Nokia, ICEYE Plan Sovereign Satcom to Cut Starlink Reliance

ICEYE, the Finnish satellite operator that sells what it calls sovereign intelligence from space, and Nokia, the Finnish connectivity infrastructure group, announced on October 1, 2026 in Helsinki that they will jointly develop secure, sovereign broadband satellite communications systems in low Earth orbit for governments and defence customers. The first communications satellites are expected to launch in 2028, according to the companies’ joint statement published on Nokia’s newsroom and reproduced by FinanzNachrichten.de.

What “sovereign satcom” means: a satellite internet network — the spacecraft, the ground stations and the user terminals — that the customer nation owns and runs itself, rather than buying capacity from a constellation owned by a foreign commercial company. Ownership of those three layers, not download speed, is what the two companies put at the centre of their announcement.

Key facts

• The partnership covers satellites, ground infrastructure and ruggedised end-user terminals, with the nations that use the systems owning and controlling all three, the companies said.
• The systems are described as dual-use, supporting defence, border security, emergency services and disaster response.
• Nokia chief executive Justin Hotard and ICEYE chief executive Rafal Modrzewski told Bloomberg in a joint interview that the partnership expects to launch as many as 50 LEO satellites a year from 2028, as reported by Capacity.
• The companies say the systems will deliver targeted, high-throughput, low-latency connectivity over priority mission areas.
• They are designed to complement military and commercial networks rather than replace them.
• No financial terms, launch providers or first customers were disclosed, Capacity reports. No consumer satellite internet product, price or country availability list has been announced.

The numbers at a glance

Why it matters

Capacity reports that the announcement comes as European governments accelerate efforts to reduce dependence on US-owned constellations such as SpaceX’s Starlink.

The two companies themselves put ownership, rather than performance, at the centre of the pitch. Modrzewski said in the joint statement that nations must be able to fully own and control their communications “without dependency on a foreign commercial operator’s terms of service,” and the statement specifies that the customer nation would hold the satellites, the gateways and the handheld or vehicle-mounted terminals — the three layers a government would otherwise rent.

Analysis: on the evidence published so far, this is a procurement proposition aimed at defence ministries rather than a satellite internet service anyone can subscribe to. Neither company has put a number against speed, capacity, terminal cost or coverage area, which leaves control of the infrastructure as the only concrete differentiator on the table on day one. State-backed constellations are proliferating in any case: China is planning more than 1,000 satellites benchmarked against Starlink, while Starlink itself passed 12 million users.

How it compares with Starlink’s consumer satellite internet

For readers who follow Starlink price and Starlink availability, the useful point is how little of that framework applies here. Starlink sells a monthly subscription directly to households, businesses and travellers; its scale and its economics are published and tracked, with user numbers past 12 million and average revenue per user down to roughly $66 a month, as covered in our earlier report linked above. Availability, in that model, is a question of whether SpaceX holds a licence in your country and whether a kit can ship to your address.

The ICEYE–Nokia systems invert both questions. There is no advertised price, because the buyer is a state and the published description — satellites, ground segment and ruggedised terminals, owned outright — reads as a capital programme rather than a subscription. And availability does not depend on a licence in your market; it depends on whether your government decides to buy and operate a constellation, and no customer countries have been named. Nothing in the three source reports mentions consumer pricing, retail distribution or licensing in Africa.

In other words, the overlap with Starlink is competitive and political rather than commercial: the two systems would be bidding for the same institutional trust, not the same customers.

What the two companies each bring

The companies say the partnership combines ICEYE’s track record delivering sovereign satellite missions with Nokia’s secure networking technologies and what they call a growing defence portfolio. The stated plan is to extend ICEYE’s existing sovereign business model — building and handing over constellations that customer nations operate themselves — from space-based intelligence into communications.

Modrzewski cited ICEYE’s delivery of a radar satellite system to Poland in under a year, saying the Nokia partnership would let the company “move at a similar speed” for satellite communications, on the timelines nations need.

Hotard framed it around automation. Sovereign operations depend on being able to sense, decide and act in real time, he said in the statement, and physical AI makes that possible only with secure, resilient connectivity across land, sea, air and space.

The problem they say they are solving

Both companies set out the same rationale: when terrestrial networks are disrupted or compromised, defence forces, first responders and civil authorities risk losing access to the information and command systems they depend on. Governments therefore need infrastructure that stays available under the most demanding conditions and that they can fully own, the statement says. Hotard referred to operating with confidence in contested environments across all domains.

