The European Space Policy Institute’s October 14, 2026 brief on direct-to-device satellite services examines whether European spectrum arrangements can deliver meaningful control over the infrastructure providing those services. The issue concerns phones connecting to satellites where terrestrial coverage is unavailable. A European customer-facing service can still depend on spacecraft and operational decisions controlled elsewhere.
The institute argues that reserving spectrum for European operators is insufficient without attention to the wider supply chain. Its recommendations address ownership safeguards, competition, development support, technology-neutral subsidies, and coordination among mobile operators, satellite operators, and manufacturers. These are policy recommendations. They do not establish that a particular infrastructure arrangement has been adopted or that an independent European service is already available.
The immediate regulatory context is the European Commission’s May 27 spectrum proposal. The Commission proposed an EU-level selection procedure for providers using the harmonized 2 GHz mobile satellite services band after existing licenses expire in 2027. Its stated purpose includes more consistent authorization across member states. The proposal identifies access to radio frequencies as an institutional requirement for services that operate across national borders.
Spectrum rights and infrastructure control solve different problems. Spectrum authorization establishes the conditions under which signals can use a frequency band. It does not manufacture satellites, determine who commands them, or ensure that replacement spacecraft can be launched. A company can hold permission to offer a service and obtain the necessary capacity from another operator. The customer may see one brand despite several organizations participating in delivery.
Purchasing capacity can allow a mobile operator to add coverage without financing an entire satellite fleet. It can also make use of infrastructure serving customers in several markets. The relevant policy question is whether the resulting dependencies are acceptable for the intended service. Consumer messaging and communications required during a national emergency may justify different requirements for availability, priority, and operational control.
New Space Economy’s explanation of space sovereignty requirements distinguishes asset ownership from dependable access to capabilities. Applied to satellite-to-phone services, that distinction requires examination of the complete service arrangement. A domestically incorporated business may depend on foreign hardware or software. An international partnership may provide dependable service through enforceable responsibilities and alternative suppliers. Nationality alone does not describe how the system behaves when a component fails or a contract ends.
An operational assessment would identify who can change service priorities, configure the network, and authorize software updates. It would also establish who holds the information needed to diagnose problems and restore service. These details affect whether a European operator can act independently during disruption or must wait for another organization. The assessment needs specific responsibilities and tested procedures rather than a general assurance that the service is European.
Commercial terms deserve equal attention. A capacity agreement can specify availability, performance, and remedies for interruption. Its usefulness depends on whether those obligations match the customer’s requirements and whether alternatives can actually take over. Financial compensation after an outage cannot restore communications during the outage. For emergency uses, continuity arrangements need to address the service itself, including the circumstances under which priority traffic receives capacity.
Manufacturing introduces another set of dependencies. Satellite production requires components, integration facilities, test equipment, and skilled staff. Owning a design does not demonstrate that an operator can replace hardware within an acceptable period. A practical assessment would examine replacement lead times and the consequences of losing access to particular suppliers. It would also distinguish dependencies that can be substituted from those requiring a substantial redesign.
The European Union’s IRIS² connectivity program supplies a broader institutional setting for this discussion. The Commission presents it as a planned network supporting secure connectivity. Its December 2024 concession announcement described a public-private arrangement with the EU as an initial government customer. That program provides context for development support, but its existence does not demonstrate that every proposed satellite-to-phone capability has been funded, tested, or delivered.
Public development funding can support experiments that commercial operators might find difficult to finance independently. A useful demonstration would need a defined purpose, such as testing compatible equipment, network integration, or continuity during a change of serving satellite. Its results would apply to the configuration tested. Moving from a demonstration to a commercial service requires additional evidence about coverage, operating costs, customer demand, and repeated performance.
Competition creates a separate policy tradeoff. Requirements intended to strengthen European control could increase the work needed to qualify for a market. If only a small number of organizations can satisfy them, policymakers would need to examine the effects on entry and pricing. Conversely, purchasing the lowest-cost available capacity without considering continuity could leave public customers with dependencies they cannot readily change. Neither outcome follows automatically from the provider’s location.
A technology-neutral subsidy also requires a precise service definition. Different networks may serve the same region without providing equivalent capacity, indoor reception, or availability. Comparing bids solely on the geographic area covered would miss those differences. A procurement assessment can instead specify the communications task, compatible devices, expected performance, and total delivery cost. That approach permits comparison without assuming that every communications technology is interchangeable.
The institute’s brief is most useful as a prompt to make autonomy measurable. Authorities could define which decisions must remain under European control, which supplies require alternatives, and how continuity would be demonstrated. Those requirements could then be assessed separately from ordinary consumer service performance. An operator might provide an effective commercial product without meeting every additional requirement established for a government mission.
Spectrum policy can establish access conditions and influence the structure of a market. Independent service capability requires further evidence about operations, equipment, contracts, and recovery from disruption. For European satellite-to-phone services, the practical test is whether the responsible organizations can maintain the required communications under defined conditions. A reserved frequency allocation can contribute to that outcome, but cannot establish it alone.
Useful Books Available on Amazon
