Modular by design, versatile by nature.
A range of modular, software-defined onboard systems for space. Computing and AI, navigation, communications: each building block integrates on its own or combines into a complete space core, on one industrial base.
For system integrators, large equipment manufacturers and space agencies.
First solutions available in 2028. Early-partner programme open now.
Each mission pulls in its own direction.
Performance and availability
Rad-hard components are costly and cap compute, AI and throughput. COTS unlocks performance but brings availability and lifetime risks.
Cost over the lifecycle
From design to end of life, costs limit the number, ambition and scope of missions.
Time to market
Long development and integration cycles collide with shorter market windows and faster technology cycles.
Geopolitical exposure
Export restrictions, fragile supply chains and dependence on foreign technology threaten mission delivery and commercial reach.
The space core. One core, many missions.
SUPERNOVA brings the performance of modern computing to space, with the robustness missions require. Its building blocks share one software-defined architecture and one industrial base. You take the blocks your mission needs, on their own or as a complete core.
Software-defined
One core, many missions.
AI-native
Hundreds of TOPS onboard.
Multi-layered robustness
Failures contained by design.
Live-evolvable
Mission updates while operating.
Open and backward-compatible
Open standards, smooth upgrades.
Extended lifetime
More years in orbit, high availability.
What changes for your mission.
Performance
Engineered for order-of-magnitude gains in onboard compute and AI. Near-instantaneous system response. A fraction of legacy SWaP.
Resilience and sustainability
Extended MTBF. Reconfigurable in flight. Built-in redundancy. ITAR-free, designed and controlled in Europe.
Mission economics
Less integration NRE. Lower launch and operating costs.
Speed
Shorter lead times. Manufacturing on COTS rhythms. Upgradable after launch.
A range for each mission
Mission profiles
From LEO constellations to deep-space exploration. One scalable range balancing performance, robustness and cost. Our horizon: the edges of the solar system.
Spacecraft and applications
CubeSats, large satellites, launchers, orbital stations, landers, crewed capsules, robots. Observation, science, defence, telecom, in-orbit servicing, data infrastructure.
Adjacent markets
Defence embedded systems, nuclear robotics and instrumentation, aeronautical critical systems including advanced drones and eVTOL.
Built to integrate, built to combine.
SUPERNOVA building blocks integrate into your spacecraft and systems. Each block can be used on its own, and the range grows with the missions it serves. Our early-partner programme is open: we study your mission profiles with you, under NDA.
Under development · Patent-pending · First solutions available in 2028
More details under NDA. Confidentiality protects our IP and yours: what you share about your mission stays between us.
Contact us