynamics is a Munich-based deep-tech company producing space-grown materials for next-gen semiconductor manufacturing on Earth. Our solar-powered platform in Low-Earth Orbit enables ultra-high-quality wafer production, delivering unmatched yields for advanced applications. Founded by aerospace and semiconductor experts from Airbus and RWTH Aachen, we’re pioneering space-based manufacturing.
Celestial Space Technologies
Orbint
Orbint is a spin-off from the SeRANIS project, funded by dtec.bw at the University of the Bundeswehr Munich. The company pioneers a novel approach to space-based radio frequency monitoring, enabling customers to conduct global reconnaissance across the electromagnetic spectrum. By deploying a distributed satellite network, Orbint can detect, identify, and precisely geolocate a wide variety of signals in near real-time. This capability provides customers with a reliable and up-to-date operational picture, delivering actionable insights to support decision-making in security-critical and strategic applications.
Munich Quantum Instruments (MQI)
At Munich Quantum Instruments, we develop cutting-edge photonic quantum sensors, which may be applied in diverse applications such as optical quantum computers, quantum sensing, deep space optical communication or quantum encryption. We aim for developing our sensors so that they enable the usage of quantum processes on an industrial scale. That means, we develop scalable, high-quality photonic quantum sensors for the mass application so that everybody may profit from the upcoming quantum revolution.