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Military Satellite Services: Complete Guide to Secure Communications

Military Satellite Services: Complete Guide to Secure Communications

The United States operates the Advanced Extremely High Frequency (AEHF) constellation, delivering jam-resistant, global, protected military communications including nuclear command and control links. Navstar GPS is a 31-satellite global navigation system that provides precise positioning, navigation, and timing to guide munitions such as JDAM and to synchronize encrypted networks. Defense Support Program (DSP) and the Space-Based Infrared System (SBIRS) form the U.S. early-warning constellation that uses infrared sensors to detect missile launches worldwide. U.S. Keyhole KH-11 optical reconnaissance satellites (and successors) provide high-resolution imagery from space. Russia operates the Liana ELINT constellation, including Lotos-S1 in low orbit and Pion-NKS in
4 June 2025
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Aviation Satellite Services: Benefits, Providers, and New Technologies

Aviation Satellite Services: Benefits, Providers, and New Technologies

By late 2022, more than 10,000 aircraft worldwide were equipped with in-flight connectivity, and about 65% of airlines planned further IFC investments in the next few years. Aireon’s space-based ADS-B payloads on Iridium NEXT have been operational since 2019, enabling global real-time tracking and supporting ICAO’s 15-minute GADSS position reporting standard. COSPAS-SARSAT, a global satellite distress system, relays 406 MHz ELT signals from aircraft to ground stations to coordinate search and rescue and has saved thousands of lives. Global Navigation Satellite Systems—GPS (USA), GLONASS (Russia), Galileo (EU), BeiDou (China)—provide precise positioning, while SBAS like WAAS and EGNOS offer 1–2 meter
4 June 2025
Maritime Satellite Services: Complete Guide to Ship Connectivity & Communications

Maritime Satellite Services: Complete Guide to Ship Connectivity & Communications

L-band MSS terminals, such as Inmarsat FleetBroadband and Iridium Certus, provide global coverage with compact antennas but limited data throughput. Ku-band VSAT (12–18 GHz) has been the maritime workhorse, Ka-band HTS (26–40 GHz) offers higher capacity, while C-band deployments are restricted near shore due to interference and large dish requirements. GEO satellites offer broad coverage with about 600 ms latency, while LEO Iridium NEXT, a 66-satellite constellation upgraded 2017–2019, provides true global L-band coverage and was recognized as a GMDSS provider in 2020. SpaceX Starlink and OneWeb have emerged as disruptive LEO players in maritime, with Starlink signing on nearly
4 June 2025
How Satellite Internet Is Revolutionizing Disaster Response and Humanitarian Relief

How Satellite Internet Is Revolutionizing Disaster Response and Humanitarian Relief

Hurricane Maria in 2017 damaged 95% of cell towers in Puerto Rico, leaving the island largely without phone service. SpaceX’s Starlink uses a low-Earth-orbit (LEO) satellite constellation of hundreds to thousands of satellites, lowering latency to about 20–40 ms with ~600 ms for geostationary satellites. Starlink can deliver 100–200 Mbps per user, versus about 25 Mbps on legacy satellite links. Ground terminals are plug-and-play, roughly pizza-box-sized dishes that require only a power source and a clear view of the sky to connect. In Ukraine since 2022, SpaceX shipped thousands of Starlink terminals, with tens of thousands in operation, becoming essential
4 June 2025
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Internet Access in Cameroon: The Race to Connect a Nation

Internet Access in Cameroon: The Race to Connect a Nation

As of early 2025, about 12.4 million Cameroonians were internet users, representing 41.9% of the population. As of 2024, roughly 60% of Cameroonians live in urban areas, with internet access heavily concentrated in cities and rural areas almost inaccessible. Cameroon’s fiber backbone extends over 12,000 kilometers and is connected to five landfall cables: SAT-3, WACS, ACE, SAIL, and NCSCS, with SAIL linking Kribi to Brazil. Plans are underway to add more than 4,000 kilometers of fiber, expanding the backbone to about 17,000–22,000 km and improving regional redundancy. The mobile market is dominated by Orange Cameroon (about 11.7 million subscribers, 39.6%
4 June 2025
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When the Grid Goes Dark: How Satellite Phones Keep Us Connected in Emergencies

