Ukraine Expands Finnish Satellite Cooperation After Starlink Restrictions Disrupt Defense Operations

Ukraine is moving to reduce its dependence on a single privately controlled satellite network, but its new Finnish option is not yet a measurable replacement. Ukraine and Finland signed agreements on Oct. 22 to expand Kyiv’s use of Finnish satellite capabilities after unannounced Starlink restrictions disrupted Ukrainian defense operations.

The expansion involves Nokia and satellite company ICEYE. In a letter of intent signed with Ukraine’s Ministry of Defence, the companies agreed to explore cooperation on secure satellite communications that Ukraine could own and control. Neither that announcement nor the broader agreements disclose how much capacity would be available, which services would be supplied, how much funding is assigned to satellites or when equipment could enter service.

Those omissions leave a large gap between signing a cooperation framework and adding operational redundancy. Satellite communications depend on more than spacecraft: compatible terminals, ground infrastructure, network management, coverage, capacity and power requirements all determine whether a service can support a particular mission. A system intended for sovereign government use may also require a different procurement and integration path from a commercial terminal that can be issued quickly.

Ukraine announced seven agreements with Finland at the Ukrainian-Finnish Business Forum. Together, they are estimated at nearly €300 million, or about $337 million, but that figure covers the entire package not satellite cooperation alone. The other areas include possible defense production, rail transport, energy and housing projects.

A disruption exposed the concentration risk

The satellite push followed restrictions imposed without prior warning overnight on Oct. 13-14. Starlink terminals mounted on fast-moving platforms reportedly lost connectivity at roughly 160 kilometers per hour or above, disrupting several Ukrainian drone types. Ukraine said some operations required connectivity at substantially higher movement speeds.

Responsibility for the restrictions remains disputed. SpaceX chief Elon Musk and the White House denied responsibility and blamed the other side. By Oct. 22, Starlink service was reportedly operating more normally, although Ukrainian officials gave differing assessments of whether full functionality had returned.

From a network-resilience standpoint, the important issue is the concentration of communications in one provider whose service conditions could change without warning. Restoring service addresses the immediate interruption; it does not remove the underlying dependency. Ukraine’s Finnish agreements therefore represent a diversification step even before their eventual capacity is known.

Finland’s contribution could also extend beyond purchasing access from an existing operator. ICEYE and Nokia said their cooperation with Ukraine is aimed at exploring a sovereign satellite-communications capability, including satellites, ground systems and terminals under national control. That model could give Ukraine more authority over configuration and availability than a conventional commercial subscription, but building and fielding an integrated network takes time.

Europe has options, but no immediate substitute

Europe currently lacks a ready-made replacement that Ukrainian forces can immediately use in place of Starlink. Competing networks have different terminals and proprietary technologies, so existing Starlink hardware cannot simply be redirected to another constellation. Terminal size, weight, power demand, cost and available network capacity further limit where alternatives can be deployed.

The European Union is separately negotiating Ukraine’s access to its secure government satellite communications program. That system pools services supplied by participating European countries and could add commercial capacity in early 2027. It may provide another route for government and critical-infrastructure communications, although European officials have not established that it can support the same range of uses as Starlink or its government-oriented Starshield service.

The Finnish framework and the European Union talks consequently address different layers of the same problem: obtaining near-term access to more providers while developing greater control over future infrastructure. Neither has yet produced a disclosed quantity of usable satellite capacity for Ukraine.

The broader Finnish package includes industrial cooperation that may support resilience outside communications. Finnish companies and Ukrainian manufacturers are exploring joint drone production in Finland, while the two governments discussed critical-infrastructure protection and mobile shelters. Finland also committed to provide Ukraine’s state railway operator with 10 Dv12 diesel locomotives and spare parts at no charge.

For the satellite component, the next meaningful milestone will be a defined service: specified capacity, compatible terminals, committed funding and a deployment schedule. Until those details emerge, the agreements reduce supplier risk on paper, while Starlink remains the capability Europe cannot yet replace at comparable speed.

By David Whitaker — Associate editor for AMI’s aerospace and drone systems desk, translating flight systems, aircraft programs, spaceflight, and UAV developments into accessible technical stories.