Latest news with #Globalstar
CNET
a day ago
- CNET
My First Look at T-Mobile's Unique Starlink T-Satellite Service Made Me Head Far From Home
Is T-Mobile's new T-Satellite service worth $10 a month to be able to text from almost anywhere outside cellular coverage areas? The Starlink-based satellite service can be a convenience if you're camping or hiking remote areas, but also a communications lifeline for people who don't have regular cellular access or need emergency aid. To test it out, though, I had to find a cellular dead zone. T-Mobile estimates there are 500,000 square miles in the US with no cell coverage, so I left my home in Seattle to find one. After three hours of driving to the wooded North Cascades, I got my chance to see if satellite texting is as easy as everyday cellular texting, and how T-Satellite differs from other satellite services. Watch this: Hands-On with T-Mobile's T-Satellite Service 01:55 How T-Satellite differs from other satellite services Satellite texting is now a big deal: the wireless providers and phone-makers including Apple are betting satellite connectivity is the answer for travelers and people who live in remote areas (and even those impacted by emergencies such as the massive flooding in Texas). It also isn't new. Apple started offering SOS communication backed by Globalstar on the iPhone 14. And later, that allowed emergency texting when you're outside coverage areas -- a literal lifesaver for people injured, lost or stranded in remote areas. The feature also allowed you to share you location via satellite in the Find My app. Apple then expanded the service to include any texting using the Messages app, as well as calling for roadside assistance. CNET's David Lumb used Messages via satellite on his iPhone 15 Pro to text friends and share his thoughts when he summited Mount Haleakalā's peak in Hawaii. Google has a similar feature in its Pixel 9 phones, except the Pixel 9A, which works with satellite provider Skylo. Samsung Galaxy phones, like the recently released Galaxy Z Fold 7 and Z Flip 7, can use Verizon for satellite texting and to contact emergency services through Skylo, too. However, that communication involves a few steps to activate the feature. You need to be outdoors with a clear view of the sky -- no trees or buildings -- and point your phone at a passing satellite, keeping it steady to maintain the connection. With T-Satellite, the experience is quite different. Texting is almost indistinguishable from when you're within cellular coverage. On a Samsung Galaxy S25 Ultra with a T-Mobile plan, opening the Messages app showed the phone already connected to satellite, with a banner reading "You're messaging by satellite." A small satellite icon appears in the menu bar with radiating curves to indicate the status of the connection. The phone has automatically connected to the T-Satellite network, as indicated by its (teeny) status icon. Screenshot by Jeff Carlson/CNET This is due in part to the fact that there are now more than 650 Starlink satellites overhead providing wider coverage, but also because they use a frequency band compatible with most phones sold in the last four don't need a specific phone model that has satellite messaging hardware, such as the Motorola Razr Ultra. The experience of setting up T-Satellite on my iPhone 16 Pro was generally the same. One unique thing about T-Satellite is that T-Mobile is offering the service to anyone, even if they use another carrier for cellular service. In my case, I set up the T-Satellite beta using the second eSIM slot on my phone, and turned off the primary service (AT&T) in order to test just T-Mobile's feature. A solid black satellite icon appears in the menu bar. I should note that I performed this testing a couple days before T-Satellite went live, so it was technically during the T-Satellite beta period, and using a beta version of the Messages app on Android. Plus, I didn't attempt to make an emergency call, either, which on the T-Satellite service would mean dialing 911 in the phone app, versus initiating an SOS text communication using Apple's service. Texting, but sometimes slower Mostly, texting via satellite is just like texting via cellular. The data pipe between the phone and a satellite flying overhead at 17,000 miles per hour is small, so occasionally texts would take several seconds to go through. But sometimes a conversation would happen without any extended lag. By comparison, when CNET's Patrick Holland tested Apple's Messages via satellite feature, he noted that "most sends were nearly instantaneous, others took 15 to 20 seconds with one taking over a minute." One feature going live today for Android is the ability to send