When the Grid Goes Dark: How Satellite Phones Keep Us Connected in Emergencies

Iridium operates 66 active LEO satellites in a cross-linked constellation, providing truly global coverage including the poles. Inmarsat uses 3–4 GEO satellites at about 36,000 km altitude to cover most of the globe from roughly 70°N to 70°S, and its IsatPhone 2 offers 8 hours of talk time. Globalstar runs about 48 LEO satellites to provide regional coverage (roughly 50°N to 50°S) with the Globalstar GSP-1700 handset. Thuraya uses two GEO satellites, with Thuraya 4-NGS launched in 2025 to expand service across Europe, the Middle East, Africa, Asia, and Australia, while it does not cover the Americas. Geostationary satellite networks
4 June 2025
Inside the Sky Shield: How Secure Is Your Satellite Internet?

Inside the Sky Shield: How Secure Is Your Satellite Internet?

Satellite internet data travels from your dish to a satellite, then to a gateway and onto the internet, with traditional GEO orbits at about 35,786 km and newer systems like SpaceX Starlink using low Earth orbit swarms and inter-satellite laser links. Geostationary (GEO) latency is roughly 500–700 ms for a round trip, while Starlink’s low Earth orbit (LEO) latency is about 20–40 ms, impacting secure handshakes such as TLS. Signals require line-of-sight, and because satellite beams cover broad areas, adversaries can jam or disrupt links from within the footprint with a powerful transmitter. Unencrypted satellite downlinks can be intercepted since
4 June 2025
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Satellite vs Fiber Internet: The 2025 Latency & Bandwidth Showdown

Satellite vs Fiber Internet: The 2025 Latency & Bandwidth Showdown

In the race for high-speed internet, satellite and fiber-optic broadband represent two very different approaches. Fiber-optic (terrestrial broadband) is often considered the gold standard – delivering data at nearly the speed of light through glass cables buried underground or strung on poles mcsnet.ca. Satellite internet, by contrast, beams data to orbiting satellites and back to Earth, enabling connectivity virtually anywhere on the planet. Each technology has unique strengths and weaknesses, especially when it comes to latency (network delay) and bandwidth (data throughput). This report provides an up-to-date comparison of satellite vs. fiber internet as of mid-2025, examining how they work,
4 June 2025
The Sky Connect: How Satellite Internet Is Revolutionizing Rural and Remote Life

The Sky Connect: How Satellite Internet Is Revolutionizing Rural and Remote Life

LEO satellites orbit at roughly 500–1,200 km, delivering latency of about 20–50 ms and broadband speeds comparable to terrestrial networks, versus GEO’s ~600 ms latency. SpaceX Starlink has launched over 7,000 satellites since 2019, provides coverage in about 130 countries, had more than 4 million subscribers by late 2024, and offers 50–200 Mbps to rural homes with a pizza-box–sized dish. OneWeb has 618 active LEO satellites with global coverage achieved in early 2023, merged with Europe’s Eutelsat in 2022, and now focuses on enterprise and government backhaul rather than consumer services. ViaSat-3 consists of three GEO high-throughput satellites launched in
3 June 2025
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Battle for the Final Frontier: Starlink vs OneWeb vs Kuiper vs Telesat Lightspeed

Battle for the Final Frontier: Starlink vs OneWeb vs Kuiper vs Telesat Lightspeed

Starlink has launched over 8,000 satellites since 2019, serves 125 countries, and by April 2025 reached the 250th dedicated Starlink launch, establishing SpaceX’s network as the largest in orbit. OneWeb, founded in 2014, began Gen1 launches in 2019 with 618 of 648 satellites deployed by March 2023, filed for Chapter 11 in 2020, was rescued by a UK/India $1 billion bailout, and merged with Eutelsat in September 2023. Project Kuiper, unveiled in 2019, has FCC approval for 3,236 satellites, started production with 27 satellites launched in April 2025 on an Atlas V, uses three shells at 590–630 km with inclinations
3 June 2025
Cambodia’s Internet Boom or Digital Doom? Inside the Kingdom’s Connected Revolution

