RoseEnergetic UG’s RoseBoom© software accelerates energetic material discovery by predicting properties like density, enthalpy, and detonation velocity from molecular structures in seconds. Acting like a “gold pan” for chemistry, it identifies the most promising compounds without slow synthesis or heavy computation. With strong IP and validated performance, RoseBoom© will expand to polymers, semiconductors, and other materials for high-throughput applications in space and advanced sectors.
QuantumDiamonds
Quantum Diamonds develops atom-sized quantum sensors in diamonds with unmatched sensitivity for magnetic fields, temperature, and pressure, capable of operating under extreme conditions. Our ready-to-use NV diamonds serve high-value applications—from satellite control and semiconductor manufacturing to healthcare and quantum computing—providing compact, robust, multi-sensing solutions where conventional sensors fall short.
Excellion
Excellion develops high-reliability battery systems for aerospace, leveraging commercial-off-the-shelf 2170 cells to deliver 2× the energy, 10× the power, and half the cost of today’s aerospace batteries. Our proprietary accelerated ageing and validation approach makes the latest automotive-grade cells space-ready within months, and our patented polymer-foam modules ensure fire- and explosion-proof safety.
deltaVision
Rokin
Celus
TPCM AG
Thin Ply Technology (TPT) is an innovative combination of creating very thin, plottable, unidirectional tapes with the help of a proprietary tow-spreading and impregnation technique and a method of transforming two-dimensionally plotted preforms (“fiber complexes”) to three-dimensional shapes in an integrated, software-assisted process. The resulting fiber structures offer significantly improved material qualities.
PowerIn Space
PowerIn Space revolutionizes energy access for aerospace and remote exploration with wireless, laser-based power systems.
Project-S
The growing space debris problem, especially 1–10 cm fragments, threatens satellites and missions, with over 900,000 objects in orbit. Traditional ground-based and optical tracking is limited by atmosphere, line-of-sight, and darkness. Project-S tackles this with an AI-driven, radar-based CubeSat system. Its active microwave radar detects small debris in all conditions, while AI onboard and deep learning on the ground provide real-time, accurate tracking.
LEAM Technologies
Using Light to Enable Additive Manufacturing for the most challenging applications.