images, videos and audio files using Multimedia Messaging Service over the satellite network. On the Galaxy S25 Ultra, I snapped a photo of the lake and sent it using Messages as I normally would. The only difference over satellite is that it took around two and a half minutes to send. On Android, you can send photos via MMS even over the satellite connection. The feature is coming later for iOS. Screenshot by Jeff Carlson/CNET However, MMS is currently only supported on Android; iOS support is coming later. Also arriving in the future -- October, specifically -- is the ability for apps to send and receive data over the satellite connection. T-Mobile has cited AllTrails as an example of apps that'll be compatible with the service. This would be a great use of data for other mapping tools. Although I was never lost on this trip --I pulled into a well-marked scenic overlook to test with a stunning view -- I also made a point of downloading an offline map of the area using Apple Maps while I was still within cellular range. Lingering questions and challenges Not every message went through, and after my limited testing, there are a few areas where more clarity would help. For example, on Android, it wasn't always obvious when I'd lost satellite connection. In theory, with many Starlink satellites overhead, you shouldn't have to worry about pointing at a specific patch of sky to maintain a connection. But at one point after sending a message, some text below it said the app was waiting to connect. Only then did I notice the tiny satellite icon was showing thin gray bars instead of thin black bars. Compare that to Apple's implementation, which uses Dynamic Island to show an impossible-to-miss green status button to indicate a solid connection to a satellite. Or Google's Satellite SOS service, with its full-screen visual prompts that help you stay connected to a satellite or connect to a new one if needed. The prominent green icon in the Dynamic Island indicates a satellite connection when using Apple's satellite texting feature. (The red icon shows that the screen is being recorded and isn't related to the connection.) Screenshot by Jeff Carlson/CNET I also ran into some confusion with my iPhone 16 Pro running T-Satellite as a secondary eSIM. When attempting to text a friend who came along with me and was using Apple's method on his iPhone, I got a message that he was connected via satellite and was given the option to tap Send via Satellite. What I didn't realize at the time was that the connection dropped as I was typing the text. On further research, I discovered that an active third-party satellite connection shows "SAT" in the menu bar. When SAT is replaced by a black satellite icon, it means T-Satellite is no longer connected, but that Apple's satellite option is available; I thought it meant that I was still connected. At one point, I was unable to text my friend who was also using satellite access, even though it appeared to be connected (see the satellite icon in the menu bar). (The red button in the Dynamic Island shows that the screen is being recorded.) Screenshot by Jeff Carlson/CNET Look up, and ahead Will satellite services cover the remaining dead zones and allow easy communication even in remote areas? Based on my experience, the potential is definitely there. It's been less than two years since Apple first launched Emergency SOS via satellite on the iPhone and it's impressive how satellite connectivity has expanded so quickly with the ability to support texting. I appreciate that the T-Satellite implementation is similar to the way millions of people communicate every day via text. Removing friction is key to adopting technologies like this. As companies build up the capacity and performance of satellite services, it's easy to see a near future where you don't have to think about how you're getting data, just as we currently don't ever think about which cellular tower is relaying our data. As someone who lives in cellular-saturated Seattle, I probably won't need to rely on satellite data. But the North Cascades is where I've gone camping for years, so I can see it being occasionally useful, especially if there's ever an emergency situation. As I was juggling my phones and pestering my friends and family with texts, a couple approached to ask what I was doing. They were visiting the area from a small town in northern Idaho near the Canadian border, where cellular coverage is a rarity. After talking for a few minutes, I realized that being able to connect wirelessly via satellite could be a real boon for them, especially in emergencies, but also everyday annoyances when other forms of communication aren't available, like during power outages.
