EU Moves to Block Starlink with New Satellite Push by 2027

By VirentaNews Staff — May 26, 2026

The European Union is preparing to launch a coordinated push for a European-owned satellite broadband constellation to counter the rapid global expansion of Elon Musk’s Starlink, according to senior EU officials. The initiative, expected to gain formal approval by late 2026, aims to ensure strategic autonomy in secure communications, reduce dependency on U.S.-controlled space infrastructure, and protect critical government and military operations from foreign control. With Starlink already active in over 80 countries and expanding into aviation, maritime, and defense sectors, the EU views its dominance as a geopolitical and security risk—particularly amid rising tensions with China and uncertainty over U.S. foreign policy commitments. The bloc plans to mobilize public and private investment, regulatory incentives, and procurement preferences to fast-track a European alternative, potentially led by the IRIS2 (Infrastructure for Resilience, Interconnectivity and Security by Satellite) program.

EU Allocates €6 Billion for IRIS2 Satellite Network

The European Commission has committed €6 billion in public funding for the IRIS2 program, a public-private partnership designed to deploy a secure, dual-use satellite network by 2027. The constellation will integrate optical and radiofrequency communications across low Earth orbit (LEO) and geostationary satellites, with encryption and anti-jamming capabilities tailored for government and defense use. According to the European Space Agency (ESA), the network will support up to 200 secure terminals for EU institutions, NATO-aligned forces, and emergency responders. Industry data shows that Starlink, operated by SpaceX, already has more than 6,000 satellites in orbit and serves over 4 million users globally, creating a formidable first-mover advantage. In contrast, IRIS2 will begin with a planned 175 satellites, with initial service expected in 2027. A 2025 risk assessment by the European Union Agency for Cybersecurity (ENISA) warned that reliance on foreign satellite providers could expose critical infrastructure to data interception, service denial, or political leverage during crises—concerns heightened by Starlink’s role in Ukraine’s defense operations, where access was controlled unilaterally by SpaceX.

Key Players: ESA, Airbus, Thales, and the U.S. State Department

The IRIS2 program is being led by the European Space Agency in coordination with major defense and aerospace firms, including Airbus, Thales Alenia Space, and OHB SE. These companies have formed a consortium to develop and launch the satellites, with contracts expected to be awarded in early 2026. The European Commission and national governments, particularly France and Germany, are pushing for full European control over encryption keys and operational decision-making—a direct contrast to Starlink, where command and control remain centralized in California. Meanwhile, the U.S. State Department has expressed concern that EU efforts to block or limit Starlink could be seen as protectionist, potentially disrupting transatlantic tech cooperation. Elon Musk has not publicly commented on the EU’s plans, but SpaceX has previously emphasized Starlink’s open-access model and its role in promoting global connectivity. The conflict reflects broader tensions between digital sovereignty and market openness, with the EU increasingly framing space infrastructure as a national security imperative.

Trade-Offs: Security vs. Speed, Sovereignty vs. Cost

The EU’s push for satellite sovereignty comes with significant trade-offs. While building an independent network enhances control over data and reduces exposure to foreign decisions, it risks duplicating global infrastructure at high cost and delayed timelines. Starlink achieved rapid deployment through vertical integration, aggressive private investment, and regulatory flexibility in the U.S.—advantages European firms lack under stricter procurement and environmental rules. The estimated total cost of IRIS2 exceeds €10 billion when private investment is included, raising questions about long-term sustainability. Moreover, excluding or restricting Starlink from public contracts may limit competition and slow innovation in the EU’s broadband market. However, proponents argue that strategic autonomy in space is non-negotiable, especially as satellite networks become vital for energy grids, air traffic control, and military command. As reported by Reuters, the EU sees IRIS2 as a digital shield, not just a telecom project.

Why Now? Ukraine War and U.S. Tech Volatility Drive Urgency

The timing of the EU’s satellite initiative reflects growing unease over technological dependence following Russia’s invasion of Ukraine, where Starlink played a pivotal but controversial role. While the service enabled Ukrainian forces to maintain communications, reports surfaced that SpaceX briefly restricted access near Crimea in 2022, raising alarms in European capitals about ceding control of wartime infrastructure to a private American company. Simultaneously, political shifts in the U.S., including Elon Musk’s increasing influence in federal policy and debates over Starlink’s use in contested regions like Taiwan, have deepened European concerns. The EU’s 2023 Digital Compass strategy explicitly identified satellite sovereignty as a priority, but momentum accelerated in 2025 after France and Germany jointly called for a “space firewall.” With NATO also reviewing its reliance on commercial satellite providers, the IRIS2 program has moved from a technical project to a core element of European defense policy.

Where We Go From Here

In the next 12 months, three scenarios could unfold. First, IRIS2 may secure full funding and launch a phased rollout by 2027, establishing a secure backbone for EU institutions while allowing limited Starlink use in commercial markets. Second, delays in procurement or industrial disputes could push deployment to 2030, forcing the EU to extend reliance on foreign systems amid escalating cyber and hybrid threats. Third, the U.S. and EU could negotiate a formal agreement on Starlink’s operational boundaries in Europe, creating shared governance for crisis access—though this would require unprecedented trust and legal alignment. Each path will test the EU’s ability to balance innovation, security, and alliance politics in an increasingly contested domain.

Bottom line — the EU’s satellite push is less about technology than about reclaiming strategic decision-making in an era where control of space infrastructure determines geopolitical resilience and autonomy.

Source: Euronews