Nokia and ICEYE to Develop Satellite Communications for Governments: National Control from Satellites to Terminals

Nokia and Finnish satellite company ICEYE have announced that they will
jointly develop low Earth orbit satellite communications systems
for government and defense customers.
Under the concept, the nations that use the systems
would own and control the satellites, ground infrastructure, and terminals.
With disaster response and emergency services also in scope,
the companies aim to build communications infrastructure
that complements terrestrial networks.

First Communications Satellites Expected to Launch in 2028

On October 1, 2026, the two companies announced a partnership
to develop secure, sovereign, high-performance
low Earth orbit (LEO) satellite communications systems.
Intended uses include defense, border security,
emergency services, and disaster response.
The first communications satellites are expected to launch in 2028.

The companies plan to combine ICEYE’s experience with satellite systems
and Nokia’s networking technology to integrate satellites,
ground infrastructure, and ruggedized terminals.
According to ICEYE’s service page, the system is currently a concept
being developed in dialogue with the nations that will operate it.

What Changes: From Using a Service to Owning the Infrastructure

The defining feature is that the nations using the system
would own and control not only the satellites
but also the ground infrastructure and terminals.
The companies say they will provide communications systems
built on European technology that governments can control themselves.

ICEYE’s CEO said nations must be able to fully own and control
their communications without depending on
a foreign commercial operator’s terms of service.

ICEYE’s official page explains that data will be handled only by
national infrastructure approved by the user nation,
or by allied infrastructure if the nation chooses to extend it that way.
The offering covers not only coverage and speed
but also where data and operations are controlled.

Complementing Terrestrial Networks to Maintain Critical Communications

The companies note that when terrestrial networks are disrupted or compromised,
defense forces, first responders, and civil authorities
risk losing access to the information and command systems they rely on.
The satellite system aims to maintain critical connections
even in these situations.

The system is planned to deliver high-throughput, low-latency connectivity
over priority mission areas.
The companies say it will complement existing military and commercial networks,
adding reach, resilience, and capacity.

The official page also highlights extending connectivity
beyond the reach of terrestrial networks and protection against jamming.
By targeting both defense and civilian use,
the system is positioned as infrastructure that can also be used in emergencies.

From Dedicated National Systems to Allied Configurations

ICEYE describes three planned operating models:
a dedicated national constellation,
a coalition constellation shared by allied partners,
and a hosted sovereign service for rapid deployment.
All three are designed to keep national control intact.

By offering both dedicated and shared models,
the companies aim to support configurations
that match each nation’s operational policies.
Another notable point is that the offering maintains national control
without limiting nations to a single way of using the system.

LC Signal’s Perspective: Connecting Satellite Business and Communications Technology

ICEYE has built its business on Earth observation
using synthetic aperture radar (SAR) satellites.
Through its collaboration with Nokia, it is now extending to communications
its business model in which governments own and operate
satellites and ground infrastructure.
The move combines satellite-building capabilities
with the ability to build and manage networks.

ICEYE’s CEO pointed to the company’s delivery of Poland’s own
radar satellite system in under a year,
and said the partnership with Nokia aims for similar speed in communications.
ICEYE’s official page also states that nations already operating
ICEYE observation satellite systems can extend
the same partnership into communications.
Being able to build both observation and communications capabilities
with the same partner seems likely to be a straightforward option
for nations considering adoption.


Key Sources

This article was prepared with AI assistance using publicly available information
as of October 4, 2026.
Announcement dates follow the dates shown on the official pages.
The system is at the concept stage; its capabilities and operating models
are described as the companies’ stated development plans,
and the launch timing as a future schedule.
“LC Signal’s Perspective” reflects this publication’s interpretation
of the available information.

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