National Post
5 days ago
- Business
- National Post
Globalstar Expands Canadian Ground Station Infrastructure
Article content COVINGTON, La. — Globalstar, Inc. (NASDAQ: GSAT), a next-generation telecommunications infrastructure and technology provider, today announces that construction has commenced at Globalstar's two Canadian ground stations, High River in Alberta and Smiths Falls in Ontario. The expansion adds three additional tracking antennas at each facility, continuing Globalstar's global infrastructure expansion. Article content These two Globalstar-owned facilities have been in continuous operation for over twenty years, providing mobile satellite services across the North American region. Globalstar currently operates four tracking antennas at each of its Canadian ground stations and has commenced construction to add three additional antennas to each location, along with associated infrastructure. Article content The Canadian expansion represents the latest milestone in Globalstar's worldwide effort to deploy over 90 additional tracking antennas supporting its third-generation C-3 mobile satellite system. This global infrastructure investment is designed to deliver next-generation mobile satellite solutions to billions of people and IoT devices. Article content 'Globalstar continues its drive forward with the construction and licensing of a major ground station expansion in Canada, where it has maintained a continuous presence for over 20 years,' said L. Barbee Ponder, General Counsel & Vice President of Regulatory Affairs for Globalstar. 'These significant additional investments in Canada will support new and innovative next-generation mobile satellite products and services throughout the entire North American region.' Article content The Canadian ground station enhancements will support both Globalstar's existing satellite constellation and provide the critical infrastructure necessary for the advanced capabilities of the third-generation C-3 system. Combined with the ongoing expansion in Asia and planned infrastructure investments across multiple continents, these facilities position Globalstar to deliver unprecedented global mobile satellite coverage and capacity. Article content About Globalstar, Inc. Article content Globalstar empowers its customers to connect, transmit, and communicate smarter – easily, quickly, securely, and affordably – offering reliable satellite and terrestrial footprint. connectivity services as an international telecom infrastructure provider. The Company's low Earth orbit ('LEO') satellite constellation ensures secure data transmission for connecting and protecting assets, transmitting critical operational data, and saving lives for consumers, businesses, and government agencies across the globe. Globalstar's terrestrial spectrum, Band 53, and its 5G variant, n53, offer carriers, cable companies, and system integrators a versatile, fully licensed channel for private networks with a growing ecosystem to improve customer wireless connectivity, while Globalstar's XCOM RAN product offers significant capacity gains in dense wireless deployments. In addition to SPOT GPS messengers, Globalstar offers next-generation Internet of Things ('IoT') hardware and software products for efficiently tracking and monitoring assets, processing smart data at the edge, and managing analytics with cloud-based telematics solutions to drive safety, productivity, and profitability. For more information, visit Article content Article content Article content
CNET
6 days ago
- CNET
I Tried T-Mobile's New Satellite Service for Texting in Dead Zones. Here's How It's Different
If you've traveled to remote areas where cellular coverage doesn't reach, you know that anxious feeling when your communications slam to a halt. T-Mobile's new $10 a month Starlink-based satellite texting service, T-Satellite, which went live today, takes a different approach from other satellite services to provide mobile access even within the half a million square miles of wireless dead zones in the US. To test it out, I drove nearly three hours from Seattle until my phone bars abandoned me, giving me a chance to see if satellite texting using T-Satellite is as easy as everyday cellular texting. Watch this: Hands-On with T-Mobile's T-Satellite Service 01:55 How T-Satellite differs from other satellite services Satellite texting is now a big deal: the wireless providers and phone-makers including Apple are betting satellite connectivity is the answer for travelers and people who live in remote areas (and even those impacted by emergencies such as the massive flooding in Texas). It also isn't new. Apple started offering SOS communication backed by Globalstar on the iPhone 14. And later, that allowed emergency texting when you're outside coverage areas -- a literal lifesaver for people injured, lost or stranded in remote areas. The feature also allowed you to share you location via satellite in the Find My app. Apple then expanded the service to include any texting using the Messages app, as well as calling for roadside assistance. CNET's David Lumb used Messages via satellite on his iPhone 15 Pro to text friends and share his thoughts when he summited Mount Haleakalā's peak in Hawaii. Google has a similar feature in its Pixel 9 phones, except the Pixel 9A, which works with satellite provider Skylo. Samsung Galaxy phones, like the recently released Galaxy Z Fold 7 and Z Flip 7, can use Verizon for satellite texting and to contact emergency services through Skylo, too. However, that communication involves a few steps to activate the