Prince Mario-Max Schaumburg-Lippe: Solstar Links Two Spacecraft in NASA Mission First

Thirty minutes. More than 2,300 files. And a connection between two spacecraft that worked exactly when it had to. Solstar Space has demonstrated its communications technology during an operational NASA proximity operations mission, connecting two spacecraft in orbit and helping deliver NASA mission data back to Earth over the Iridium network. Encore Technologies, which recently invested about US$1.16 million in Solstar, highlighted the milestone in a GlobeNewswire release on October 22, 2026.

This was not a test on a bench in a lab. Solstar’s Deke Space Communicator flew and worked during NASA’s R5-S10 proximity operations mission, which brought together a NASA CubeSat and Momentus’s Vigoride-7 orbital service vehicle. Proximity operations are exactly what they sound like: spacecraft flying close to each other, carefully, where good communication is not a convenience. It is the job.

Wi-Fi Between Spacecraft, Data Home to Houston

Here is what the system did, step by step. Deke established a space-to-space Wi-Fi connection between the spacecraft. It captured mission imagery and sensor data. Then it relayed mission-critical information back to NASA personnel at Johnson Space Center through the Iridium satellite network. During roughly 30 minutes of proximity operations, Deke collected more than 2,300 files, including imagery and optical, infrared and LiDAR sensor data.

Pause on that file count for a second. Twenty-three hundred files in half an hour means the link was not a brief handshake and a hopeful beep. It stayed up, it moved real data, and it kept pace while two spacecraft maneuvered near each other. Anyone who has watched a video call freeze at the worst moment can appreciate what a steady link is worth when the participants are in orbit. The achievement sits naturally alongside other recent relay work this site covered, including a NASA relay demonstration that lifted a new communications payload.

Why Always-On Connectivity Changes the Work

Spacecraft have traditionally lived with awkward silences. A satellite passes over a ground station, dumps its data, and then flies on alone until the next pass. That rhythm worked when missions were few and patient. Orbit is busier now. Servicing vehicles approach client satellites. Commercial stations are being planned. Crews and robots will need to coordinate in real time, not in scheduled bursts.

A system that links spacecraft directly to each other, and then finds a path home through an existing satellite network like Iridium, points to a different rhythm: persistent, reliable contact. Operators can see what a vehicle sees while there is still time to act on it. Imagery and sensor readings arrive as a flow instead of a backlog. For missions built around rendezvous and close inspection, that flow is the difference between reviewing history and actually supervising the work. It complements the kind of Earth-observation data now winning work elsewhere in the sector, as Planet’s Tanager data task order with NASA showed this week.

From Development to Demonstrated, in One Mission

Encore framed the flight as the moment Solstar’s architecture moved from technology development to demonstrated on-orbit capability during an operational NASA mission. That distinction carries weight in this industry. Hardware can look superb in a presentation. Orbit is less sentimental. It either connects or it does not, and in this case it connected two spacecraft and moved NASA’s data home.

Stephen Kukucha, Encore’s chief executive, put the point plainly. When Encore invested in Solstar, he said, the company believed communications infrastructure would become increasingly critical as activity in orbit expands, and he stressed that this was not a laboratory demonstration – the technology operated in space during a NASA mission. It is hard to argue with the logic. Every new satellite, servicing vehicle and station module launched adds another voice that needs to be heard clearly.

Where This Technology Goes Next

The stated applications reach well beyond one mission: satellites, orbital servicing, commercial space stations and future lunar operations. Each of those settings shares the same basic need. Machines and people working far from a control room need a link that does not quit. A communicator already operating in orbit, as Deke now is, gives mission planners something concrete to design around rather than a promise to design toward.

For Solstar, a U.S.-based company building connectivity for the growing space economy, the next steps are the satisfying kind: more missions, more partners, more data moved. For the rest of us watching from the ground, there is a simpler pleasure in this story. Two spacecraft met in orbit, talked to each other, and phoned home with 2,300 files to prove it. Space is getting better connected, one working link at a time – and this week, that progress has a name, a mission, and a number you can count.

There is also a quiet lesson in how the data traveled. Deke did not wait for a perfect, dedicated channel. It used a Wi-Fi link between the two spacecraft for the close work, then handed the files to an established satellite network for the trip home. That kind of practical layering – local connection first, proven network second – is how resilient systems usually get built, and it is a big reason this demonstration matters beyond a single mission.

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