More tech companies appear to be working on making satellite connectivity more widely available without the need to buy expensive sat phones. Google is the latest company to announce its efforts in bringing the technology to smartphones through the Android 14 update.
Google SVP of Platforms and Ecosystems Hiroshi Lockheimer said in a post on Twitter that it is “wild to think” that smartphones are gaining direct satellite connections. He then recalled that “it was a stretch” in 2008 to just put 3G and Wi-Fi connectivity to mobile phones.
Wild to think about user experiences for phones that can connect to satellites. When we launched G1 in '08 it was a stretch to get 3G + Wifi working. Now we're designing for satellites. Cool! Excited to support our partners in enabling all of this in the next version of Android!
— Hiroshi Lockheimer (@lockheimer) September 1, 2022
“Now we're designing for satellites, Lockheimer said. “Excited to support our partners in enabling all of this in the next version of Android!” Google confirmed to 9To5Google that Lockheimer was referring to Android 14.
Google’s support for bringing direct satellite connection to Android phones came shortly after T-Mobile and SpaceX announced their partnership in making the tech available in the United States. T-Mobile said last week that its Un-carrier plans will offer “near complete coverage” in most US locations, including hard-to-reach places and areas with no cell signals, thanks to SpaceX’s low Earth orbit satellites.
In the same announcement, T-Mobile said most smartphones on T-Mobile’s network will be compatible with direct satellite communication “using the device’s existing radio.” This means most T-Mobile customers do not have to buy new devices to enjoy the upcoming service.
Satellite connection will allow smartphone users to send messages even without a cell signal, which would be very helpful during emergencies. T-Mobile says its satellite service will support text messaging (SMS and MMS), as well as some “participating messaging apps.” But the company noted it will also pursue support for voice and data coverage over satellite connections.
Satellite connections in common smartphones will likely become widely available next year. T-Mobile and SpaceX’s service will enter beta tests in select US areas in late 2023 following the latter’s planned satellite launches. This lines up with the expected release window of Android 14 in the second half of 2023.
The addition of satellite connections is very likely to be the next major development in the smartphone industry. Apple is also rumored to be working on adding this feature to upcoming iPhones and Apple Watch.
Photo by Pawel Czerwinski on Unsplash


Ford and Geely Explore Strategic Manufacturing Partnership in Europe
Novo Nordisk Warns of Profit Decline as Wegovy Faces U.S. Price Pressure and Rising Competition
Elon Musk’s SpaceX Acquires xAI in Historic Deal Uniting Space and Artificial Intelligence
SpaceX Updates Starlink Privacy Policy to Allow AI Training as xAI Merger Talks and IPO Loom
Rio Tinto Shares Hit Record High After Ending Glencore Merger Talks
CK Hutchison Launches Arbitration After Panama Court Revokes Canal Port Licences
Tencent Shares Slide After WeChat Restricts YuanBao AI Promotional Links
Elon Musk’s Empire: SpaceX, Tesla, and xAI Merger Talks Spark Investor Debate
SpaceX Reports $8 Billion Profit as IPO Plans and Starlink Growth Fuel Valuation Buzz
TSMC Eyes 3nm Chip Production in Japan with $17 Billion Kumamoto Investment
Nvidia Nears $20 Billion OpenAI Investment as AI Funding Race Intensifies
Google Cloud and Liberty Global Forge Strategic AI Partnership to Transform European Telecom Services
Nvidia Confirms Major OpenAI Investment Amid AI Funding Race
Prudential Financial Reports Higher Q4 Profit on Strong Underwriting and Investment Gains
SoftBank and Intel Partner to Develop Next-Generation Memory Chips for AI Data Centers
Nintendo Shares Slide After Earnings Miss Raises Switch 2 Margin Concerns
AMD Shares Slide Despite Earnings Beat as Cautious Revenue Outlook Weighs on Stock 



