ICEYE and Nokia sign non-binding sovereign satellite letter of intent with Ukraine's defence ministry

The exploratory document covers a three-layer sovereign satcom architecture but carries no pricing, delivery timetable or terminal volumes.

ICEYE and Nokia have signed a Letter of Intent with Ukraine's Ministry of Defence to explore cooperation on sovereign satellite communications. The document is exploratory and does not bind either company to a procurement or deployment contract, and no pricing, delivery timetable or terminal volumes were disclosed alongside it.

The announcement was made during a visit by Finland's Prime Minister to Ukraine. It builds on a partnership the two companies announced earlier in the month to develop broadband low Earth orbit satellite communications systems for governments.

Ukraine's President Volodymyr Zelenskyy framed reliable communications as a matter of national security, saying modern warfare has shown that countries must rely on capabilities they can control. He described the letter between the defence ministry, ICEYE and Nokia as an important step in that direction, and thanked Finland and its prime minister for consistent support, adding that Ukraine values partners who not only help the country but also work with it to build Europe's long-term security.

Under the proposed architecture, the jointly developed systems are designed to give nations ownership and control across three layers: the satellites themselves, the ground segment and the user terminals. The companies present that as a different proposition from buying capacity on a foreign-operated constellation, where a vendor sets continuity terms and can withdraw service under political pressure.

Both firms describe the architecture as built on trusted European technology, which they cast as their answer to dependence on non-European platforms. The declared mission set covers defence work and disaster response.

Mikko Hautala, chief geopolitical and government relations officer and chairman of Nokia Defense, said nations need communications they can rely on in every situation, and that satellite networks extend and protect connectivity when networks on the ground are disrupted, making them a key part of any secure communications system. Through the letter, he said, the parties will explore how trusted, sovereign satellite communications can strengthen Ukraine's resilience and give it control over the connectivity it depends on.

Low Earth orbit constellations fly closer to the ground than geostationary satellites, the engineering basis for lower-latency broadband to moving units and mobile terminals. Nokia's framing points at the difference between owning a constellation and renting capacity on one: a government that holds the ground segment and terminals controls its own continuity arrangements.

Rafal Modrzewski, chief executive and co-founder of ICEYE, said Ukraine needs secure, sovereign and high-performance satellite communications systems that it controls. He said the company has a track record of delivering sovereign missions at speed, has supported Ukraine since 2022 and remains committed to continuing that support.

The parties disclosed no figure for spacecraft, ground stations or user terminals, and no published schedule for when a Ukrainian-controlled constellation might carry operational traffic. Turning intent into hardware would mean programme funding, spectrum coordination and a trained operator cadre, work that sits outside the letter's scope, which commits the parties only to exploring cooperation. Ukraine's defence ministry now holds an option on a sovereign satcom pathway that it would have to fund and specify itself, with European vendors waiting on the requirement.

JM

Julian Mercado

Julian Mercado is an editorial analyst covering carrier and enterprise network hardware, including Ethernet switches, routers, PoE switches, access points, and telecom racks. His articles compare port density, PoE wattage budgets, IEEE 802.3 interface scope, airflow, and interoperability evidence while noting that model-level compliance must be verified against exact test setups. He supports network architects, system integrators, and technical procurement teams choosing equipment for deployment, maintenance, and lifecycle planning.