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satellite

T-Mobile T-Satellite
Gaming Gear

Video Chats From Space? T-Mobile’s Service Broadens What Apps Can Do Over Satellite

by admin October 2, 2025


When T-Mobile took its T-Satellite service live during the summer, it teased the ability for developers to adapt their apps to work within the strict data limits required over satellite connections. Then, several apps were able to jump the gun and start working with the Starlink-based service at the launches of the Pixel 10 Pro and the iPhone 17. Now T-Satellite is open to any app configured to work with the network — with a few surprises I didn’t think we’d see so early.

Get ready to video chat with your friends from the middle of nowhere… Or prepare to be trapped by your friends who want to video chat no matter where you are.

Don’t miss any of our unbiased tech content and lab-based reviews. Add CNET as a preferred Google source.

T-Satellite breaks some Earth-bound limitations

T-Mobile isn’t the first company to connect a smartphone to a satellite network. Recent iPhone, Samsung Galaxy and Google Pixel models equipped with the proper hardware can talk to satellites when out of cellular range to access emergency services, text using the Messages app and send a location via Find My. But those are primarily based on sending short bursts of data, which is essential when communicating line-of-sight with satellites that are thousands of miles overhead and limited in their bandwidth capacities.

T-Satellite accesses a network of 657 Starlink satellites dedicated to cellular service using a band of cellular spectrum that works with most phones made during the last four years, according to T-Mobile. The company has also offered the service to customers of other providers for $10 a month. It shares the same text-centric limitations as the other companies, with the added ability to send and receive images using Multimedia Messaging Service.

With today’s announcement, T-Mobile is setting some of those limitations aside. In the WhatsApp app, for example, you can send texts, images, voice memos and video messages, which still fit (barely?) within the send-small-bursts-of-data model. WhatsApp now also supports live audio and video chats to other people using WhatsApp, but you can’t use it to make phone calls, emergency calls or texts.

Another example is the X app (formerly Twitter), which lets you scroll your feed and post text, photos, GIFs or videos. It also has the option to download high-resolution media when you need more detail.

Watch this: Hands-On with T-Mobile’s T-Satellite Service

01:55

Launching app data access

According to Jeff Giard, vice president of strategic partnerships at T-Mobile, getting to this point was largely due to customer feedback during the lengthy T-Satellite beta period while the Starlink constellation was still being completed. “We started seeing [customer feedback] start to shift to ‘Hey, this is awesome. I want more,'” he said. “So we started focusing on how do we enable great experiences on apps in an environment where it’s not our blazing-fast terrestrial network?”

Because T-Satellite is based on the LTE cellular standard, sending video and high-res images became a matter of maximizing the use of the spectrum and optimizing for better data transmission, said Giard. 

During the beta period, there was some initial confusion about the network’s capabilities. “‘Oh my gosh, I get broadband Starlink on my phone now,’ [some customers believed] and it’s really not the case,” he said. “This is an entirely separate constellation of satellites that’s dedicated to … working on your phone.”

He also attributed the new capabilities to Apple and Google’s work at the operating system level, emphasizing that developers can tie into existing Application Program Interfaces, or APIs, to make their apps work with T-Satellite.

Importantly, Giard said that T-Mobile is not imposing any data caps or network throttling for T-Satellite customers who make heavy use of the service. “I don’t want to take anything off the table at this point,” he said, “but right now, what we’re launching [today] doesn’t have a data cap.”

In addition to built-in apps such as Apple Maps, Google Maps, Apple Music and Samsung Weather, that were added in September, T-Mobile announced the following list of apps that are working with T-Satellite: T-Life, AllTrails, AccuWeather, CalTopo and onX (plus X and WhatsApp).

As for which apps get optimized next for T-Satellite, Giard says he’s looking forward to what developers and customers start asking for. “Our driving mantra here is … what are we doing next? What pain point are we solving?” he said. The apps coming next “will be the ones that the customers tell us they really want, and [others that] are organically adopted along the way.”



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October 2, 2025 0 comments
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Bitcoin news
Crypto Trends

Bitcoin Lightning Payment Zaps Across Satellite In Historic First

by admin September 11, 2025


Trusted Editorial content, reviewed by leading industry experts and seasoned editors. Ad Disclosure

A Bitcoin Lightning payment request has been relayed through a geostationary satellite and then paid, in what appears to be the first public demonstration of a Lightning invoice transmitted “through actual space.”

