logo
T-Mobile's Starlink-powered satellite network can text 911 from virtually anywhere

T-Mobile's Starlink-powered satellite network can text 911 from virtually anywhere

USA Today4 days ago

Thinking about how your smartphone gets connected probably isn't high on the list of things you worry about. After all, for the most part, mobile phones are now pretty reliable across a lot of different locations.
But what if you could get connected — at least on a basic level — virtually anywhere? It turns out the technology to do just that is coming soon to nearly all newer model smartphones, courtesy of T-Mobile. First, though, some background on cellular network developments.
A few years back, the big excitement in the world of connectivity was 5G. In retrospect, the reality of that technology didn't live up to the hype of what some had promised. (Robotic surgery, anyone?) But the truth is, the enormous amount of effort and money invested to make 5G service as ubiquitous as it is now has made the experience of using our latest generation iPhones, Android phones and other devices significantly more speedy, satisfying and robust.
Updating wireless networks to support 5G and other future network technologies also entailed a shifting of the landscape within the telecommunications industry. While much of the work centers around the technical details of frequency spectrum availability and usage, network architecture, and other factors that don't matter to consumers, the practical outcome has been a different perspective on the reach and capabilities of different carriers.
In fact, based on recent speed and coverage tests, T-Mobile is now claiming they have the most reliable complete network (including 5G and 4G) in the country. While there will undoubtedly be debate on the specifics, there's no doubt that T-Mobile has dramatically raised its presence over the last few years in large part because of the work they've put into the 5G network.
Even more importantly, the behind-the-scenes network buildout for 5G also laid the groundwork for the next big step in wireless connectivity: satellite-based service. Back in February, T-Mobile announced the debut and beta testing launch of a service called T-Satellite that was being made available not only to T-Mobile customers, but even those currently using either AT&T or Verizon (see T-Mobile's new Starlink offering makes satellite phones mainstream for more, including a detailed explanation of how the service works). T-Satellite provides support for text and MMS messaging to start. It is included with T-Mobile's Experience Beyond plan for free, and is $10/month for everyone else (including AT&T and Verizon customers).
Now, as part of the official commercial launch of that service — which kicks off on July 23 — T-Mobile announced a very important new benefit. Starting on October 1, any phone that qualifies for it (see a current list of qualifying phones here) can get access to the satellite service to send texts to 911, regardless of their carrier, at no charge. In other words, even if you're an AT&T or Verizon customer (as well as a T-Mobile one, of course) and you have an iPhone 13 or later, Samsung Galaxy A25 and S21 onward, the Z Flip and Z Fold 3 and forward, a Google Pixel 9, or the 2024 and 2025 versions of the Motorola razr, edge and moto g phones, you will have access to a new free safety net.
There is one important step that will be required to leverage the service, and that involves adding an eSIM account for the satellite service to your existing phone. Final details will apparently be released closer to the October 1 launch, but it basically entails going into your phone's cellular settings and adding a plan or network connection. What it's really doing is letting your phone know there's another network that it can connect to if you happen to be where the service is available. Again, there will be no charge for 911 access. Right now, unless you sign up for T-Mobile's service, you won't be able to enable this, but details will be forthcoming.
Like most U.S. carriers, T-Mobile's traditional cellular service generally only covers more populated areas. Geographically speaking, that translates to about 2/3 of the continental U.S., or 2.6 million of 3.1 million square miles. The new satellite-based options extend that reach to virtually the entire continental United States. For emergency purposes, this is an enormous deal, because it allows people to reach out for help from nearly anywhere. It's a fantastic example of technology having a huge positive impact, and there's absolutely no doubt that this service is going to save lives. Kudos to T-Mobile for making the service available.
In order for T-Satellite to work, you need to be able to see the sky (in other words, not buried in a forest of trees or inside a cave). Unlike some of the earlier satellite services, such as those from Apple, the connection is done virtually automatically and doesn't require waving your phone towards the sky. The T-Satellite service essentially works like roaming onto a different network when you are in an area (or another country) where your primary service provider doesn't have cellular service. When you get into an area outside of normal coverage, it automatically switches to the satellite service, then shows a T-Mobile/Starlink connection and logo at the top of your phone screen. Once a connection is established, you can send a text to 911 at no charge.
In addition to the free 911 service, T-Mobile also announced that on October 1, it will be adding some simple data-based services to paying customers of T-Satellite as well. To start, the company will offer support for AllTrails, Accuweather, WhatsApp and some still-to-be-named apps from Apple and Google. Support for video calls and other applications will be coming at a later date.
While the T-Satellite service may not get you everything you've come to expect from your smartphone, it is a big step in the right direction for people who want connections in even more places.
USA TODAY columnist Bob O'Donnell is the president and chief analyst ofTECHnalysis Research, a market research and consulting firm. You can follow him on Twitter@bobodtech.

Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

28 Years Later Was Actually Filmed Using iPhones – Danny Boyle Explains Why
28 Years Later Was Actually Filmed Using iPhones – Danny Boyle Explains Why

Buzz Feed

time44 minutes ago

  • Buzz Feed

28 Years Later Was Actually Filmed Using iPhones – Danny Boyle Explains Why

28 Years Later director Danny Boyle has opened up about his decision to shoot much of the film using an iPhone camera. The horror sequel was released last week, and has already proven to be a big success with both critics and cinemagoers. Danny previously helmed the original movie 28 Days Later, shot on hand-held cameras, giving the film the effect of looking like found footage, and his new offering used similarly lo-fi techniques. In a new interview with YouTuber Matti Haapoja's How They Filmed That series, Danny explained his motivations for using iPhone cameras (although it's worth pointing out he didn't just rifle in his pocket for his phone and start shooting, these were souped-up iPhones with impressive enhancements, with some shots requiring as many as 20 at a time to film) to record 28 Years Later. '[Using iPhones] allowed us to be very light, in our footprint, in areas of the country that we wanted to suggest hadn't been touched for 28 years,' Danny said. 'Now, a crew coming in with the normal equipment level, it's going to make a big footprint. 'We used drones a lot, as well, so we could film sequences that cameras couldn't possibly [achieve] without terribly disrupting the landscape, and making it look like a herd of elephants had gone through.' Danny added that the use of multiple iPhones and drones in 'arrays' allowed 'certain visceral moments of the film' to be even more impactful, allowing viewers to 'push inside' the two-dimensional shot in front of them before being 'thrown back out again'. Similarly, he told Wired: 'Filming with iPhones allowed us to move without huge amounts of equipment. 'A lot of Northumbria [where 28 Years Later was shot] looks like it would have looked 1,000 years ago. So we were able to move quickly and lightly to areas of the countryside that we wanted to retain their lack of human imprint.' During a separate interview with IGN, he also conceded that the iPhone-quality filming felt like something of a callback to 28 Days Later's shooting techniques. 'We decided to carry it as an influence,' he explained. Sony It's not just the use of iPhones as filming equipment that has generated conversation around 28 Years Later, though. The movie's dramatic climax has also raised plenty of eyebrows – with Danny having recently explained the meaning behind those perplexing final scenes.

Japan launches a climate change monitoring satellite on mainstay H2A rocket's last flight
Japan launches a climate change monitoring satellite on mainstay H2A rocket's last flight

Yahoo

time4 hours ago

  • Yahoo

Japan launches a climate change monitoring satellite on mainstay H2A rocket's last flight

