Using Light to Enable Additive Manufacturing for the most challenging applications.
Salutes Space
Intelligent computing system with novel Robot-on-Chip technology for autonomous operations in space and on Earth.
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.
BLACKWAVE
Blackwave helps customers from the mobility sector to save weight in a cost-efficient manner. A weight reduction of 100kg at conventional combustion car leads to fuel savings of 0,7l per 100 km or 4 tons of CO2 over the entire vehicle service life. Therefore, Blackwave is developing and producing lightweight solutions out of carbon fiber sheet molding compound (Carbon-SMC). This process is able to create geometrically complex carbon fiber reinforced plastic parts (CFRP) with high mechanical properties. Unlike conventional manufacturing methods, Carbon-SMC can be automated easily, has short cycle times, generates virtually no production waste and is therefore particularly inexpensive.
Celestial Space Technologies
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.