ESA Taps Edge Aerospace for Space Cloud Contract

In-space computing startup Edge Aerospace landed a contract under ESA’s Space Cloud program to study the future of orbital data centers. Under the agreement, announced today, the Luxembourg-based company will develop an architecture and use-case road-map for orbital data centers. The company will:  Study the commercial viability of orbital-compute power; Uncover ways Europe can leverage the new capability for commercial, civil, and defense applications. “The first goal of ESA—and also our goal—is to find out in a structured, very analytical way if [orbital data centers] make sense, and if so, in what way it could be useful and how it could be commercial,” Edge CEO Jarosław Jaworski told Payload. “Europe was very often late with reusable launchers or telecom constellations, [so] one of our goals is that when it comes to orbital data centers, Europe will also be moving fast.” Meet Edge: Founded in September 2024, Edge has spent the last year and half in a rapid ramp-up phase. Edge signed an additional four contracts with ESA, the European Defence Fund, the Luxembourg Space Agency, and the Luxembourg MoD. In March, Edge launched its first demonstration mission onboard SpaceX’s Transporter-16 rideshare mission, validating the company’s ability to operate data-processing systems in-orbit. Edge finalized its incorporation of a US subsidiary this month. In June, it plans to open a facility in the US, where the company has seen 90% of its commercial contracts to date, according to Jaworski. Managing expectations: While some orbital-data-center startups have crafted lofty visions of space’s ability to compete with terrestrial data centers , Edge is more measured in its expectations. Jaworski says short-term opportunities lie in processing data collected on-orbit to reduce the downlink bottleneck. Edge is focused on distributed networks of orbital-compute power, in an effort to offer speed and global reach to customers willing to pay a premium to access their data. The math of orbital data centers has yet to be fully fleshed out, according to Jaworski.   “We think that only SpaceX, through its extreme vertical integration, would be able to do what most of the folks from ODC claim—which is to move part of AI training to space,” Jaworski said. “We rather think that the power of orbital data centers lies in location—being above everything, or being very close to the rest of the satellite infrastructure.” Related Stories Europe • Startups • VC/PE NewOrbit Raises $18.5M to Build VLEO Spacecraft at Scale While NewOrbit has yet to fly in any orbit, the company is targeting a first flight of its VLEO-capable NEO-1 satellite in 2028. Startups • Technology • VC/PE Juno Propulsion Raises $1.4M Pre-Seed for RDE Flight The $1.4M pre-seed investment round will fund the completion of its first flight-ready rotating detonation engine (RDE)—called Project Iris—ahead of its inaugural demo mission in 2027. Deep Space • Startups • Technology AstroForge Completes its DeepSpace-2 Spacecraft DeepSpace-2 will aim to demonstrate the company’s ability to rendezvous with an asteroid and set the stage for future asteroid mining missions before the end of the decade. Europe US Commercial Space Stations Expand to Europe The ISS may be winding down, but Europe’s access to LEO isn’t going anywhere. More Stories Military Lt. Gen. Schiess Nominated to Lead Space Force Jacqueline Feldscher May 4, 2026 May 4, 2026 Share Twitter Linkedin Facebook Copy Email Image: US Space Forces – Space Lt. Gen. Douglas Schiess was nominated to serve as the next chief of the Space Force, the service announced on Friday. If confirmed, Schiess will be just the third person to serve as the chief of space operations since the Space Force was established in 2019, following in the shoes of Gen. Jay Raymond and Gen. Chance Saltzman, who is expected to retire this year.  “The Space Force has made tremendous progress in a short time, and our mission has never been more important,” Schiess said in a statement. “If confirmed, I will focus on sharpening our lethality and accelerating the delivery of space capabilities to the warfighter, keeping the Space Force ahead against any adversary.” Keep reading Load More