Shield Space, founded in 2025, and Luxembourg based ClearSpace, an in orbit servicer, have signed a non binding cooperation agreement, betting allied governments will pay for satellites that keep working when ground links are jammed or lost.
When a satellite loses its link to the ground, it usually loses the mission. A ground station goes dark, a jamming signal spikes, or a cyber incident severs the uplink, and the spacecraft drifts into a kind of coma until operators can coax it back. Shield Space, a year-old British software startup, is betting allied operators will increasingly need satellites that can keep working through that blackout rather than waiting to be rescued. On Tuesday, the company signed a memorandum of understanding with Luxembourg-based in-orbit servicer ClearSpace to stitch the two sides' capabilities together: Shield Space's autonomous operations software, and ClearSpace's hardware for inspecting, servicing, and removing objects in orbit.
The honest texture in the announcement is in the quotes from Graeme Ritchie, Shield Space's cofounder and CEO, the only named executive on the record in the SpaceNews write-up. Ritchie frames the partnership as a way to combine "complementary aspects of autonomous proximity operations," and he is blunt about the commercial position: there is no anchor customer yet, and the startup intends to move without one. "We're not waiting" lands as a deliberate signal to both investors and procurement officials that Shield Space plans to be ready before a lead customer materializes.
The cooperation agreement itself, signed June 23 and announced via SpaceNews, is non-binding and does not commit either side to a specific spacecraft, launch date, or government procurement contract. What it does is align two European players in the small-satellite and in-orbit servicing markets around a shared pitch: that Europe and its allies need "sovereign space defense capabilities," in the words of the announcement, because adversaries are escalating efforts to monitor, disrupt, and potentially disable critical satellite infrastructure.
That threat framing, repeated in the SpaceNews coverage, traces to public reporting by the BBC and the Financial Times about Russian and Chinese counterspace activity, including close approaches to allied satellites. The companies' positioning should be read as their read of that reporting, not as independently confirmed incidents.
Shield Space was founded in 2025 and is explicit about the problem it is trying to solve. Its software is designed to let a satellite continue operating autonomously when ground communications are jammed, denied, or degraded, the so-called "denied or degraded environment" that defense planners now treat as a baseline scenario rather than an edge case. In January, the company raised £2 million in early-stage funding and announced a separate partnership with Bulgarian cubesat operator EnduroSat for what it calls "operational space defence missions."
ClearSpace, founded in 2018 and headquartered in Luxembourg with operations in Switzerland, Germany, and the UK, is the more established of the two on the hardware side. Its product line covers in-orbit inspection, life extension, and debris removal. In January, the company and the European Space Agency announced the Prelude mission, which will fly two small spacecraft next year to test the close-proximity operations that any inspection or servicing job depends on. That flight is the most concrete near-term test of ClearSpace's hardware, and arguably of the MoU's underlying logic, because autonomous proximity operations are the technical foundation both companies' "sovereign defense" pitch rests on.
That candor matters because the MoU, on its own, is closer to a marketing instrument than to a program of record. It is a framework for cooperation, not a contract for a satellite, and there is no spacecraft, launch slot, or prime contractor attached to it. The closest Shield Space has to a flight contract is the EnduroSat partnership, and even that is described in press materials as a cooperation agreement rather than a procurement.
What to watch next is whether the MoU produces a demonstrable payload, not just another MoU. ClearSpace's Prelude mission with the European Space Agency is the most credible near-term anchor. If it flies on schedule next year and demonstrates the close-proximity operations the partnership is built around, the two companies will have a real technical story to take into allied procurement conversations. If Prelude slips, or if the in-orbit demonstration does not show the kind of autonomous behavior Shield Space's software is supposed to enable, the MoU's "sovereign space defense" pitch will be the part that ages fastest.