4iG Group and SpaceX are taking direct-to-device satellite connectivity deeper into Europe, with a deal that combines commercial Starlink Mobile services with a separate sovereign satellite communications platform aimed at governments and critical infrastructure.

Announced on September 2, the agreements cover Hungary and several Western Balkan markets and fit neatly into 4iG’s increasingly unusual profile: part telecom group, part digital infrastructure company, part space and defence player. That matters, because this is not simply another operator adding satellite coverage to its mobile network. It is an attempt to connect consumer connectivity, network resilience and national-level secure communications under one partnership.

Satellite meets mobile

The first commercial phase will bring Starlink Mobile to Hungary and Albania. The service is designed to connect compatible LTE smartphones directly to low-Earth-orbit satellites when terrestrial mobile coverage is weak or unavailable, without requiring a separate satellite phone or dish.

For 4iG, the practical use cases are obvious. Hungary has rural and low-density areas where terrestrial expansion is expensive, while Albania and the wider Western Balkans add mountains, coastal zones and transport corridors where coverage can become patchy quickly. Satellite connectivity can also act as a fallback during outages, emergencies and disruptions affecting terrestrial infrastructure.

READ MORE: Satellite-to-Cellphone Enters Real Network Strategy With 275 Partnerships Worldwide

That does not mean Starlink Mobile suddenly makes cell towers optional. The GSMA has stressed that direct-to-device satellite systems face fundamental capacity and spectrum-efficiency constraints. In other words, satellite is particularly valuable where the terrestrial network stops — not where thousands of people in a city centre are already competing for mobile capacity.

4iG says the rollout will depend on regulatory, technical and commercial conditions in each market, which is an important qualifier. Pricing, eligible devices, service speeds, network handover behaviour and exact launch dates have not yet been detailed.

V2 raises the stakes

The more interesting part may come later. The partnership is expected to incorporate Starlink Mobile V2, using SpaceX’s global 2GHz spectrum rights and supporting 5G non-terrestrial network capabilities.

The V2 service is planned for Hungary, Albania, Montenegro and North Macedonia. SpaceX says the technology will enable high-speed broadband directly to mobile phones while harmonising use of the 2GHz spectrum across markets.

READ MORE: Europe’s Telecom Networks Are Stronger — But Costlier

Gwynne Shotwell, President and COO of SpaceX, said:

“4iG Group’s forward-leaning adoption of Starlink Mobile, including our next-gen V2 constellation technology, will deliver resilient direct-to-device connectivity to people across Hungary and the Western Balkans. V2 will enable high-speed broadband directly to mobile phones and harmonize the 2GHz spectrum we’ll use around the world. We’re thrilled to forge this relationship with 4iG Group, as it positions Hungary as an early adopter of Sovereign Solutions for Europe.”

For travelers and ordinary mobile customers, that potentially means fewer dead zones. For operators, however, the bigger strategic story is that satellite connectivity is moving from a specialist add-on toward another layer of the mobile network.

A sovereign layer

The second agreement takes the partnership well beyond consumer connectivity.

Through Sovereign Solutions, 4iG Space and Defence Technologies and SpaceX plan to develop an integrated service combining satellite communications with end-to-end secured data connectivity. The service is scheduled to launch in 2027 and is intended to provide broadband access alongside secure sovereign network infrastructure.

READ MORE: IRIS²: Europe’s Answer to Starlink with a Focus on Digital Sovereignty and Secure Connectivity

Gellért Jászai, Chairman and CEO of 4iG Group, described it as a first-of-its-kind European model:

“Today’s announcement underscores the importance of making connectivity ubiquitous for everyone. 4iG Group and SpaceX developed a first-of-its kind model that represents a commercial service with Starlink’s satellite-to-mobile technology and establishing the first Sovereign Solutions in Europe. We are proud to be leading this vision in Europe and setting a new global standard of what’s possible.”

This is where the deal becomes particularly relevant to Europe’s wider connectivity debate. Resilience, national control, emergency communications and infrastructure sovereignty are increasingly being discussed alongside coverage and speed.

Europe is getting crowded

4iG and SpaceX are not entering an empty field. Vodafone and AST SpaceMobile launched Satellite Connect Europe in February 2026 as a European open-access direct-to-device satellite broadband provider for mobile operators, with five European ground stations planned. Telefónica Germany and OQ Technology are also preparing a European direct-to-device demonstration using ordinary smartphones and operator spectrum.

At the same time, the GSMA and European Space Agency have announced up to €100 million in funding for projects spanning direct-to-device connectivity, non-terrestrial networks and 6G. The direction of travel is fairly clear: satellite and terrestrial mobile networks are converging.

That competition is healthy. Operators considering satellite connectivity now have a wider range of models to evaluate — Starlink’s scale, AST SpaceMobile’s operator-led European structure, and standards-focused alternatives such as OQ Technology. The right choice will depend on geography, spectrum strategy, sovereignty requirements and economics.

Conclusion

The 4iG–SpaceX deal matters because it joins two conversations that are usually kept separate: maintaining ordinary mobile users’ connectivity outside terrestrial coverage and building sovereign communications infrastructure for states.

For someone who spends almost all their time under strong urban 4G or 5G, Starlink Mobile may initially be almost invisible. That is arguably the point. Its value appears when the normal network is no longer there.

What 4iG now needs to make clearer is the commercial reality: pricing, supported phones, expected data performance, roaming treatment, service priority during emergencies, and how smoothly users move between terrestrial and satellite coverage. Those details will determine whether this becomes a genuinely useful connectivity layer or simply an impressive technology announcement.

Still, Europe’s satellite-mobile race has clearly moved beyond demonstrations. 4iG is positioning Hungary and the Western Balkans surprisingly close to the front of it — and, with Sovereign Solutions attached, it is trying to make resilience itself part of the product.