An orbital test for Ukrainian-controlled communications
Ukrainian defense technology company Himera and Danish satellite manufacturer GomSpace have begun operating an experimental communications satellite that could help shape a future Ukrainian-controlled network.
The companies said their Obria Nano spacecraft, launched Oct. 1 on SpaceX’s Transporter-18 rideshare mission, is now undergoing tests in orbit. The project is intended to generate the technical information needed to design a constellation that could provide communications coverage across Ukraine.
The announcement arrives at a particularly consequential moment. Ukraine has depended heavily on SpaceX satellite services for battlefield communications since Russia’s 2022 invasion. Those links have supported military command networks, drone operations and communications where terrestrial infrastructure has been destroyed or disrupted.
But recent disruptions to Starlink and Starshield services affected Ukrainian military operations, according to the source text. Restrictions imposed in mid-October limited connectivity and interfered with drone operations, including efforts to intercept Russian attack drones. Ukraine said Oct. 24 that service speeds had returned to normal, while public accounts of who authorized the limits differed.
From dependence to sovereign capability
The Obria Nano mission is not yet an operational replacement for existing satellite services. It is an experimental spacecraft, and the companies say its testing will inform the design of a constellation. Its significance lies in the stated objective: building communications infrastructure under Ukrainian control rather than relying entirely on an external provider.
Himera co-founder and chief executive Misha Rudominski described the project as an effort to lay groundwork for an independent communications network. The company’s longer-term plan includes developing the ability to manufacture satellites and ground terminals domestically.
That ambition matters because satellite communications have become strategic infrastructure in a conflict where conventional networks are vulnerable. A system designed, operated and ultimately manufactured with Ukrainian participation could reduce a major dependency, although it would require far more than a single small spacecraft to deliver resilient nationwide coverage.
Himera, founded in 2022, develops secure tactical radio systems for military forces, including equipment intended to function in electronically contested environments. GomSpace, based in Aalborg, Denmark, manufactures small satellites, communications payloads and spacecraft subsystems. Their partnership pairs a Ukrainian company focused on defense communications with a manufacturer experienced in small-spacecraft hardware.
Part of a wider European-backed effort
The project is one of at least two European-backed initiatives aimed at expanding Ukraine’s control over satellite communications. Five days before the Himera-GomSpace announcement, Finnish satellite manufacturer Iceye and telecommunications equipment maker Nokia signed a letter of intent with Ukraine’s Defense Ministry to explore a sovereign broadband satellite communications network.
These efforts reflect a broader strategic shift. Satellite connectivity is often discussed as commercial infrastructure, but the war in Ukraine has underscored how quickly it can become central to command, surveillance, drone operations and emergency communications. The availability of service, the geographic areas covered and the policies governing its use can all have operational consequences.
For Ukraine, a sovereign or Ukrainian-controlled capability would not necessarily eliminate the need for partnerships. Building and operating a constellation requires spacecraft, launches, spectrum coordination, ground systems, terminals, financing and continued technical support. It could, however, give Kyiv more direct influence over a layer of communications that has become indispensable.
What the in-orbit test can establish
Obria Nano is operating in orbit and undergoing testing, according to the companies. The source material does not specify technical performance results, the satellite’s exact communications capacity, constellation size, schedule or funding plan. Those are important unanswered questions for any proposed network.
Still, an in-orbit demonstrator is a material step beyond a concept announcement. Testing a satellite in the operational space environment can inform choices about payloads, links, spacecraft subsystems and ground integration before a larger constellation is built.
The mission also illustrates why small satellites are attractive for new entrants. A smaller spacecraft can be launched as a rideshare payload and used to validate technology more quickly than a conventional large satellite program. That does not make deployment simple, but it can lower the threshold for beginning development and gathering operational data.
A strategic communications experiment
The Obria Nano mission should be viewed as an early technical and strategic experiment, not proof that Ukraine has achieved communications autonomy in space. The proposed constellation remains a future goal, and the companies have not presented it as a fully deployed system.
Its importance is in the direction it signals. Recent disruptions showed the risks of depending on services controlled outside the country. By testing hardware in orbit and planning for domestic satellite and terminal capabilities, Himera and GomSpace are pursuing an alternative in which Ukraine has a greater role in the systems that carry some of its most critical communications.
Whether that goal becomes an operational network will depend on the test results and the substantial work required to scale from one experimental satellite to sustained coverage. For now, Obria Nano offers Ukraine a first foothold in that effort.
This article is based on reporting by SpaceNews. Read the original article.
Originally published on spacenews.com