Cambodia’s Internet Boom or Digital Doom? Inside the Kingdom’s Connected Revolution

Cambodia has over 22 million cellular subscriptions in a population of about 17 million, yielding a mobile penetration of roughly 131.5% due to multiple SIM ownership. As of early 2023, fixed internet subscriptions were about 310,000 nationwide, underscoring a mobile-first connectivity pattern. Cambodia’s first submarine cable, the Malaysia-Cambodia-Thailand link, landed in 2017, and a Hong Kong–Sihanoukville upgrade planned for 2024 will add 640 km of undersea fiber within Cambodian territory. The core backbone is operated by Telecom Cambodia, Viettel/Metfone, and CFOCN, with 38 licensed ISPs and five fiber-infrastructure operators reported in 2023. In early 2023 about 11.37 million Cambodians were
3 June 2025
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Why Starlink Keeps Hitting Red Tape Around the World

Why Starlink Keeps Hitting Red Tape Around the World

In May 2023 the U.S. FCC sided with Starlink over proposed uses of the 12.2–12.7 GHz band, preserving it for satellite services and preventing two-way 5G interference. In August 2022 the FCC denied Starlink’s $885 million Rural Digital Opportunity Fund subsidy due to performance concerns and high equipment costs, including a roughly $600 dish. By late 2024 Starlink had deployed about 7,000 satellites and controlled nearly two-thirds of all active satellites in orbit, signaling its regulatory and market prominence. France’s Conseil d’État annulled Arcep’s Starlink frequency license in April 2022 for lack of a required public consultation, leading to a
3 June 2025
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No Signal? No Problem – Starlink’s Direct-to-Cell Satellites Are Eliminating Dead Zones

No Signal? No Problem – Starlink’s Direct-to-Cell Satellites Are Eliminating Dead Zones

August 2022: SpaceX and T-Mobile announced a partnership to provide direct-to-cell connectivity via Starlink satellites, with texting expected in 2023–24 and voice/data thereafter. January 2024: SpaceX achieved the first SMS directly via satellite, enabling a two-way text conversation between ordinary smartphones relayed entirely through space after the first batch of D2C-equipped satellites launched. Gen2 Starlink satellites carry the Direct-to-Cell payload, and the smaller V2 Mini satellites launched on Falcon 9 in 2023–24 were equipped to support these tests. By late 2024, more than 400 Starlink satellites had Direct-to-Cell capability, enabling voice calls, video calls, and IoT tests such as Cat-1
3 June 2025
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Starlink’s Sky Grab: How SpaceX Is Quietly Rewiring the Global Internet Game

Starlink’s Sky Grab: How SpaceX Is Quietly Rewiring the Global Internet Game

Starlink launched its first batch of 60 satellites in 2019, and by late 2024 the constellation numbered nearly 7,000 satellites in low-Earth orbit. In 2022 Starlink introduced laser inter-satellite links, enabling data to hop between satellites and extending coverage to oceans, polar regions, and remote locales. By mid-2023 Starlink declared global coverage aside from regulatory holdouts, with service reaching Arctic areas and mid-ocean shipping lanes. By early 2024 Starlink was legally available in about 70 countries. Starlink’s user base grew from 1 million by end-2022 to over 4.6 million by end-2024, with more than 5 million users expected by early
3 June 2025
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Inside Burundi’s Digital Struggle: The Truth About Internet Access and the Satellite Solution

Inside Burundi’s Digital Struggle: The Truth About Internet Access and the Satellite Solution

As of January 2025, Burundi had about 1.78 million internet users, roughly 12.5% of ~14 million people, leaving about 88–90% offline. About 99.6% of internet subscriptions are mobile broadband, while fixed broadband is virtually nonexistent with ~0.3% of homes wired and only about 3,000 fixed broadband subscriptions in 2023. 4G coverage reached about 32% of the population in 2023, 3G about 53%, while 2G covers around 97%, leaving many rural areas without true internet. The rural population accounts for about 84% of Burundians, and the government’s Universal Service Fund is rolling out 4G to 178 rural communities, aiming to reach
2 June 2025
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The Shocking Truth About Internet Access in Burkina Faso – From White Zones to Starlink Dreams