feature. You need to be outdoors with a clear view of the sky -- no trees or buildings -- and point your phone at a passing satellite, keeping it steady to maintain the connection. With T-Satellite, the experience is quite different. Texting is almost indistinguishable from when you're within cellular coverage. On a Samsung Galaxy S25 Ultra with a T-Mobile plan, opening the Messages app showed the phone already connected to satellite, with a banner reading "You're messaging by satellite." A small satellite icon appears in the menu bar with radiating curves to indicate the status of the connection. The phone has automatically connected to the T-Satellite network, as indicated by its (teeny) status icon. Screenshot by Jeff Carlson/CNET This is due in part to the fact that there are now more than 650 Starlink satellites overhead providing wider coverage, but also because they use a frequency band compatible with most phones sold in the last four don't need a specific phone model that has satellite messaging hardware, such as the Motorola Razr Ultra. The experience of setting up T-Satellite on my iPhone 16 Pro was generally the same. One unique thing about T-Satellite is that T-Mobile is offering the service to anyone, even if they use another carrier for cellular service. In my case, I set up the T-Satellite beta using the second eSIM slot on my phone, and turned off the primary service (AT&T) in order to test just T-Mobile's feature. A solid black satellite icon appears in the menu bar. I should note that I performed this testing a couple days before T-Satellite went live, so it was technically during the T-Satellite beta period, and using a beta version of the Messages app on Android. Plus, I didn't attempt to make an emergency call, either, which on the T-Satellite service would mean dialing 911 in the phone app, versus initiating an SOS text communication using Apple's service. Texting, but sometimes slower Mostly, texting via satellite is just like texting via cellular. The data pipe between the phone and a satellite flying overhead at 17,000 miles per hour is small, so occasionally texts would take several seconds to go through. But sometimes a conversation would happen without any extended lag. By comparison, when CNET's Patrick Holland tested Apple's Messages via satellite feature, he noted that "most sends were nearly instantaneous, others took 15 to 20 seconds with one taking over a minute." One feature going live today for Android is the ability to send images, videos and audio files using Multimedia Messaging Service over the satellite network. On the Galaxy S25 Ultra, I snapped a photo of the lake and sent it using Messages as I normally would. The only difference over satellite is that it took around two and a half minutes to send. On Android, you can send photos via MMS even over the satellite connection. The feature is coming later for iOS. Screenshot by Jeff Carlson/CNET However, MMS is currently only supported on Android; iOS support is coming later. Also arriving in the future -- October, specifically -- is the ability for apps to send and receive data over the satellite connection. T-Mobile has cited AllTrails as an example of apps that'll be compatible with the service. This would be a great use of data for other mapping tools. Although I was never lost on this trip --I pulled into a well-marked scenic overlook to test with a stunning view -- I also made a point of downloading an offline map of the area using Apple Maps while I was still within cellular range. Lingering questions and challenges Not every message went through, and after my limited testing, there are a few areas where more clarity would help. For example, on Android, it wasn't always obvious when I'd lost satellite connection. In theory, with many Starlink satellites overhead, you shouldn't have to worry about pointing at a specific patch of sky to maintain a connection. But at one point after sending a message, some text below it said the app was waiting to connect. Only then did I notice the tiny satellite icon was showing thin gray bars instead of thin black bars. Compare that to Apple's implementation, which uses Dynamic Island to show an impossible-to-miss green status button to indicate a solid connection to a satellite. Or Google's Satellite SOS service, with its full-screen visual prompts that help you stay connected to a satellite or connect to a new one if needed. The prominent green icon in the Dynamic Island indicates a satellite connection when using Apple's satellite texting feature. (The red icon shows that the screen is being recorded and isn't related to the connection.) Screenshot by Jeff Carlson/CNET I also ran into some confusion with my iPhone 16 Pro running T-Satellite as a secondary eSIM. When attempting to text a friend who came along with me and was using Apple's method on his iPhone, I got a message that he was connected via satellite and was given the option to tap Send via Satellite. What I didn't realize at the time was that the connection dropped as I was typing the text. On further research, I discovered that an active third-party satellite connection shows "SAT" in the menu bar. When SAT is replaced by a black satellite icon, it means T-Satellite is no longer connected, but that Apple's satellite option is available; I thought it meant that I was still connected. At one point, I was unable to text my friend who was also using satellite access, even though it appeared to be connected (see the satellite icon in the menu bar). (The red button in the Dynamic Island shows that the screen is being recorded.) Screenshot