TOKYO (AP) — Japan on Sunday launched a satellite to monitor greenhouse gas emissions using its mainstay H-2A rocket, which made its final flight before it is replaced by a new flagship designed to be more cost competitive in the global space market. The H-2A rocket successfully lifted off from the Tanegashima Space Center in southwestern Japan, carrying the GOSAT-GW satellite as part of Tokyo's effort to mitigate climate change. The satellite was released into orbit about 16 minutes later. Mitsubishi Heavy Industries, which operates the rocket launch, and Japan Aerospace Exploration Agency, will hold a news conference later Sunday to give further details of the flight. Sunday's launch marked the 50th and final flight for the H-2A, which has served as Japan's mainstay rocket to carry satellites and probes into space with a near-perfect record since its 2001 debut. After its retirement, it will be fully replaced by the H3, which is already in operation, as Japan's new main flagship. The launch follows several days of delays because of malfunctioning of the rocket's electrical systems. The GOSAT-GW, or Global Observing SATellite for Greenhouse gases and Water cycle, is a third series in the mission to monitor carbon, methane and other greenhouse gasses in the atmosphere. It will start distributing data in about one year, officials said. The liquid-fuel H-2A rocket with two solid-fuel sub-rockets developed by Japan Aerospace Exploration Agency has so far had 49 flights with a 98% success record, with only one failure in 2003. Mitsubishi Heavy Industries has provided its launch operation since 2007. H-2A successfully carried into space Japan's moon lander SLIM last year, and a popular Hayabusa2 spacecraft in 2014 to reach a distant asteroid, contributing to the country's space programs. Japan sees a stable, commercially competitive space transport capability as key to its space program and national security, and has been developing two new flagship rockets as successors of the H-2A series — the larger H3 with Mitsubishi, and a much smaller Epsilon system with the aerospace unit of the heavy machinery maker IHI. It hopes to cater to diverse customer needs and improve its position in the growing satellite launch market. The H3, is designed to carry larger payloads than the H-2A at about half its launch cost to be globally competitive, though officials say more cost reduction efforts are needed to achieve better price competitiveness in the global market. The H3 has made four consecutive successful flights after a failed debut attempt in 2023, when the rocket had to be destroyed with its payload. Mari Yamaguchi, The Associated Press Error in retrieving data Sign in to access your portfolio Error in retrieving data Error in retrieving data Error in retrieving data Error in retrieving data

Rocket Lab launches Japanese Earth-observing radar satellite to orbit
Rocket Lab launches Japanese Earth-observing radar satellite to orbit

Yahoo

time4 hours ago

  • Yahoo

Rocket Lab launches Japanese Earth-observing radar satellite to orbit

When you buy through links on our articles, Future and its syndication partners may earn a commission. Rocket Lab launched an Earth-observing radar satellite to orbit for the Japanese company iQPS on Wednesday morning (June 11). An Electron rocket topped with the QPS-SAR-11 spacecraft lifted off from Rocket Lab's New Zealand site on Wednesday at 11:31 a.m. EDT (1531 GMT; 3:31 a.m. on June 12 local New Zealand time). The Electron did its job, deploying the satellite into a circular orbit 357 miles (575 kilometers) above Earth roughly 51 minutes after launch as planned. Rocket Lab called this mission "The Mountain God Guards." That's a reference to the QPS-SAR-11 satellite's nickname, Yamatsumi-1, which honors a Japanese god of the mountains. Yamatsumi-1 will join iQPS' synthetic aperture radar (SAR) constellation, which views targets on Earth in all weather conditions, day and night. "To date, 10 QPS-SAR satellites have been launched, and iQPS aims to establish a constellation of 36 satellites," Rocket Lab wrote in a mission description, which you can find here. "This will enable the delivery of a 'NearReal-Time Data Provisioning Service,' allowing for the observation of specific regions worldwide at an average interval of 10 minutes," the company added. "This will make it possible to collect continuous images as data, and to accumulate data not only on 'Stationary Objects' such as land and buildings, but also on 'Moving Objects' such as vehicles, ships, and cattle and livestock." Related Stories: — Rocket Lab launches new NASA solar sail tech to orbit (video, photos) — Rocket Lab launches private Earth-observing radar satellite to orbit (video, photos) — Rocket Lab launches 5 'Internet of Things' satellites to orbit (video) "The Mountain God Guards" was the the eighth mission of 2025 and 66th overall flight for the 59-foot-tall (18-meter-tall) Electron, which gives small satellites dedicated rides to orbit. Rocket Lab has now launched four missions for iQPS (which is short for "Institute for Q-shu Pioneers of Space"), and there are more to come: Today's flight was the third of eight contracted missions for iQPS expected to lift off in 2025 and 2026, according to Rocket Lab. Editor's note: This story was updated at 12:35 p.m. ET on June 11 with news of successful satellite deployment.

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store