Bitcoin Lightning Blasts Into Space

The experiment, carried out by the X user “Printer” (@Printer_Gobrrr), uplinked a Lightning invoice as an image to the QO-100 (Es’hail-2) amateur radio transponder and downlinked it back to Earth, where it was decoded and settled over the Lightning Network. “Achievement unlocked: Received and paid the first lighting [sic] invoice which was sent through actual space,” the user wrote on Sept. 9, 2025.

Achievement unlocked: Received and paid the first lighting invoice which was sent through actual space. pic.twitter.com/9zq5SYnAWK

— Printer ⚡ (@Printer_Gobrrr) September 9, 2025

Unlike earlier satellite-based Bitcoin milestones that focused on on-chain transactions or blockchain distribution, the novelty here is Lightning-specific: the payment request itself—encoded as a BOLT11 invoice and rendered as a QR image—was delivered via satellite rather than the terrestrial internet.

According to technical descriptions, the process began with a wallet generating a Lightning invoice. That invoice was converted to an image and injected into an AMSAT-DL Multimedia HS Modem, which digitally modulated and uplinked the file to QO-100’s wideband amateur transponder.

The satellite rebroadcast the data back to Earth; the downlink was decoded, the QR scanned, and the Lightning payment executed normally. In other words, the settlement path remained Lightning’s standard network, but the “last-mile” delivery of the invoice was fully off-grid.

QO-100 (Es’hail-2) is a geostationary satellite positioned over 25.5°E with amateur S-band uplink and 10 GHz downlink transponders that cover a footprint spanning Europe, Africa, the Middle East and parts of Asia—making it a favorite platform for amateur radio digital experiments. The use of its wideband digital transponder for file/image transmission is consistent with AMSAT-DL’s guidance for experimental digital modulation on QO-100.

The demonstration underscores a broader theme that’s been developing for years: satellite infrastructure can harden Bitcoin’s communications layer against last-mile failures, censorship, and disaster scenarios.

Blockstream’s Satellite network, for example, continuously broadcasts the Bitcoin blockchain around the world, allowing nodes to stay in sync without a terrestrial connection; developers can also pay Lightning invoices to broadcast arbitrary messages over that network via the Satellite API. Today’s Lightning-over-satellite invoice adds a complementary capability: off-grid dissemination of payment requests, not just blocks or messages.

It also invites careful parsing. While headlines describe a “Lightning payment sent via satellite,” the architecture shown indicates that what traveled through space was the invoice, not the channel-routed payment itself. Once decoded, a wallet still needed normal Lightning connectivity—direct or via a routing node—to settle the invoice before it expired. That distinction matters for reliability claims and for evaluating what parts of the payments stack can operate during internet outages.

Bitcoin’s History In Outer Space

Historically, Bitcoin’s “space” experiments have ranged from block broadcasts to in-orbit signing. In August 2020, SpaceChain executed a multi-signature Bitcoin transaction using hardware aboard the International Space Station, illustrating that private-key operations can be anchored off-planet.

Blockstream’s satellite service, meanwhile, has matured into a 24/7 global broadcast of the Bitcoin blockchain with developer tooling. The Lightning invoice relay through QO-100 slots into that lineage as the first widely publicized Lightning-specific satellite hop.

There are practical constraints. QO-100’s footprint does not cover the Americas, and lawful use of amateur transponders requires adherence to band plans and licensing in each jurisdiction. The hardware profile—parabolic dish, RF front-end, and specialized modem—puts this squarely in the “enthusiast” tier for now.

Lightning-specific considerations persist as well: invoices are time-limited; channel liquidity and route availability still govern payment success; and any truly “air-gapped” settlement would require additional relays or satellite-capable Lightning networking beyond today’s proof-of-concept.

Still, the signal is clear: Bitcoin’s communications resiliency keeps expanding. With satellites broadcasting blocks, APIs that accept Lightning for satellite message uplinks, and now a public demo of a Lightning invoice delivered through space and successfully paid, the system is incrementally decoupling itself from single points of terrestrial failure. Whether for disaster recovery, censorship resistance, or simply engineering curiosity, the frontier of off-grid Bitcoin just pushed a little farther into orbit.