by Jeff Carlson/CNET Look up, and ahead Will satellite services cover the remaining dead zones and allow easy communication even in remote areas? Based on my experience, the potential is definitely there. It's been less than two years since Apple first launched Emergency SOS via satellite on the iPhone and it's impressive how satellite connectivity has expanded so quickly with the ability to support texting. I appreciate that the T-Satellite implementation is similar to the way millions of people communicate every day via text. Removing friction is key to adopting technologies like this. As companies build up the capacity and performance of satellite services, it's easy to see a near future where you don't have to think about how you're getting data, just as we currently don't ever think about which cellular tower is relaying our data. As someone who lives in cellular-saturated Seattle, I probably won't need to rely on satellite data. But the North Cascades is where I've gone camping for years, so I can see it being occasionally useful, especially if there's ever an emergency situation. As I was juggling my phones and pestering my friends and family with texts, a couple approached to ask what I was doing. They were visiting the area from a small town in northern Idaho near the Canadian border, where cellular coverage is a rarity. After talking for a few minutes, I realized that being able to connect wirelessly via satellite could be a real boon for them, especially in emergencies, but also everyday annoyances when other forms of communication aren't available, like during power outages.
CNET
6 days ago
- CNET
I Tested T-Mobile's Satellite Service: The Hardest Part Was Finding a Dead Zone
Driving the wooded highways of the North Cascades in Washington state, I deliberately pointed my car toward nothing. Specifically, I needed to get out of Seattle to find an area with no cellular coverage so I could try out T-Mobile's new Starlink-based satellite texting service, T-Satellite, with my phone. It was more difficult than I expected. Most areas of the US are covered by some level of cellular service. But that still leaves around 500,000 square miles of wireless dead zones, according to a T-Mobile estimate. For those rural and remote areas, the carrier, other wireless providers and phone-makers including Apple, are betting satellite connectivity is the answer. The wireless bars on my phone finally abandoned me at Lake Diablo, about two and a half hours northeast of Seattle, giving me a chance to bounce messages back and forth from space to test whether T-Mobile has made satellite texting as easy as everyday cellular texting. How T-Satellite differs from other satellite services On one hand, driving 120 miles just to text someone seems like overkill. But texting -- or any immediate outside communication -- slams to a halt when cellular coverage disappears. Satellite texting isn't new. Apple started offering SOS communication backed by Globalstar on the iPhone 14. And later, that allowed emergency texting when you're outside coverage areas -- a literal lifesaver for people injured, lost or stranded in remote areas. The feature also allowed you to share you location via satellite in the Find My app. Apple then expanded the service to include any texting using the Messages app, as well as calling for roadside assistance. CNET's David Lumb used Messages via satellite on his iPhone 15 Pro to text friends and share his thoughts when he summited Mount Haleakalā's peak in Hawaii. Google has a similar feature in its Pixel 9 phones, except the Pixel 9A, which works with satellite provider Skylo. Samsung Galaxy phones, like the recently released Galaxy Z Fold 7 and Z Flip 7, can use Verizon for satellite texting and to contact emergency services through Skylo, too. However, that communication involves a few steps to activate the feature. You need to be outdoors with a clear view of the sky -- no trees or buildings -- and point your phone at a passing satellite, keeping it steady to maintain the connection. With T-Satellite, the experience is quite different. Texting is almost indistinguishable from when you're within cellular coverage. On a Samsung Galaxy S25 Ultra with a T-Mobile plan, opening the Messages app showed the phone already connected to satellite, with a banner reading "You're messaging by satellite." A small satellite icon appears in the menu bar with radiating curves to indicate the status of the connection. The phone has automatically connected to the T-Satellite network, as indicated by its (teeny) status icon. Screenshot by Jeff Carlson/CNET This is due in part to the fact that there are now more than 650 Starlink satellites overhead providing wider coverage, but also because they use a frequency band compatible with most phones sold in the last four don't need a specific phone model that has satellite messaging hardware, such as the Motorola Razr Ultra. The experience of setting up T-Satellite on my iPhone 16 Pro was generally the same. One unique thing about T-Satellite is that T-Mobile is offering the service to anyone, even if they use another carrier for cellular service. In my case, I set up the T-Satellite beta using the second eSIM slot on my phone, and turned off the primary service (AT&T) in order to test just T-Mobile's feature. A solid black satellite icon appears in the menu bar. I should note that I performed this testing a couple days before T-Satellite went live, so it was technically during the T-Satellite beta period, and using a beta version of the Messages app on Android. Plus, I didn't attempt to make