The Shocking Truth About Internet Access in Burkina Faso – From White Zones to Starlink Dreams

As of 2023, internet penetration in Burkina Faso is about 20%, with roughly 4.7 million active internet users in a 23 million population. By late 2023 there were about 17 million mobile internet subscriptions, offering ~77% potential coverage though many subscribers are not active. Fixed broadband remains extremely limited, with about 85,000 active fixed internet subscriptions in Q3 2023, up 140% from 2022. There is a pronounced urban–rural gap: 3G reaches about 64% of the country and 4G/LTE about 46%, 85% have basic mobile signal, 15% have no signal, 1,700 white zones were identified in 2022, of which only 183
2 June 2025
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Global Drone Market Outlook (2025–2030)

Global Drone Market Outlook (2025–2030)

In 2024, the total global drone market was about $73 billion, with forecasts to reach roughly $163–165 billion by 2030 at around a 14% CAGR. Some analyses forecast growth from about $30 billion in 2022 to $260.5 billion by 2030, implying a 27–39% annual growth rate. By 2030 the market’s major segments are projected to be: Consumer about $11.6B, Commercial about $55B, Military about $90B, Delivery about $10.5B, and Agricultural about $22.5B in annual revenue. DJI dominates the consumer drone market with an estimated 70–80% global share, over 90% in some sub-categories, led by Phantom and Mavic series as of
2 June 2025
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Everything You Need to Know About Internet Access in Bulgaria (Even the Satellites!)

Everything You Need to Know About Internet Access in Bulgaria (Even the Satellites!)

By 2021, about 65% of fixed broadband subscribers in Bulgaria were on fiber, with gigabit speeds available and Vivacom launching a 10 Gbps fiber service. 5G was launched commercially in 2020, with A1 Bulgaria and Vivacom turning on 5G in 2020 and by the end of 2022 around 70% of the population expected to have 5G coverage. Starlink entered Bulgaria in February 2022, and as of 2025 Neterra is an authorized Starlink reseller offering hardware and support, with typical speeds over 100 Mbps down and 40–60 ms latency at around €60 per month plus a €300 equipment kit. Vivacom holds
2 June 2025
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Satellite Phones: A Comprehensive Report

Satellite Phones: A Comprehensive Report

Iridium, a LEO network, started service in 1998 and operates 66 active cross-linked satellites, delivering near-global coverage, with the Iridium NEXT second-generation network launched in 2019. Globalstar uses 48 satellites (24 second-generation as of 2013), has no inter-satellite links and relies on ground gateways, and Apple’s Emergency SOS on iPhone 14 uses about 85% of Globalstar’s capacity for emergency texts. Inmarsat operates a GEO fleet of about 11 satellites, offers IsatPhone handheld services, the IsatPhone 2 provides ~8 hours of talk time and 160 hours of standby, and Inmarsat expanded with I-4/I-6 series after its 2023 acquisition by Viasat. Thuraya
2 June 2025
You Won’t Believe Brunei’s Internet: 5G Everywhere, 100 Mbps for All – Even Satellites Are Joining

You Won’t Believe Brunei’s Internet: 5G Everywhere, 100 Mbps for All – Even Satellites Are Joining

In 2019 Brunei created Unified National Networks (UNN), a wholesale network consolidating fixed, mobile, and submarine infrastructure for DST, imagine, and Progresif. In June 2023 Brunei officially launched nationwide 5G with about 90% of the population covered. A Fixed Broadband Uplift Program raised the baseline fixed broadband speed to 100 Mbps for all subscribers and tested 1 Gbps in a pilot. The three retail ISPs are Datastream Digital (DST), imagine, and Progresif, all reselling capacity via UNN. Brunei’s international connectivity is governed by three submarine cables—SEA-ME-WE3, the Asia-America Gateway (AAG), and the Southeast Asia-Japan Cable (SJC)—all under UNN. About 99%
2 June 2025
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