Summary

• ICEYE and Nokia will jointly develop low Earth orbit broadband systems for governments, with the first communications satellites expected in 2028.
• Customers will be able to own and control the satellites, ground infrastructure, and terminals rather than rely entirely on an external commercial operator.
• The system is designed to complement terrestrial and existing satellite networks across defence, border security, emergency response, and other resilience-critical missions.

ICEYE and Nokia are extending the idea of sovereign satellite infrastructure from observation into communications, developing low Earth orbit broadband systems that governments will be able to own and operate themselves.

The Finnish companies announced the partnership on 1 October, combining spacecraft, ground infrastructure, secure networking, and ruggedised terminals into systems intended for defence, border security, emergency services, and disaster response. The first communications satellites are expected to launch in 2028.

ICEYE will contribute the satellite platform, constellation operations, and ground segment experience developed through its radar imaging business, while Nokia will provide secure networking technology and network orchestration.

Rather than buying connectivity entirely as a commercial service, governments will be able to control satellites, ground systems, and terminals inside national or approved allied infrastructure. That changes the procurement model because network priorities, data handling, and operational access can remain under national authority instead of depending wholly on an external provider.

Governments move from buying capacity to owning networks

Commercial satellite services can provide connectivity rapidly and across areas terrestrial networks do not reach, although defence and public safety organisations have requirements that extend well beyond bandwidth. Availability during conflict, control over data routes, mission prioritisation, and confidence that infrastructure remains accessible during political or commercial disruption can all shape procurement.

ICEYE and Nokia are designing the new system around three operating models: dedicated national constellations, coalition constellations shared between allied countries, and hosted sovereign services intended to provide a faster deployment route. ICEYE says national control remains part of the architecture under each model.

The planned service will provide targeted broadband capacity over priority mission areas rather than attempting to replace every terrestrial or satellite network, with compact terminals, protection against jamming, low latency connectivity, and integration with existing government systems forming part of the current design.

Resilient communications normally depend on overlapping infrastructure because fibre, mobile networks, commercial satellite services, national space assets, and deployable field systems fail in different ways. A system that can operate alongside those layers has more practical value than one that assumes a single network can remain available in every circumstance.

Europe is already building secure connectivity through IRIS², and ICEYE presents its joint system with Nokia as complementary to existing government satellite communications rather than a substitute for them. The differentiating proposition lies in ownership and targeted national capacity.

Sovereignty stretches across the whole stack

ICEYE has already used a similar ownership model in Earth observation, where governments can procure sovereign synthetic aperture radar systems rather than only buy imagery from its commercial constellation. That gives national operators direct control over collection and tasking.

Communications introduces a different dependency because a government may own the sensors collecting intelligence while still relying on external networks to move information between command centres, deployed personnel, vehicles, ships, or emergency teams.

Combining sovereign observation and sovereign connectivity could reduce that gap, although ownership also transfers more responsibility to the customer. Governments would have to fund lifecycle management, ground infrastructure, operations, replenishment, training, security, and eventual spacecraft replacement rather than simply paying for a managed service.

Nokia’s participation brings terrestrial networking expertise into the same architecture, while the engineering challenge extends beyond putting communications payloads into orbit. Satellites, ground stations, terminals, encryption, traffic management, and terrestrial systems have to work together if users are to move between them without rebuilding operational processes around every connection.

The first launch remains two years away, and the partners have not disclosed constellation size, customer commitments, contract values, or detailed performance figures. Those omissions leave open questions around cost, coverage, capacity, procurement timescales, and how quickly the network could be replenished during sustained operations.

European technology sovereignty is increasingly being defined across physical and communications infrastructure rather than only through data location and cloud jurisdiction. Satellite networks sit unusually close to that debate because comparatively few states can design, manufacture, launch, and operate constellations independently.

Commercial providers can close that capability gap, but they also introduce another organisation between the state and the infrastructure on which it relies. ICEYE and Nokia are betting that some governments will pay to remove part of that dependency, with the planned 2028 launches providing the first real test of whether sovereign ownership can become a practical communications model as well as an intelligence model.