At press time, BTC traded at $114,266.

BTC rises back above $114,000, 1-day chart | Source: BTCUSDT on TradingView.com

Featured image created with DALL.E, chart from TradingView.com

Editorial Process for bitcoinist is centered on delivering thoroughly researched, accurate, and unbiased content. We uphold strict sourcing standards, and each page undergoes diligent review by our team of top technology experts and seasoned editors. This process ensures the integrity, relevance, and value of our content for our readers.





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September 11, 2025 0 comments
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Apple is giving iPhone 14 and 15 users another free year of satellite features
Gaming Gear

Apple is giving iPhone 14 and 15 users another free year of satellite features

by admin September 10, 2025


iPhone 14 and iPhone 15 users are getting another year of free access to satellite connectivity features, according to a footnote on Apple’s newsroom posts for the iPhone 17 and iPhone 17 Pro. “The free trial will be extended for iPhone 14 and iPhone 15 users who have activated their device in a country that supports Apple’s satellite features prior to 12 a.m. PT on September 9, 2025,” Apple says.

Apple originally launched its Emergency SOS service via satellite shortly after it released the iPhone 14 lineup, in November 2022, and at the time, Apple said the feature would be free for the first two years. (The feature is still free for two years after activation on iPhone 14 models and newer.) But in 2023, Apple added an additional free year for existing iPhone 14 users, meaning that the deadline to potentially start paying for the earliest adopters would be November 2025. Now, it appears that deadline has been bumped to November 2026.

With iOS 18 last year, Apple expanded its satellite messaging features to let you text friends or family when you’re off the grid. Today, Apple also announced that the new Apple Watch Ultra 3 will have satellite connectivity features.



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September 10, 2025 0 comments
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DAAPrivacyRightIcon
Product Reviews

Apple gives iPhone 14 and 15 owners an extra free year of satellite connectivity

by admin September 9, 2025


Tucked away in Apple’s iPhone 17 press releases was a bonus for off-grid owners of older models. The company gave iPhone 14 and 15 owners free access to satellite features for another year. This is Apple’s third extension since Emergency SOS via satellite launched with the iPhone 14.

“The free trial will be extended for iPhone 14 and iPhone 15 users who have activated their device in a country that supports Apple’s satellite features prior to 12AM PT on September 9, 2025,” the company’s copy reads. An Apple support page lists Armenia, Belarus, China mainland, Hong Kong, Macao, Kyrgyzstan, Kazakhstan and Russia as unsupported countries.

Apple’s off-grid feature set began in 2022 with Emergency SOS via satellite. In iOS 18, it expanded to include Messages via satellite, Find My access and roadside assistance. The features work through a partnership with Globalstar.

As for why Apple keeps extending the free access, a Redditor floated a logical-sounding theory after last year’s announcement. “I can’t see Apple ever charging for [Emergency SOS via satellite],” u/rotates-potatoes posted. “The positive PR of ‘saved by Apple’ is too good, and the negative PR of ‘died because they didn’t pay $3’ is too bad.” (It’s worth noting that the pricing was speculative. Apple hasn’t said how much it plans to charge.)

You can demo the features on your iPhone right now. To test Emergency SOS, head to Settings > Emergency SOS, and scroll down to “Try Demo” (at the bottom). For the texting feature, go to Settings > Apps > Messages, and scroll down to “Satellite Connection Demo.”



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September 9, 2025 0 comments
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Gear News of the Week: Veo 3 Comes to Google Photos, and Garmin Adds Satellite Comms to a Watch
Product Reviews

Gear News of the Week: Veo 3 Comes to Google Photos, and Garmin Adds Satellite Comms to a Watch

by admin September 8, 2025



Google via Julian Chokkattu

A few months ago, Google debuted a feature in Google Photos that lets you convert your existing photos into short videos using generative AI. These videos introduce slight synthetic movements to your stills, so a person may appear to slightly shift around in the frame, or a picture of your sleeping pup could gain a leg twitch. This week, the company upgraded this feature with its Veo 3 video generation model, which boosts the quality of the results.

