Ukraine Explores Sovereign Satellite Network with Nokia and ICEYE to Ease Starlink Reliance

Yet the decision to explore a Ukrainian-controlled network points to a problem that has become increasingly difficult for Kyiv to ignore. A communications system essential to fighting a war remains under the control of a foreign commercial company.

For Ukraine, that is an uncomfortable position. For European governments watching the same technology reshape military operations, it raises questions about how much critical defence infrastructure they can afford to leave outside their own control.

Starlink's Success Has Created a Strategic Problem

Since Russia's full-scale invasion in 2022, Starlink has become embedded in Ukrainian military operations. Its terminals support battlefield communications, artillery coordination, drone missions and other activities requiring reliable connections across dispersed units.

The technology has been particularly valuable because it does not depend entirely on conventional terrestrial networks, which can be damaged or destroyed during fighting.

But reliance on a single provider creates a different vulnerability.

Recent Starlink disruptions have brought that problem back into focus. Following a week of service difficulties, US President Donald Trump said full functionality had been restored. A Ukrainian official subsequently told the Kyiv Independent that restrictions remained.

The disagreement over the service's condition is less important than the underlying arrangement. Ukraine can depend on Starlink operationally without having final authority over the network's availability or the conditions under which it operates.

That distinction matters in a war where communications failures can affect the coordination of units, the use of drones and the transmission of battlefield information.

Starlink's limitations are not simply technical. Satellite communications must contend with electronic warfare, interference and the loss of supporting infrastructure. A commercial operator may invest heavily in resilience, but its customers remain dependent on the company's technical decisions and service policies.

Political relationships add another layer of uncertainty.

When a military relies on infrastructure operated abroad, changes in commercial policy or foreign government priorities can acquire immediate operational consequences. The risk exists even when the provider has been indispensable to the country's defence.

Kyiv's response is not to abandon satellite broadband. It is to investigate whether the state can control more of the infrastructure on which its forces depend.

What Sovereign Satellite Communications Would Change

The Nokia-ICEYE proposal differs from an ordinary contract for satellite internet access.

Under the sovereign model envisaged by the Finnish companies, a government would own and control the satellites, ground infrastructure and terminals used to connect personnel in the field.

Each element matters.

Satellites provide the orbital communications capacity. Ground infrastructure connects that capacity to military networks and manages the system. Terminals give deployed forces access to the service.

Control over only one part would leave significant dependencies elsewhere.

A state-owned constellation operating through infrastructure governed by an outside provider, for example, would not necessarily deliver the autonomy Ukraine is seeking. Nor would purchasing dedicated terminals alone eliminate dependence on decisions taken by a commercial network operator.

The attraction of the Finnish approach lies in bringing these elements under national authority.

That would allow Ukraine to determine how its communications capacity is allocated, who receives access and how the network supports military requirements. It could also reduce exposure to service restrictions imposed outside Ukraine.

Ownership, however, is not the same as invulnerability.

A sovereign system would still need protection against jamming, cyberattacks and attacks on physical infrastructure. Building and maintaining that resilience would become a Ukrainian responsibility rather than one largely delegated to an external supplier.

There is also a question of scale. Starlink already provides an extensive operational network. Developing a national alternative capable of supporting demanding battlefield applications would require substantial infrastructure, integration and testing.

The Finnish companies have not disclosed a specific architecture for Ukraine. It would therefore be premature to assume that the proposed network could reproduce every function currently provided by Starlink.

A more realistic strategic objective may be to establish independent communications capacity for critical military operations, reducing the consequences of losing access to a single commercial service.

The Difficult Question Is How Long Ukraine Can Wait

Ukraine's immediate communications needs and the timetable for building a sovereign satellite system are badly mismatched.

Nokia and ICEYE announced their broader partnership earlier in October, outlining plans to develop low Earth orbit broadband networks for government customers. The programme covers applications including defence, emergency response and border security.

Its first communications satellite launches are targeted for 2028.

That is a milestone for the companies' wider programme, not a promised delivery date for Ukraine.

The Ukrainian agreement remains a non-binding letter of intent focused on assessing the project's feasibility. There is no disclosed budget, procurement arrangement or schedule for establishing an operational network.