an emergency call, either, which on the T-Satellite service would mean dialing 911 in the phone app, versus initiating an SOS text communication using Apple's service. Texting, but sometimes slower Mostly, texting via satellite is just like texting via cellular. The data pipe between the phone and a satellite flying overhead at 17,000 miles per hour is small, so occasionally texts would take several seconds to go through. But sometimes a conversation would happen without any extended lag. By comparison, when CNET's Patrick Holland tested Apple's Messages via satellite feature, he noted that "most sends were nearly instantaneous, others took 15 to 20 seconds with one taking over a minute." One feature going live today for Android is the ability to send images, videos and audio files using Multimedia Messaging Service over the satellite network. On the Galaxy S25 Ultra, I snapped a photo of the lake and sent it using Messages as I normally would. The only difference over satellite is that it took around two and a half minutes to send. On Android, you can send photos via MMS even over the satellite connection. The feature is coming later for iOS. Screenshot by Jeff Carlson/CNET However, MMS is currently only supported on Android; iOS support is coming later. Also arriving in the future -- October, specifically -- is the ability for apps to send and receive data over the satellite connection. T-Mobile has cited AllTrails as an example of apps that'll be compatible with the service. This would be a great use of data for other mapping tools. Although I was never lost on this trip --I pulled into a well-marked scenic overlook to test with a stunning view -- I also made a point of downloading an offline map of the area using Apple Maps while I was still within cellular range. Lingering questions and challenges Not every message went through, and after my limited testing, there are a few areas where more clarity would help. For example, on Android, it wasn't always obvious when I'd lost satellite connection. In theory, with many Starlink satellites overhead, you shouldn't have to worry about pointing at a specific patch of sky to maintain a connection. But at one point after sending a message, some text below it said the app was waiting to connect. Only then did I notice the tiny satellite icon was showing thin gray bars instead of thin black bars. Compare that to Apple's implementation, which uses Dynamic Island to show an impossible-to-miss green status button to indicate a solid connection to a satellite. Or Google's Satellite SOS service, with its full-screen visual prompts that help you stay connected to a satellite or connect to a new one if needed. The prominent green icon in the Dynamic Island indicates a satellite connection when using Apple's satellite texting feature. (The red icon shows that the screen is being recorded and isn't related to the connection.) Screenshot by Jeff Carlson/CNET I also ran into some confusion with my iPhone 16 Pro running T-Satellite as a secondary eSIM. When attempting to text a friend who came along with me and was using Apple's method on his iPhone, I got a message that he was connected via satellite and was given the option to tap Send via Satellite. What I didn't realize at the time was that the connection dropped as I was typing the text. On further research, I discovered that an active third-party satellite connection shows "SAT" in the menu bar. When SAT is replaced by a black satellite icon, it means T-Satellite is no longer connected, but that Apple's satellite option is available; I thought it meant that I was still connected. At one point, I was unable to text my friend who was also using satellite access, even though it appeared to be connected (see the satellite icon in the menu bar). (The red button in the Dynamic Island shows that the screen is being recorded.) Screenshot by Jeff Carlson/CNET Look up, and ahead Will satellite services cover the remaining dead zones and allow easy communication even in remote areas? Based on my experience, the potential is definitely there. It's been less than two years since Apple first launched Emergency SOS via satellite on the iPhone and it's impressive how satellite connectivity has expanded so quickly with the ability to support texting. I appreciate that the T-Satellite implementation is similar to the way millions of people communicate every day via text. Removing friction is key to adopting technologies like this. As companies build up the capacity and performance of satellite services, it's easy to see a near future where you don't have to think about how you're getting data, just as we currently don't ever think about which cellular tower is relaying our data. As someone who lives in cellular-saturated Seattle, I probably won't need to rely on satellite data. But the North Cascades is where I've gone camping for years, so I can see it being occasionally useful, especially if there's ever an emergency situation. As I was juggling my phones and pestering my friends and family with texts, a couple approached to ask what I was doing. They were visiting the area from a small town in northern Idaho near the Canadian border, where cellular coverage is a rarity. After talking for a few minutes, I realized that being able to connect wirelessly via satellite could be a real boon for them, especially in emergencies. We've seen this recently when T-Mobile opened T-Satellite access in communities affected by massive flooding in central Texas -- but it's also useful when other forms of communication aren't available, like during power outages.