To play around with it, head to any photo in Google Photos, tap the three-dot button at the top right, and tap Create. Choose the Photo to Video option, and then pick between Subtle Movement or I’m Feeling Lucky, which will be a little more creative. I tried it on a photo of my wife and it had her raise her arms to make a heart sign. (The fingers looked surprisingly realistic, though my wife exclaimed that her hands looked massive.) Google says you can even combine its Photo to Video tool with other Create tools, like Remix, which can change the style of the photo to a sketch or 3D animation.

The Veo 3-powered version of the feature is now available in the US.

Garmin Finally Launches Watches With Satellite Communication

Courtesy of Garmin

As Taylor Swift and Tom Jones have both observed, “It’s been a long time coming.” Garmin, manufacturer of our favorite outdoor fitness trackers and hands down the best satellite messenger, finally added satellite and cellular communication to a smartwatch. The new Fenix 8 Pro has Garmin’s inReach technology inside, which means you can send messages over satellite or cellular networks to Garmin’s Response team. Not only can you trigger emergency alerts, but you can also send texts, make calls, and check the weather forecasts. It also has a MicroLED screen that can deliver up to 5,000 nits of brightness, making it not only visible in your tent at night but everyone else’s. (That’s a joke.)

There are two versions of the watch. The AMOLED screen comes in 47- and 51-mm sizes and gets up to 27 days of battery life per charge, while the MicroLED version comes only in a 51-mm size and gets up to 10 days of battery life in smartwatch mode. The Fenix 8 is already our favorite outdoor sports watch, and the ability to easily use satellite communication when you need it only makes it even more useful. It almost makes you overlook the sting of its enormous price—the MicroLED version goes for a cool $2,000, which seems less expensive when you consider that you previously may have had several devices to cover your bases before (a smartwatch for work, a fitness tracker for working out, and a satellite communicator for off-grid shenanigans). The AMOLED version is only $1,100. Both models will be available for purchase on September 8. —Adrienne So

Polar Made a Whoop Band

Courtesy of Polar

Fitness tracker company Polar announced the Polar Loop this week, its first screenless tracker that, well … there’s no way to get around it: The Polar Loop looks remarkably similar to the Whoop band, a black, bracelet-style screenless tracker. However, unlike Whoop (which requires a $199 yearly subscription to use), every feature is available on the Polar Loop from day one, with no added fees. Polar’s bracelet is designed for 24/7 wear. Its suite of fitness metrics is more limited—it doesn’t track blood pressure and can’t detect Afib—but it does have auto-activity tracking, sleep tracking, and a few training tools, like Training Load and Fitness Test. Everything is accessible through the Polar Flow app.

I’ve tested many Polar fitness trackers, and Polar’s heart rate monitor is our top pick. While I appreciate the accuracy and beauty of the hardware, I’ve found its app and metrics very difficult to use and parse. As the popularity of the Whoop band and the entire smart ring product category has shown, there is a real hunger for what Polar CEO Sander Werring calls “discreet, screenless experiences.” You can always layer a watch in front of it! —Adrienne So

JBL Is Down to Party

JBL debuted a trio of new Bluetooth speakers, including two large boombox-style party speakers and a cool portable go-anywhere model. The new Boombox 4 and PartyBox 700 may have hilariously on-the-nose names, but they will also offer appropriate amounts of power. The former kicks out 210 watts of power and two additional woofers for more bass than the previous model, with up to 30 hours of play time and a life-proof IP68 rating. The PartyBox 700 is the largest JBL party speaker that runs on battery, with a hilariously loud 800 watts of power and 15 hours of playback; this thing is meant to replace a PA at your next block party. At $550 and $1,099, respectively, these are meant for folks who need seriously loud models.

Courtesy of JBL

The most exciting speaker for most people will be the new JBL Grip, a $100 speaker that has a cool integrated rope hook and a nightlight for in-tent (or under-blanket) reading. Its battery can provide up to 14 hours of playback, and the speaker features JBL’s now-standard Auracast—also available on the above speakers—to allow you to pair multiple speakers together. —Parker Hall

ExpressVPN Mixes Things Up

Courtesy of ExpressVPN

ExpressVPN is overhauling its subsription offerings and phasing out the single, streamlined plan the company has offered for 16 years. In its place are three new plans priced at different tiers, each with different features. It’s a clear hit back at rivals like Surfshark, Nord, and Proton, each of which has built out robust security suites that go far beyond a VPN.

