EU Eyes Starlink Alternative for Ukraine in Early 2027

The European Union is negotiating Ukraine’s access to GOVSATCOM, a shared system for secure governmental satellite communications. The talks also cover the Union Secure Connectivity Programme. This matters because Ukraine needs dependable communications when Russian attacks disrupt terrestrial networks and when satellite connectivity becomes unavailable or restricted.

The EU Council authorized negotiations on March 9. That decision opened talks; it did not itself grant Ukraine access. GOVSATCOM combines satellite resources from participating governments and coordinates requests through a central hub. Commercial capabilities could provide an interim option for Ukrainian government and military users.

The arrangement is not an immediate Starlink replacement. EU officials declined to compare its capabilities with Starlink or Starshield. Commercial services may be added at the beginning of 2027, while the planned IRIS² network of more than 300 satellites is expected to become fully operational in 2029.

GOVSATCOM means Governmental Satellite Communications. It is a shared European system that pools satellite resources for government users. Its purpose is to provide secure connections for crisis management, surveillance, and critical infrastructure, especially when terrestrial networks are disrupted.

The system works through a hub. Instead of each government separately negotiating with several satellite providers, the hub receives requests and allocates available satellite resources. Its first operational deployment brought together services supplied by France, Greece, Italy, Luxembourg, and Spain. Cyprus became the first country to acquire and use services through the hub.

The hub could give Ukraine another route to secure communications during Russian attacks on infrastructure. It could also widen the provider choices available to government users. However, the article does not establish that GOVSATCOM can support every combat mission handled through Starlink or Starshield. European officials declined to make that direct comparison.

Overnight on Oct. 13–14, restrictions disrupted Ukrainian Starlink and Starshield connections. The outage affected drone operations during Russian attacks, creating problems for units that depended on satellite links while moving. Ukrainian Defense Ministry sources said troops received no advance warning and began checking backup communications channels.

The affected missions included interceptor drones, medium-range strike drones, reconnaissance, logistics, and communications relay operations. Connections reportedly dropped at terminal movement speeds of about 72 to 161 kilometers per hour. That figure described how fast the terminal was moving, not its internet download speed.

Mykhailo Fedorov said connectivity up to 160 kilometers per hour was being restored, but officials said restrictions still complicated interception of Russia’s jet-powered drones. One Ukrainian source said operations needed speeds of at least 450 kilometers per hour. The disruption therefore remained an operational problem even after partial restoration.

Europe’s satellite communications effort spans a current shared service and a much larger planned constellation. GOVSATCOM’s first operational deployment combined governmental satellite services from five countries: France, Greece, Italy, Luxembourg, and Spain. Cyprus later became the first country to acquire and use services through the hub.

The hub is designed to share existing resources. It coordinates government requests and assigns available satellite capacity, rather than requiring every country to negotiate separately with several providers. This creates a common access system, but the article does not give a total number of GOVSATCOM satellites or compare its performance directly with Starlink.

The next major step is IRIS², a planned constellation of more than 300 satellites. The European Commission described commercial capabilities expected in early 2027 as an interim arrangement. IRIS² is planned to become fully operational in 2029, giving Europe a broader long-term secure connectivity system.

Ukraine cannot immediately replace Starlink with OneWeb or another network because the substitute systems are not ready for direct, large-scale use on the front line. Reuters reported that Europe had no ready-made replacement Ukrainian troops could immediately attach to their drones. The change would involve equipment, network capacity, and operational performance.

Independent satellite consultant Christian Freiherr von der Ropp said OneWeb faced capacity and performance constraints. He also identified terminal cost, weight, size, and power consumption as limits for frontline use. These factors matter especially on moving drones, where equipment must fit the platform and operate within limited power and payload budgets.

Switching networks would require replacing thousands of terminals because Starlink equipment uses proprietary technology. Eutelsat already provides connectivity in Ukraine through low Earth orbit and geostationary networks, but the article does not say those services can immediately meet Ukraine’s military requirements.

Responsibility for Starlink and Starshield’s operating limits is contested. Musk said Starshield systems are controlled by the US government, and that their operational limits are determined by the US military and ultimately the president. That places formal control above the company itself, according to his account.

The dispute concerns the restrictions detected on Oct. 13–14. Ukrainian officials said connections dropped at different terminal movement speeds and that units received no advance warning. President Volodymyr Zelensky accused those responsible of deliberately limiting service during Russian attacks, saying the disruption weakened defenses and endangered civilians.

A senior White House official told Axios that the Trump administration was not involved. This conflicts with the implication of Musk’s statement that limits ultimately rest with the president. The article therefore leaves unclear who authorized the specific restrictions, even though it identifies competing claims about control.

Satellite communications connect a terminal to satellites overhead, which relay data between the moving user and the wider network. The terminal must maintain a usable link as it travels. In this case, reported limits referred to terminal movement speed, not internet download speed. That distinction matters because a connection can be fast in data terms yet fail when its platform moves too quickly.

A drone terminal must also fit the vehicle and operate within its available power. Heavy, large, expensive, or power-hungry equipment can be unsuitable for frontline drones. The article reports that OneWeb’s capacity and performance, plus terminal cost, weight, size, and power consumption, could limit its usefulness.

Orbit affects how a network serves users. Eutelsat uses low Earth orbit and geostationary networks, while GOVSATCOM pools satellite services. The article does not compare their exact performance. It does show that speed, equipment design, network capacity, and orbit all influence whether a replacement can support moving military users.