Business Wire
15-07-2025
- Business
- Business Wire
Globalstar Enters Cooperative R&D with U.S. Army to Evaluate Edge Processing through Low Probability of Intercept and Detection Systems for Covert Sensing
COVINGTON, La.--(BUSINESS WIRE)--Globalstar (NASDAQ: GSAT), a next-generation telecommunications infrastructure and technology provider, announces a Cooperative Research and Development Agreement (CRADA) with the United States Army. Under the agreement, Globalstar will collaborate with Army research and development teams to evaluate the performance of its advanced satellite data solutions for the Department of Defense including low probability of intercept/low probability of detect (LPI/LPD) communications for covert sensing, unmanned systems, congested logistics tracking, and tagging/tracking/locating (TTL) applications across various mission-aligned use cases. The primary focus of the CRADA is to assess Globalstar's ultra low size, weight, power and cost (SWaP-C) devices, which are well-aligned for long-duration field deployment with zero maintenance. These compact, SWaP-C-optimized solutions are engineered to operate in austere and remote environments, where traditional communications infrastructure is limited, undesirable use, or unavailable. Featuring built-in support for satellite connectivity, Globalstar enables small form factor and low cost for real-time alerting for field activity, environmental anomalies, or unmanned system operations, helping to enhance situational awareness at the tactical edge. Enabling the power of onboard processing at the edge, Globalstar's user terminals make dynamic, intelligent decisions without user intervention. The dynamic nature of the OTA messaging structure enables our devices to function with inherent low-probability-of-intercept (LPI) and low-probability-of-detection (LPD) capabilities. Combining these features with a multipath diversity LEO constellation makes the platform ideally suited for defense applications requiring secure, autonomous operation in contested or communications-denied environments. 'This collaboration reflects our growing engagement with defense and federal partners,' said Globalstar CEO Dr. Paul E. Jacobs. 'We're proud to bring our decades of satellite expertise and emerging terrestrial innovation to support the Army's evaluation of next-generation satellite capabilities.' About Globalstar, Inc. Globalstar empowers its customers to connect, transmit, and communicate smarter – easily, quickly, securely, and affordably – offering reliable satellite and terrestrial connectivity services as an international telecom infrastructure provider. The Company's low Earth orbit ("LEO") satellite constellation ensures secure data transmission for connecting and protecting assets, transmitting critical operational data, and saving lives for consumers, businesses, and government agencies across the globe. Globalstar's terrestrial spectrum, Band 53, and its 5G variant, n53, offer carriers, cable companies, and system integrators a versatile, fully licensed channel for private networks with a growing ecosystem to improve customer wireless connectivity, while Globalstar's XCOM RAN product offers significant capacity gains in dense wireless deployments. In addition to SPOT GPS messengers, Globalstar offers next-generation Internet of Things ("IoT") hardware and software products for efficiently tracking and monitoring assets, processing smart data at the edge, and managing analytics with cloud-based telematics solutions to drive safety, productivity, and profitability. For more information, visit
