The European Union is preparing to allow private satellite operators including Starlink and Amazon to access spectrum allocated for its own IRIS2 mega-constellation initiative, marking a significant strategic shift in the bloc’s approach to space-based connectivity. According to sources familiar with EU deliberations, the 27-nation bloc will permit non-European companies to purchase or lease portions of the spectrum reserved for the IRIS2 programme, which aims to deploy 290 satellites across multiple orbital layers as a European counterweight to Elon Musk’s Starlink network.
The IRIS2 constellation, formally launched in 2023 with an estimated €10.6 billion budget, represents Brussels’ attempt to reduce European dependence on foreign satellite operators for critical communications infrastructure. The initiative emerged as geopolitical anxieties about reliance on American companies intensified following Russia’s invasion of Ukraine and growing concerns about supply chain vulnerabilities. However, the bloc’s domestic space industry has faced technological and financial constraints in competing with well-funded American rivals. By opening the spectrum to Starlink and Amazon—whose Project Kuiper is developing its own rival satellite internet network—the EU appears to be pragmatically acknowledging these limitations while retaining regulatory control over critical infrastructure access.
For India and South Asia, this development carries significant implications. The region has become a crucial battleground for satellite internet expansion, with Starlink aggressively pursuing regulatory approvals in India despite opposition from incumbent telecom operators and government concerns about foreign control of telecommunications. The EU’s decision to accommodate American companies while maintaining spectrum governance provides a potential policy template for how nations can balance technological competition with practical infrastructure needs. It also signals that global satellite internet dominance will likely be structured around a handful of mega-constellations rather than competing regional systems, reshaping how developing economies approach broadband connectivity.
The IRIS2 programme had originally envisioned exclusive use of allocated spectrum by European operators, with the European Space Agency and European Commission overseeing deployment. Spectrum scarcity in satellite communications—particularly in the crucial Ku and Ka bands essential for high-speed internet delivery—makes access to government-allocated frequencies extraordinarily valuable. By allowing Starlink and Amazon to operate within EU-designated bands, Brussels is trading ideological autonomy for practical coverage and service quality. European industrial stakeholders, particularly Airbus and other defence contractors involved in IRIS2, have reportedly influenced this decision, recognizing that guaranteed EU access to the constellation’s services may be more valuable than exclusive deployment rights.
Starlink currently operates in 70 countries with approximately 6 million active subscribers globally, though regulatory hurdles remain particularly acute in Asia. The company has sought Indian telecom authority approval since 2021, facing resistance from Reliance Jio and Airtel, which argue that satellite operators would cannibalize terrestrial network investments. Amazon’s Project Kuiper, which has secured FCC approval in the United States and Canadian regulatory clearance, is in earlier deployment stages but promises similar global coverage ambitions. For both companies, EU spectrum access removes regulatory friction in one of the world’s largest and most economically sophisticated markets—a crucial stepping stone toward truly global service delivery.
The broader geopolitical dimension cannot be overlooked. China’s BeiDou navigation system and emerging satellite internet initiatives represent Beijing’s parallel effort to establish technological sovereignty. By permitting American-led constellations within its regulatory framework while maintaining IRIS2 as a European anchor tenant, the EU is essentially creating a three-way competition among Chinese, European, and American space-based infrastructure. This fragmentation of global satellite internet architecture—unlike the unified terrestrial mobile network standards of previous decades—suggests future space-based connectivity will be defined by geopolitical blocs rather than universal interoperability standards.
For developing economies monitoring these shifts, the competitive dynamics offer opportunities. South Asian nations can potentially leverage multiple suppliers to negotiate favourable service terms and avoid vendor lock-in. However, the consolidation of satellite internet around three mega-constellations also risks creating new digital divides, where service quality and pricing vary significantly based on geopolitical alignments. India’s regulatory approach to satellite operators will be closely watched as a test case for how middle-income nations can harness competition while protecting domestic telecommunications sectors.
The EU’s spectrum-sharing decision is expected to be formalized within the next 12-18 months, with initial IRIS2 satellite launches targeted for 2025-2026. Starlink’s European expansion will likely accelerate following formal approval. The real test will emerge once all three constellations achieve operational density: whether they compete ruinously on price, triggering a race to the bottom that undermines service quality, or whether spectrum scarcity and regulatory fragmentation enable differentiated markets. For South Asia, that answer will fundamentally shape what satellite broadband actually costs and delivers to rural and underserved communities across the next decade.