Europe’s wider satellite push

The planned 2028 launches would arrive into an increasingly crowded European field, according to Capacity. The EU’s GOVSATCOM programme, operational since January 2026, pools secure satellite capacity from member states, the report says, while initial services from the bloc’s own IRIS² constellation — 348 satellites, 330 of them in low Earth orbit — are expected by 2029.

Eutelsat, the French operator that merged with OneWeb, has also been expanding that constellation: Capacity reports it ordered 340 LEO satellites from Airbus in January and announced plans to procure a further 229 at the International Space Summit in Paris in September. Those orders sit in low Earth orbit, the same regime as the ICEYE–Nokia plan and the reason both promise low latency — how low Earth orbit systems differ from older geostationary satellites explains the trade-off between latency, coverage and the number of spacecraft a satellite internet network needs.

What to watch next

Modrzewski and Hotard are scheduled to appear together at the Helsinki Security Forum on October 2 in a session titled “How to Salvage Europe’s Technological Sovereignty,” both the company statement and Capacity confirm. That is the next place either executive is expected to speak publicly about the deal.

Beyond that, the open questions are the ones the companies declined to answer on day one: who launches the satellites, which governments sign first, and what any of it costs. Until a customer is named, the 50-satellites-a-year figure remains a target the two chief executives described to Bloomberg, not a contracted build rate.

A note on sourcing

This report draws on the companies’ joint statement published on Nokia’s newsroom, the same statement reproduced by FinanzNachrichten.de, and Capacity’s report. The 50-satellites-a-year target and the surrounding remarks come from a joint interview the two chief executives gave to Bloomberg; neither company statement repeats the figure, and it reaches readers here second-hand through Capacity’s account of that interview, so anyone who wants the primary version should consult Bloomberg’s own report.

Frequently Asked Questions

What is sovereign satcom?

Sovereign satcom is satellite communications infrastructure — the satellites, the ground stations and the user terminals — that the customer nation owns and operates itself, instead of buying capacity from a satellite internet company based in another country. In the ICEYE–Nokia announcement published on Nokia’s newsroom, the two companies say the nations using the systems will own and control all three layers, which ICEYE chief executive Rafal Modrzewski described as operating “without dependency on a foreign commercial operator’s terms of service.”

How does this differ from Starlink for an ordinary satellite internet customer?

It is a different market. Starlink sells monthly consumer and business subscriptions directly to households, businesses and travellers, and has passed 12 million users with average revenue per user reported at about $66 a month. The ICEYE–Nokia systems are described in the companies’ statement as being for governments and defence customers, with ruggedised end-user terminals, and no consumer offer, retail pricing or availability date for individuals has been announced. The first satellites are expected to launch in 2028.

Has any Starlink price or availability figure been announced for this network?

No. The joint statement discloses no prices, and Capacity reports that no financial terms, launch providers or first customers were named. There is no published list of countries that will get the service, no terminal cost and no subscription figure to compare against Starlink’s price. The only cadence figure in circulation is a target of up to 50 satellites a year from 2028, which the two chief executives gave in a Bloomberg interview and which reaches readers here via Capacity’s account of it.

What is ICEYE, and what does it already operate in space?

ICEYE describes itself as the world leader in sovereign intelligence from space and says it owns the world’s largest and most advanced synthetic aperture radar (SAR) satellite constellation, providing imagery in any weather, day or night. According to the company’s announcement carried by Nokia’s newsroom, ICEYE was founded in Finland, operates globally and has more than 1,000 employees, serving defence and intelligence, environmental monitoring, insurance and emergency management customers.

What other defence work has Nokia announced recently?

Capacity reports that Nokia Defense partnered with C3IA last month to accelerate digital transformation across UK defence operations. The same report says Nokia’s wider defence portfolio includes battlefield connectivity work with KNDS and counter-drone connectivity for the Finnish Border Guard, and that Nokia has previously worked on satellite connectivity with AST SpaceMobile and the European Space Agency.

When is the EU’s own IRIS² constellation due to start?

According to Capacity, EU Defence and Space Commissioner Andrius Kubilius has said he expects initial IRIS² services by 2029. The programme is to comprise 348 satellites in total, 330 of them in low Earth orbit and 18 in medium Earth orbit, the report says.