OQ Technology and Telefónica to Trial Satellite Direct-to-Smartphone in Germany
A Luxembourg startup is borrowing a European telco's licensed cellular spectrum to beam satellite connectivity straight to unmodified smartphones — a direct shot at Starlink and AST SpaceMobile's turf.
Explanation
OQ Technology, a Luxembourg-based satellite IoT company, has announced plans to run a direct-to-smartphone (D2S) satellite connectivity demo in Germany, using spectrum licensed to Telefónica — one of Europe's largest telecoms operators. The test is slated for next year.
Direct-to-smartphone means exactly what it sounds like: a satellite in orbit connects to a regular phone without any special hardware add-on. The trick here is that OQ is using Telefónica's existing cellular frequency bands rather than dedicated satellite spectrum. That matters because it sidesteps the need for new regulatory approvals for spectrum and, in theory, lets any phone already compatible with those bands receive the signal.
Why does this matter now? The D2S race is currently dominated by U.S. players — SpaceX's Starlink (via T-Mobile partnership) and AST SpaceMobile (backed by AT&T and Verizon). A European-led alternative using a major telco's own spectrum is a meaningful structural difference: it keeps data routing and commercial control closer to home, which is increasingly a priority for European regulators and operators alike.
The demo is still just that — a demo. No commercial timeline, no coverage claims, and no performance benchmarks have been disclosed. But the Telefónica partnership signals that at least one Tier-1 European carrier is hedging its bets beyond the U.S.-led options. Watch for whether this advances to a licensed commercial trial, and whether other European telcos follow Telefónica's lead.
OQ Technology's announced D2S demonstration with Telefónica in Germany represents a notable structural move in the satellite-to-cellular stack: using a terrestrial operator's licensed cellular spectrum (almost certainly NB-IoT or LTE bands, given OQ's existing IoT focus) rather than MSS (Mobile Satellite Service) spectrum. This approach mirrors the supplemental coverage from space (SCS) framework that regulators in the EU and U.S. have been developing — allowing satellite operators to use terrestrial mobile allocations under a hosting telco's license.
The competitive framing is pointed. AST SpaceMobile has already conducted BlueBird constellation demos with measurable broadband throughput, and SpaceX's Starlink direct-to-cell is live in limited text-messaging mode with T-Mobile in the U.S. OQ is a much smaller player — its current constellation is LEO and IoT-focused — so this demo is as much a proof-of-concept for the spectrum-sharing model as it is a throughput benchmark.
The Telefónica angle is strategically significant. Telefónica operates across Germany (O2), Spain, the UK (O2), and Latin America. If the spectrum-sharing model validates in Germany, the same regulatory and technical template could propagate across Telefónica's footprint without renegotiating spectrum in each market — a meaningful scaling lever.
Key open questions the source leaves unanswered: which frequency bands are being used, what satellite hardware is involved (new build or existing OQ LEO assets), what throughput or latency targets are set for the demo, and whether the German regulator (Bundesnetzagentur) has already granted SCS authorization. The "next year" timeline is vague. Without a defined falsifier — a specific date, a measurable KPI — this sits firmly in the announcement-as-positioning category. The one to watch: whether Bundesnetzagentur SCS licensing moves ahead of the demo date, which would be the real signal that this is on a commercial track.
Reality meter
Why this score?
Trust Layer OQ Technology will demonstrate satellite direct-to-smartphone connectivity in Germany using Telefónica's licensed cellular spectrum, positioning itself as a European rival to U.S.-led D2S services.
OQ Technology will demonstrate satellite direct-to-smartphone connectivity in Germany using Telefónica's licensed cellular spectrum, positioning itself as a European rival to U.S.-led D2S services.
- OQ Technology plans to test D2S satellite connectivity in Germany next year.
- The demo will use spectrum licensed to Telefónica, a major European telco operator.
- The initiative is explicitly framed as a challenge to U.S.-led services in the D2S market.
- OQ Technology is headquartered in Luxembourg and operates a LEO satellite constellation.
- The source is a brief announcement with no technical details — no frequency bands, no satellite hardware specs, no throughput targets, and no regulatory status disclosed.
- No commercial timeline or performance benchmarks are provided, making it impossible to assess viability beyond the demo stage.
- OQ Technology is a small IoT-focused operator; the gap between its current capabilities and broadband D2S is not addressed in the source.
The partnership with a named Tier-1 telco (Telefónica) and a specific test country (Germany) give this more grounding than a pure press release, but the absence of technical specs, regulatory confirmation, or a hard date keeps it at the early-stage announcement level.
The framing as a direct challenge to U.S.-led services is ambitious given OQ's current scale; the source offers no data to support competitive parity with AST SpaceMobile or Starlink.
If the spectrum-sharing model validates, it offers a replicable European template for D2S without new spectrum licensing — a structurally meaningful outcome, but contingent on a demo that hasn't happened yet.
- 1 source on file
- Avg trust 75/100
- Trust 75/100
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Glossary
- MSS (Mobile Satellite Service)
- A telecommunications service that uses satellite spectrum allocated specifically for mobile communications, as opposed to terrestrial cellular networks. MSS operators traditionally hold dedicated satellite spectrum licenses.
- SCS (Supplemental Coverage from Space)
- A regulatory framework that allows satellite operators to use terrestrial mobile spectrum allocations under a hosting telecommunications company's license, enabling satellite-to-cellular connectivity without dedicated satellite spectrum.
- LEO (Low Earth Orbit)
- A satellite orbital zone at altitudes typically between 160 and 2,000 kilometers above Earth, characterized by lower latency and smaller coverage areas per satellite compared to higher orbits.
- NB-IoT
- Narrowband Internet of Things, a cellular technology standard designed for low-power, wide-area IoT devices that require minimal bandwidth and extended battery life.
- Spectrum-sharing model
- A regulatory and technical approach where satellite operators can transmit using the same frequency bands as terrestrial cellular networks, coordinated through a licensed terrestrial operator to avoid interference.
- Bundesnetzagentur
- Germany's federal telecommunications regulator responsible for managing spectrum allocation, licensing, and enforcement of telecommunications regulations in the country.
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Prediction
Will OQ Technology successfully complete a direct-to-smartphone satellite demo using Telefónica's cellular spectrum in Germany by end of 2027?