The agreement between Starlink and Deutsche Telekom to deploy direct-to-mobile satellite internet in ten European countries goes beyond the commercial. It is a geopolitical move that places U.S. critical infrastructure at the heart of European telecommunications. Starting in 2028, about 140 million users will depend on SpaceX's V2 satellites, reconfiguring the connectivity supply chain and raising urgent questions about digital sovereignty and data control on the continent.
The invisible infrastructure: V2 satellites and technological dependence 🛰️
The promise of total coverage, even in remote areas, is based on Starlink's V2 satellite constellation, a proprietary non-European technology. Visualizing this deployment in 3D would reveal an orbital mesh controlled from outside the EU, superimposed on European terrestrial infrastructure. This radically alters the connectivity supply chain: the final link, access in isolated areas, falls under external management. Dependence extends from the orbiting hardware to network management and data flows, creating a single point of potential failure or control.
Digital sovereignty and the future of European connectivity 🇪🇺
This case highlights the tension between the urgent need for connectivity and strategic autonomy. While European solutions like IRIS2 are delayed, the digital gap is filled with external technology. The risk is not only dependence, but the outsourcing of a key element of national security: communications in critical or sparsely populated areas. The agreement sets a precedent where the supply chain of an essential service is globalized, questioning who really controls the continent's connectivity.
How is the Starlink-Deutsche Telekom alliance redefining the geopolitical balance of telecommunications and digital sovereignty in Europe?
(P.S.: geopolitical risk maps are like the weather: there's always a storm somewhere)