Even with the new options, ExpressVPN’s core service remains intact. The new Basic tier ($13 per month) replaces the subscription ExpressVPN previously offered, with the only difference being a bump from eight simultaneous connections to 10. The next tier is Advanced at $14 per month, and above that is Pro at $20 per month. You can score a discount on any plan by buying an entire year at once.

The new Advanced and Pro tiers include a lot of extras, so it’s worth looking over the list published by ExpressVPN. Some highlights include Keys, ExpressVPN’s password manager, identity theft monitoring on the Advanced plan, and a dedicated IP and data removal services on the Pro plan.



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September 8, 2025 0 comments
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NASA’s Largest Satellite Antenna Ever Has Just Unfurled in Space
Gaming Gear

NASA’s Largest Satellite Antenna Ever Has Just Unfurled in Space

by admin August 27, 2025


A Flower-like satellite has “bloomed” in outer space, unfolding to reveal the largest radar antenna reflector ever put into orbit. The NASA-ISRO Synthetic Aperture Radar (NISAR), a joint project between the US space agency and the Indian Space Research Organization (ISRO), launched on July 30 from the Satish Dhawan Space Center in southeastern India, before unfurling to its full size 17 days later.

The spacecraft is now ready to make full-scale observations of the Earth, and will use radar to track changes on our planet’s surface in unprecedented resolution. It can record the movement of ice sheets and glaciers, crustal deformation caused by earthquakes and landslides, and changes in forest and wetland ecosystems, down to an accuracy of a few centimeters for certain types of terrain. The aim is for NISAR data to help with decision-making in a wide range of fields, including disaster responses, infrastructure, agricultural policy, and food security.

“The successful deployment of NISAR’s reflector marks a significant milestone in the capabilities of the satellite,” Karen St. Germain, director of the Earth Science Division at NASA Headquarters, said in a statement.

A Satellite With Two Eyes

NISAR’s antenna reflector—the device it uses to transmit and receive radar signals—measures 39 feet across, making it the largest such device ever put into orbit by NASA. Made from gold-plated wire mesh, the reflector was attached to the satellite like a folded umbrella. During the four days following the launch, the satellite slowly extended its boom, before the frame of the antenna, which had been held under tension, was released on August 15, allowing the reflector to “bloom” to its full size.

NISAR is the first satellite to carry two types of synthetic aperture radar, or SAR: L-band and S-band. The former penetrates the forest canopy and clouds to detect crustal deformation and ice sheet movement. S-band is sensitive to moisture in snow cover and changes in vegetation. By combining the two, it is possible to record a multilayered record of diverse phenomena ranging from earthquakes and volcanic activity to deforestation. The giant reflector serves as the “eye” that is essential to both systems, focusing the transmitted radar when it is sent down to Earth and receiving and focusing these signals when they bounce back up to the satellite.

“Synthetic aperture radar, in principle, works like the lens of a camera, which focuses light to make a sharp image. The size of the lens, called the aperture, determines the sharpness of the image,” Paul Rosen, NISAR’s project scientist at the Jet Propulsion Laboratory, said in a statement. “Using special interferometric techniques that compare images over time, NISAR enables researchers and data users to create 3D movies of changes happening on Earth’s surface.”

NASA and ISRO engineers working on the deployment of the antenna. The unfurling of the reflector took about 37 minutes.

Photograph: NASA/JPL-Caltech

Technology Decades in the Making

NASA’s Jet Propulsion Laboratory has been developing radars for use on satellites since the 1970s, launching the world’s first ocean observation satellite, Seasat, in 1978, and revealing the topography of Venus’s cloud-covered surface with the planetary probe Magellan in the 1990s.

A culmination of knowledge gained over the decades, NISAR is a product of both US and Indian technology: NASA provided the L-band SAR and data communications equipment, while India’s ISRO was responsible for the S-band SAR and the satellite bus—the infrastructure that handles power, communications, and the satellite’s orientation. ISRO’s ground station was responsible for the launch and initial operations, and experts from both countries worked together to monitor the deployment operations.



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August 27, 2025 0 comments
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