Comparable projects illustrate the likely difficulty.

In September, ICEYE reached an agreement with Poland's PGZ to develop a national military satellite communications system, with the Polish initiative targeting 2030. Sovereign defence communications programmes of this kind can require several years before reaching full operational capability.

Ukraine cannot assume that a system explored in October 2026 will provide meaningful battlefield coverage in the near future.

Financing is another unresolved issue. Developing satellites is only part of the cost. Ground infrastructure, terminals, integration with military systems and continuing operations all require resources.

The letter of intent does not explain whether Ukraine would fund the project independently, seek support from international partners or pursue another financing structure.

Those choices will help determine whether the initiative becomes a substantial procurement programme or remains an expression of strategic intent.

Meanwhile, Ukraine will continue to need reliable communications.

Existing alternatives, including Eutelsat OneWeb, offer potential routes towards diversifying satellite connectivity. But the existence of another commercial network does not automatically provide sovereign control, nor does it establish that the service can immediately replace Starlink across Ukrainian military operations.

Europe's larger IRIS² programme is also relevant, although its timetable makes it a longer-term prospect. The €15.6 billion European secure satellite communications initiative is expected to begin providing initial services in 2029–2030.

Neither project resolves Kyiv's immediate exposure.

That leaves Ukrainian defence planners facing two separate tasks: maintaining dependable communications during the current war and developing an architecture that could reduce foreign dependencies in future conflicts.

Finland's Defence Technology Partnership Gains Weight

For Nokia and ICEYE, the agreement offers an opportunity to establish their joint satellite communications model in one of the world's most demanding military environments.

The two companies bring different capabilities to the project. Nokia has extensive experience in telecommunications infrastructure, while ICEYE has developed expertise in satellite technology and space-based intelligence.

ICEYE is already familiar with Ukraine's defence requirements.

In 2022, an agreement brokered by the Serhiy Prytula Charity Foundation provided Ukraine with access to synthetic-aperture radar satellite reconnaissance data. Further imagery support has been funded by Germany through Rheinmetall.

Satellite reconnaissance and satellite communications serve different purposes, and experience in one does not guarantee success in the other. Nevertheless, ICEYE's existing relationship with Ukraine gives the new initiative a practical foundation.

The partnership also has implications beyond the two Finnish companies.

European defence technology suppliers are increasingly seeking to offer governments capabilities that have often been purchased from large foreign commercial providers. In satellite communications, the question is no longer confined to coverage, bandwidth or price.

Governments are also assessing who controls the network and whether that control can be exercised independently during a crisis.

For SpaceX, this does not amount to an immediate loss of its central position in Ukrainian military communications. Starlink remains essential, and a Ukrainian sovereign alternative has yet to progress beyond preliminary discussions.

The longer-term commercial risk is different. If governments begin treating dependence on a single satellite operator as a security liability, they may be willing to invest in more expensive national systems or distribute critical communications across several providers.

That could change how military satellite communications contracts are awarded, even where commercial networks retain technical or financial advantages.

Europe's Autonomy Ambitions Meet Wartime Reality

Ukraine's agreement sits alongside a broader European effort to gain greater control over space infrastructure.

Poland's national satellite communications plans and the EU's IRIS² programme pursue different institutional and technical objectives. Both, however, belong to a wider reconsideration of how governments secure communications that they cannot afford to lose.

Ukraine brings particular urgency to that debate.

Its armed forces have demonstrated how extensively modern military operations can depend on commercial satellite connectivity. They have also exposed the political and operational complications of relying on infrastructure that national authorities do not own.

European governments face a less immediate version of the same question. Commercial systems can deliver capabilities more quickly than many public procurement programmes, but rapid access can come at the price of long-term dependence.

Sovereign systems reverse some of that calculation. They offer greater control over essential infrastructure but demand substantial investment and years of development.

There is no indication yet that Ukraine has secured the funding or settled the technical choices necessary to build its own constellation. Nor is it clear how a future national network would operate alongside Starlink, OneWeb or European government-backed systems.

Those decisions will determine how much independence the Finnish partnership can actually deliver.

For now, Ukraine must continue relying on communications infrastructure whose availability it cannot fully guarantee, while considering a replacement that may take years to develop.