Samsung has decided to take another leap in the field of mobile connectivity by extend the support of satellite communication to its Galaxy smartphones in a growing number of countriesWhat just a few years ago sounded almost like science fiction is starting to become relatively common in the high-end market, with the new Galaxy S26 series leading the way.
The South Korean company relies on a network of agreements with the main operators of North America, Europe, and Japan so that certain Galaxy models can continue sending messages, basic data, and emergency alerts even when there is no coverage from traditional mobile networks. In Spain and the rest of Europe, this rollout is being carried out in conjunction with specific trials with operators such as MasOrange and StarlinkVirgin Media, O2, and Vodafone.
From an experimental feature to a key component of Galaxy connectivity
In just a few years, satellite communication on mobile phones has gone from being a rarity to becoming a standard feature. an extra layer of security and connectivityespecially in the most advanced devices. Samsung began taking firm steps in this direction in 2025, when activated satellite functions in some high-end Galaxy models and in certain models of the Galaxy A series.
With the new generation, the family The Galaxy S26 becomes the great showcase for this technologyThe company not only maintains messaging and basic data access via satellite in pioneering countries like the United States, but is also expanding its reach to Europe, Japan, and other markets where infrastructure and regulation allow it.
Samsung's stated goal is for more and more devices in its product line to feature this function, thus strengthening connectivity that no longer relies solely on terrestrial antennas. This approach aligns with its commitment to a Galaxy ecosystem where artificial intelligence and cloud services are essential. Stable connection even in extreme situations.
Representatives from the company's Mobile eXperience (MX) division have emphasized that the brand wants to remain at the forefront of wireless innovation through open collaboration with global partners. The idea is that, when everything else fails, the mobile phone can still be a critical communication tool..
How satellite communication works on Galaxy devices
The technical basis of this function relies on a direct connection between the smartphone and satellites in low orbitwithout ever depending on cell phone towers. This model, known as Direct to cell In some of Samsung's alliances, it allows the phone to establish a link with the satellite when it detects that there is no terrestrial network coverage.
To use it, the user must be outdoors and follow the on-screen instructions to point the device at the available satellite. It is not instant communication like a conventional SMS. Each message may take a few seconds to send or receive., depending on the orbital situation and the connection conditions.
In practice, this system is primarily designed for emergency messages and essential communications in areas without mobile or Wi-Fi coverage. In some markets, access to basic data is also considered, always with a very limited approach: no large downloads or intensive browsing, but rather brief information and specific services.
Samsung has made it clear that the exact availability of these features will vary by country, as it depends on agreements with local satellite and mobile operatorsas well as obtaining the necessary regulatory approvals in each region. In markets like the United States, the company has offered this connectivity. at no additional cost during the initial periodHowever, the long-term pricing policy has not yet been detailed for all areas.
Beyond the technical aspects, the move aligns with a general trend in the sector: satellite communication is no longer the exclusive domain of a few manufacturers and is becoming established as un emerging standard in the high-end Android rangeespecially in a context where AI needs to be permanently connected to unleash its full potential.
Global agreements: from the United States to Japan via Europe
The expansion of satellite support in the Galaxy cannot be understood without the network of alliances that Samsung has forged with leading operators across different continents. In the United States, the company has been collaborating with T-Satellite and Starlink by T-Mobile since 2025, offering text and data services on flagship Galaxy models and some Galaxy A models released after the Galaxy S21 series.
In addition, the manufacturer has closed deals with Verizon to enable eSOS emergency features and text services on devices newer than the Galaxy S25 series, while continuing to work with AT&T to further expand satellite capabilities in its catalog. In this market, the Galaxy S26 series is attracting a good deal of attention.by bringing all these functions together in the latest generation.
In Japan, the rollout also began in 2025 with KDDI, which provides text and satellite data services, as well as integration with the Earthquake and Tsunami Warning System (ETWS) in Galaxy S22 and later models, as well as some Galaxy A series devices. This collaboration allows early warnings to reach the user even when ground infrastructure fails.
Looking ahead to 2026, Samsung will expand its Japanese coverage through agreements with SoftBank, NTT docomo, and Rakuten Mobile, with the idea that more Galaxy flagship and Galaxy A models These capabilities will be incorporated gradually. The plan is for satellite communication to cease being an occasional add-on and become a stable component within the brand's offering.
The company has also confirmed that it is in talks with other telecom groups to bring these features to new Galaxy product categoriesThis opens the door to the possibility that, in the future, watches, tablets, or even devices... IoT can benefit from this type of backup connectivity.
Europe and Spain: testing, agreements and focus on the Galaxy S26
In the case of Europe, Samsung has placed special emphasis on build alliances with key market playersThe company works with Virgin Media O2 to offer satellite connectivity on certain Galaxy smartphones, and also collaborates with Vodafone for the same purpose, always subject to satellite network availability and the regulatory frameworks of each country.
Spain occupies a prominent place in this strategy thanks to joint trials with MasOrange and Starlink which the brand has announced for March. These tests will focus, among others, on the Galaxy S26, which comes ready to take advantage of this connectivity when the appropriate service conditions are met.
As planned, the trials will be carried out in specific areas, with special attention to municipalities such as Valladolid, where the actual performance of the satellite connection will be evaluated in situations of total lack of mobile coverage. Performance in rural or mountain environments will be one of the key points to assess.
For the operators involved, this type of agreement represents a way to stand out from the competition and offer added value to its customers. MasOrange, for example, strengthens its position against other major players in the Spanish market by associating its name with the brand that distributes the most smartphones worldwide, at a time when satellite connectivity is beginning to emerge as a possible factor in purchasing decisions.
If the tests live up to expectations and the authorities give the green light, the expectation is that More users in Spain will be able to send messages or request help from places where they currently remain "in the shadows" in terms of mobile coverage. For activities such as hiking, climbing, or traveling in sparsely populated areas, this possibility can make a significant difference.
What this means for the user: security, AI, and fewer shadow areas
Samsung's bet on satellite is not just a catchy headline: it has a fairly direct impact on the user experience in critical situationsWhen a person loses signal in the middle of a mountain route, on a trip along secondary roads or in any remote area, the option of sending an emergency message can be crucial.
Among the clearest benefits for the European user, and in particular for the Spanish user, are the following points:
- Greater safety in rural or isolated environments, with the possibility of requesting help even if the usual mobile network does not reach.
- Ability to send basic messages to family members or emergency services in case of accident or serious incident.
- An additional layer of network resilience against massive collapses of terrestrial infrastructureFor example, in extreme weather conditions.
- Improved continuity for AI-based services that rely on connectivity, even if it's limited to exchanging essential data.
The rollout, however, will be gradual. Samsung has emphasized that the activation of these capabilities will be carried out by phases and by regions, depending on the maturity of satellite networks, the signing of commercial agreements and compliance with the legal requirements of each country.
Meanwhile, the Galaxy S26 series stands as the clearest example of where the brand is headed: models that, in addition to debuting new-generation processors, high-end screens, and advanced cameras, add integrated satellite connectivity as part of the technology package, without the need for external accessories.
All this moves position Samsung as a key player in a broader shift within the mobile sector, where the line between terrestrial and satellite networks is becoming increasingly blurred. For the user, the important thing will be that when they check the signal strength bar and see no signal, can continue to have a last resort communication channel thanks to the new satellite features of the Galaxy.
