Direct-to-device satellite networks borrow the tower-company model
Middle East & North Africa — United Arab Emirates, with a United States technology partner and global mobile-operator reach
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The signal
Space42 and Viasat's binding Equatys agreement suggests direct-to-device satellite connectivity may develop around neutral shared infrastructure rather than only vertically integrated constellations, potentially lowering entry costs for mobile and satellite operators.
The clue
Space42 and Viasat signed a binding agreement to establish Equatys, a shared space-and-ground infrastructure venture for direct-to-device satellite service. The proposed model resembles a neutral mobile-tower company: licensed operators could use common infrastructure without each financing a complete constellation.
Why it matters
Direct-to-device connectivity is usually framed as a contest between vertically integrated satellite networks. A neutral infrastructure layer could instead let mobile operators procure satellite coverage as shared capacity, while creating demand for interoperable spacecraft, ground systems, spectrum coordination and operator-integration services.
Evidence and interpretation
- Observed facts: The partners disclosed combined equity commitments of up to $1 billion, subject to formation and closing conditions. They intend Viasat to become the prime technology contractor and describe a standards-based “tower company” model. The National reports that service is targeted from 2029 for ordinary, unmodified phones. - Interpretation: Capital is beginning to form around an alternative to vertically integrated constellations: infrastructure shared across multiple service providers. - Speculation: If additional operators join, neutral satellite infrastructure could separate network ownership from retail connectivity in much the same way tower companies changed terrestrial mobile markets.
What to watch next
Venture closing, the first constellation procurement, additional licensees or investors, handset interoperability tests and contracted mobile-operator capacity would strengthen the thesis; delayed formation or weak operator participation would weaken it.