For most of the history of telecommunications, connectivity has been a problem of geography. If you were in a city, you had options. If you were on a mountain, at sea, or in the rural interior of a developing country, you had far fewer. SpaceX’s Starlink Direct-to-Cell service, which launched commercially across 40 countries in February 2026, is the most credible attempt yet to make that distinction irrelevant.
Direct-to-Cell connects standard mobile phones — no special hardware required — directly to Starlink’s network of low-Earth-orbit satellites. Speeds are not comparable to terrestrial 5G: initial deployments offer roughly 10 to 20 Mbps for data, with latency of around 20 to 40 milliseconds. But in areas where the alternative is no signal at all, that is transformative.
“The carriers we used to laugh at are now calling us,” said one Starlink executive at the launch event in February. The comment was incautious but probably accurate. T-Mobile in the US, EE in the UK, and Optus in Australia are among the carriers that have signed agreements to integrate Starlink into their networks as a coverage layer.
For traditional mobile operators, Direct-to-Cell poses both a threat and an opportunity. The threat is obvious: if satellite connectivity becomes a viable substitute for terrestrial infrastructure in enough situations, the case for maintaining expensive rural cell towers weakens. The opportunity is that operators can use Starlink to extend coverage to areas they could never serve economically.
The regulatory picture is complex. Spectrum allocation for satellite-to-device communication overlaps with frequencies assigned to terrestrial operators in many countries. SpaceX has navigated these challenges differently in different markets. In some countries it has full regulatory approval; in others it is operating under temporary licences while longer-term frameworks are negotiated.
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