Contributed by Francesco Caporali of Capcost (Italy), a Consultant Alliance member specializing in telecom expense management. This is a condensed English edition of Francesco’s original article; a link to the full version appears at the end. Figures are accurate as of mid-2026.
Why Direct-to-Cell matters in 2026
Satellite connectivity has quietly crossed a threshold. For decades, reaching a satellite meant dedicated hardware — a dish, a bulky handset, a specialist contract. In 2026, an ordinary, unmodified smartphone can connect directly to a satellite when it drifts out of range of the ground network. The industry calls this Direct-to-Cell (D2C), and it is turning long-standing mobile “not-spots” into usable coverage. For any organization that operates across remote sites, long logistics routes, or simply needs communications that keep working when the terrestrial network does not, it is a genuinely significant development — and one that belongs on the radar of anyone advising on connectivity strategy or telecom spend.
What Direct-to-Cell is — and what it is not
Direct-to-Cell lets a standard phone talk to a low-Earth-orbit (LEO) satellite much as it would talk to a distant cell tower: no dish, no separate app, and for basic services no special handset. Three technologies are frequently confused, and it helps to keep them apart:
- Satellite broadband with an antenna (for example, a Starlink dish) delivers fixed internet to a building or vehicle. This is not D2C.
- Emergency SOS and satellite messaging — such as Apple’s Emergency SOS via satellite on iPhone 14 and later, provided through Globalstar — is limited to emergencies and short messages.
- Direct-to-Cell via your mobile operator uses your normal number and plan, switching to the satellite automatically when there is no ground coverage. This is the development genuinely reshaping mobile connectivity.
The technology behind it
D2C relies on LEO constellations orbiting a few hundred kilometers up — close enough for an ordinary phone’s signal to reach them. Because each satellite is only briefly overhead, a dense constellation and seamless handovers between satellites are essential. The enabling standards come from the 3GPP body’s work on Non-Terrestrial Networks (NTN):
- Release 17 (2022) — the first formal NTN specifications and today’s practical baseline.
- Release 18 (2023) — coverage and mobility enhancements, plus support for higher frequency bands.
- Release 19 (frozen December 2025) — narrowband IoT over satellite, “store-and-forward” operation for delay-tolerant data, and regenerative payloads that place the base station on the satellite itself.
- Release 20 (in study) — further 5G-Advanced NTN features alongside the first studies toward 6G.
Do you need a special phone or antenna?
For operator-based D2C, increasingly no. Support is arriving in mainstream chipsets and recent Samsung, Apple and Google devices, and for basic messaging the phone recognizes the satellite automatically, with no app or activation step. There are broadly three routes to the service: an operator D2C offering on your existing plan; manufacturer-integrated satellite features (as with Apple’s emergency and messaging services); and native satellite support built into the Android ecosystem.
The market in 2026
The field has moved well beyond trials, with several distinct approaches:
- Starlink Direct-to-Cell (SpaceX) is the most advanced. It has more than 650 D2C satellites in orbit, is commercially live in the United States (with T-Mobile, branded “T-Satellite”) and New Zealand, supports around 60 phone models, and offers messaging and data as a low-cost monthly add-on. Voice is in testing.
- AST SpaceMobile takes the opposite tack — a smaller number of very large satellites aiming for genuine broadband speeds to standard phones. It has partnerships with AT&T, Verizon and Orange and is targeting commercial launch during 2026, at an earlier stage than Starlink.
- Apple, via Globalstar, provides emergency SOS and satellite messaging on recent iPhones.
- Iridium, Lynk Global, the Samsung/Android ecosystem, and carriers using aggregators such as Skylo round out a fast-growing field. Amazon (Project Kuiper/Leo), through a spectrum deal with Globalstar, is an emerging entrant worth watching.
A European milestone
Europe’s first live example arrived in early 2026. In February, the UK operator Virgin Media O2 switched on “O2 Satellite” — the first direct-to-device service in the UK and Europe — powered by Starlink Direct to Cell. It lifted the operator’s UK landmass coverage from 89% to 95%, launched as a low-cost monthly add-on, and worked initially on recent Samsung devices, following the national regulator’s first license for satellite-to-smartphone use of mobile spectrum.
Where things stand across Europe
Availability is arriving in phases, and it varies considerably from country to country. Emergency and SOS messaging is now broadly available on recent devices. Operator Direct-to-Cell messaging and limited data are launching market by market as national regulators approve satellite-to-mobile use of licensed spectrum and operators sign partnerships. Full voice and higher-bandwidth data remain largely in testing and are expected to broaden through 2026 and 2027. Because progress depends so heavily on local spectrum licensing and individual operator deals, businesses should confirm the current position in each country where they operate rather than assume a uniform picture.
The real-world limits
D2C is a powerful complement to terrestrial networks, not a replacement. The practical constraints matter:
- Line of sight. It needs a clear view of the sky; performance is poor or non-existent indoors and in dense urban settings.
- Shared capacity. A single satellite beam covers a large area, so bandwidth is limited and shared — fine for messaging and light data, not for heavy use.
- Continuity. Satellites pass overhead quickly, so connections rely on handovers and can be intermittent.
- Local availability. Commercial service depends on the operator and regulator in each market.
- Device fragmentation. Compatibility varies by handset, chipset and software version.
Business use cases
For organizations, the near-term value lies in coverage resilience rather than everyday connectivity:
- Logistics and fleet tracking across routes that cross coverage gaps.
- Monitoring remote or isolated infrastructure in energy, utilities and agriculture.
- Lone-worker safety in areas beyond terrestrial coverage.
- Business-continuity backup for critical communications during a local network outage.
How to evaluate Direct-to-Cell
A sensible approach for any business:
- Map where your people and assets actually lose coverage today.
- Match the use case to current capability — messaging and telemetry are available now; voice and richer data are coming.
- Check availability in each country you operate in, as it depends on local spectrum and operator agreements.
- Treat D2C as a complementary resilience layer, not a substitute for terrestrial networks.
- Factor in device compatibility and the full cost, including add-on fees and any device refresh.
This is a condensed English edition of an article by Francesco Caporali, Capcost (Italy), a Consultant Alliance member. Read the full, in-depth version on the Capcost site: read the full story →. Contact: francesco.caporali@capcost.it.