Nokia and ICEYE Enter Satellite Communications: Europe’s Sovereign LEO Market Expands

Europe Wants Connectivity It Can Control

Europe’s satellite communications market has a new contender. On October 1, Finnish companies ICEYE and Nokia announced a partnership to develop secure, high-performance broadband systems in low Earth orbit for governments and defense customers. First satellites are expected to launch in 2028. The important part is not simply another constellation: participating nations would be able to own and control the satellites, ground segment, and terminals, creating an alternative model to purchasing connectivity from a foreign commercial operator.

What Does “Sovereign Satellite Communications” Mean?

Most users of satellite broadband purchase a service. The operator owns the constellation, decides how it evolves, controls much of its infrastructure, and establishes the commercial terms.

Nokia and ICEYE are proposing something different for government customers.

Their system is being designed around national ownership and operational control. A government could possess the spacecraft and the terrestrial infrastructure supporting them rather than simply subscribing to capacity from an external constellation.

That distinction becomes important during conflicts, natural disasters, cyberattacks, or major terrestrial network outages. Governments increasingly treat communications as strategic infrastructure: military units, border authorities, emergency responders, and civil-protection agencies must remain connected even when fiber, mobile towers, or other terrestrial systems are unavailable.

The companies say the network will provide high-throughput, low-latency connectivity over priority mission areas and is intended to complement existing military, terrestrial, and commercial networks rather than replace them.

ICEYE Moves Beyond Earth Observation

The partnership is particularly interesting because ICEYE is best known for synthetic aperture radar, or SAR, satellites.

Its constellation can observe Earth through clouds and darkness, serving customers in defense, intelligence, insurance, disaster response, and environmental monitoring. ICEYE has also increasingly sold sovereign satellite systems, where governments obtain their own dedicated space-based capabilities rather than purchasing individual images.

The Nokia partnership extends this business model from intelligence to communications.

ICEYE contributes spacecraft expertise and experience delivering sovereign satellite missions. Nokia brings decades of communications infrastructure knowledge, including secure terrestrial networks and an expanding defense portfolio. Together, they plan to integrate satellites, ground infrastructure, network technology, and ruggedized end-user terminals into a complete system.

Economically, this illustrates a wider trend: space companies are moving from selling individual products toward delivering end-to-end capabilities.

Why This Is Different From Starlink

The new system will inevitably be compared with SpaceX’s Starlink, but the business models are not identical.

Starlink operates a huge shared commercial constellation serving millions of customers. The Nokia-ICEYE model instead targets governments seeking dedicated infrastructure and greater control over strategic communications.

The companies have not yet disclosed constellation size, frequencies, total capacity, program cost, or specific government customers. The first satellites are expected in 2028, so this remains a development program rather than an operational competitor today.

Its potential advantage is therefore not scale—at least initially—but sovereignty.

This could be especially attractive to countries that want resilient national communications but do not have the industrial capacity or budget to independently design an entire satellite network from scratch.

Another Layer in Europe’s Secure Connectivity Market

The partnership also arrives as Europe invests heavily in secure communications through IRIS², whose expanded architecture includes hundreds of satellites across low and medium Earth orbit.

Rather than making these systems mutually exclusive, Europe could develop a layered market involving EU-level infrastructure, national sovereign constellations, military systems, and additional capacity from commercial networks.

That creates opportunities across satellite manufacturing, cybersecurity, terminals, ground stations, software, launch, network management, and systems integration.

The strategic question is shifting from “Who can provide satellite broadband?” to “Who controls the infrastructure when connectivity becomes mission-critical?”

The Next Phase of Sovereign Space Infrastructure

The Nokia-ICEYE partnership matters to governments, defense agencies, emergency services, telecom companies, satellite manufacturers, and European technology suppliers. It shows that satellite communications are becoming part of the broader market for sovereign digital infrastructure—not simply another broadband service.

If this topic is of interest, you can learn more about satellite communications, defense space markets, European space sovereignty, space infrastructure, and commercial strategy in the Master in Space Economy by the Space Economy Institute. Discover more about the Master and explore how new connectivity architectures are reshaping the global space economy.