Automated AI-supported location analysis based on different demographic, environmental or infrastructural data.
Auxsys GmbH
Development and testing of a proof of concept of active electric exoskeletons for astronaut training and gravity simulation.
LANZ GmbH
Development of a monitoring system of beehives based on satellite data for higher productivity and the improvement of bee health.
Urban Ray GmbH
Drone development for air logistics with automated landing and storage stations on the ground for parcel delivery.
HALO Technologies UG (haftungsbeschränkt)
Development of an earthbound microgravity platform for experiments in weightlessness based on a falling capsule.
FlyPard Analytics GmbH
Implementation of data-driven crop farming practices with GeoPard Ag powerhouse analytics platform.
Maple Aviation
Maple Aviation is developing the first scalable autonomous eVTOL drone fleet for mid-mile, heavy-payload transport that is both extremely energy-efficient and emission-free. With payload capacities from 10 kg to 200 kg over 120 km, our drones require landing pads as small as 3×3 m—making them dramatically more practical and cost-effective than competitors. Targeting the booming drone cargo market across medical, pharma, intralogistics, and agriculture, Maple Aviation is positioned to lead the next generation of sustainable air cargo delivery.
KINETIK SPACE
KINETIK Space, a DLR spin-off, delivers modular robotic arms, end effectors, and torque-controlled joints for highly sensitive in-space tasks such as repair, assembly, and debris removal in LEO, MEO, and GEO. Our patented technology enables precise manipulation for orbital services and future large-scale space infrastructure, offering global aerospace companies a reliable robotics partner. With ESA projects, ongoing technology licensing, and the SpaceDREAM mission, KINETIK is positioned to become a leading provider of space robotics for commercial and scientific operations.
Delta Orbit
DeltaOrbit develops a patented passive ignition propulsion system for non-toxic, high-performance fuels, enabling fast, cost-effective deployment of satellite mega-constellations via Space Tugs. Our technology reduces satellite orbiting time from months to days while supporting unlimited engine restarts, offering constellation operators a reliable, scalable B2B deployment service.
AIRMO
AIRMO addresses the challenge of precise and real-time greenhouse gas (GHG) emissions monitoring by providing detailed data on methane (CH4) and carbon dioxide (CO2) emissions via LiDAR satellite technology. This empowers organizations to make informed decisions, optimize sustainability, and ensure regulatory compliance with near-instant alerts on emission spikes and continuous verification.
AIRMO’s unique selling point is its high precision and near real-time data capability. Active in the downstream domain, AIRMO uses space-based technology to deliver essential environmental data.