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
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.
ExoMatter
ExoMatter helps companies find the ideal materials for their applications by replacing trial and error with data. Our software platform leverages scientific simulations and Machine Learning in order to suggest materials candidates. The platform is currently in use by customers such as Airbus, Infineon or BSH. Within ESA BIC, we are prototyping applications in the space industry in order to enter this market.