Satellite Connect Europe: The Continent Is Building Its Own Satellite-to-Phone Network

At the end of February 2026, a venture that had been quietly known as “SatCo” for almost a year stepped into the open as Satellite Connect Europe. It is a joint venture between Vodafone and AST SpaceMobile, headquartered in Luxembourg. Its goal is direct: give European mobile operators a way to connect ordinary smartphones to satellites, on Europe’s own terms.

The partner list is what makes this matter. Vodafone, Orange, Telefónica, CK Hutchison and Sunrise are all engaged. Orange has gone further than a logo on a slide — it plans direct-to-device demonstrations in Romania in the second half of 2026 covering voice, SMS and data. Additionally, it is studying integration of the satellite link into an Orange-managed core network, framed inside its “Trust the future” strategy. When operators of that size align on a single venture, it stops being an experiment.

What it actually is

Satellite Connect Europe is a wholesale, open-access layer. It buys exclusive European access to AST SpaceMobile’s low-earth-orbit constellation and resells direct-to-device connectivity to operators. These operators keep their own customers, branding and data. The technical pitch is that it extends existing 4G and 5G networks rather than replacing them. Also, it works on phones people already own — no special handset, no extra hardware.

The AST satellites doing the work are unusual. The Block 2 BlueBirds carry phased-array antennas around 225 square metres, large enough to form roughly 2,000 narrow beams each. These beams cover a ground area tens of kilometres across, using the operator’s existing licensed spectrum. AST is targeting about 60 satellites in orbit by the end of 2026. However, roughly 90 are needed for continuous round-the-clock coverage. On the ground, the venture is building five European earth stations, with a control centre in Germany and build underway in Spain, the UK and France.

The real headline: sovereignty

After 30 years around networks, the part of this I find most telling isn’t the antenna size. It’s the deliberate emphasis on European jurisdiction. The whole architecture is designed so that network operations, data handling, lawful intercept and service control stay inside Europe rather than sitting with a non-European operator. That is a direct answer to the strategic question hanging over every operator watching Starlink’s direct-to-cell ambitions: who controls the coverage layer, and whose rules govern the traffic on it?

This is the second model now competing in Europe. One path is a global, single-operator constellation. The other is an MNO-first, sovereign wholesale layer. It plugs satellite coverage into each national network as an extension of the existing PLMN. Operators across the continent are choosing, and many are hedging across both.

Why this is a skills problem, not just a procurement one

An operator can sign a wholesale agreement in an afternoon. Making the service work is the hard part. It pulls together expertise most network teams have never had to combine:

• 3GPP non-terrestrial network standards (Release 17, enhanced in 18 and 19) and how D2D rides standard 4G/5G radios
• Integrating a satellite access layer into the core as another PLMN, with seamless roaming between terrestrial and satellite cells
• Spectrum strategy and the regulatory framework that decides whether and when a service can launch in each country
• Link budgets, beam and mobility management for satellites that never stop moving
• Security, lawful intercept and data-sovereignty design

The operators that build this understanding now will shape Europe’s coverage maps for the next decade. The ones that don’t will buy the capability from whoever did, on someone else’s terms.

The 5G and Satellite (NTN) training from 5GWorldPro covers exactly this ground: 3GPP NTN standardisation, direct-to-device and IoT-NTN architectures, the major constellations including AST SpaceMobile and Starlink, core integration, link budgets, and the spectrum and regulatory strategy behind commercial satellite-to-phone services.

Satellite-to-phone is becoming part of every operator’s network. Learn to design it. Explore the training at 5GWorldPro.com.