Today: 4 July 2026

Mateusz Kaczmarek

Mateusz Kaczmarek is a financial and technology journalist at TS2.tech, covering stocks, artificial intelligence, semiconductors and global market developments. A graduate of the Poznań University of Economics and Business, he previously worked in financial analysis before moving into business journalism. His reporting focuses on technology companies, market trends and the forces shaping global investment markets.

Internet Access in Cuba: From Control to Constellations

Internet Access in Cuba: From Control to Constellations

Cuba was relatively late to join the global internet. The first internet connection on the island was established in 1996 – a modest 64 Kbps link via Sprint in the United States en.wikipedia.org. Throughout the late 1990s and early 2000s, expansion of internet access stagnated due to a combination of factors. The post-Soviet economic crisis left Cuba with scarce funds for new technology, and the government was wary that foreign internet investment could threaten national sovereignty en.wikipedia.org. Additionally, the U.S. embargo made it difficult and costly for Cuba to acquire modern networking equipment en.wikipedia.org. During this period, internet access was tightly controlled: ordinary Cubans could not legally buy computers or cell phones without special permits until 2008 en.wikipedia.org. Before then, connectivity was largely limited to government institutions and shared public terminals, often running over slow satellite links that made access prohibitively expensive en.wikipedia.org worldcrunch.com. Significant change began in the 2010s. In 2011, with help from Venezuela, Cuba installed the ALBA-1 undersea fiber-optic cable, its first fiber link to the global internet. After much secrecy and delay, ALBA-1 became operational for public use in January 2013 en.wikipedia.org, replacing the old satellite-based backbone. This new cable dramatically increased Cuba’s international bandwidth en.wikipedia.org
8 June 2025
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Space-Weather Satellites: Earth’s Cosmic Early Warning System

Space-Weather Satellites: Earth’s Cosmic Early Warning System

Space weather refers to variations in the space environment between the Sun and Earth that can affect technological systems both in orbit and on the ground swpc.noaa.gov. It is generated by solar phenomena—particularly solar flares, coronal mass ejections, high-speed solar wind streams, and solar energetic particle events—that release bursts of radiation and charged particles into interplanetary space. When these disturbances sweep past Earth, they disturb our planet’s magnetic field and upper atmosphere, potentially triggering geomagnetic storms and radiation storms. These events are not just abstract cosmic curiosities; they can have very tangible consequences for modern society. Major solar eruptions “have the potential to negatively affect numerous sectors, including communications, satellite and airline operations, manned space flights, navigation systems, as well as the electric power grid” swpc.noaa.gov. For example, a strong CME impact can induce currents in power lines, disrupt high-frequency radio and GPS signals, damage satellite electronics, and pose increased radiation risks to astronauts and high-altitude flights swpc.noaa.gov spacedaily.com. In short, extreme space weather can wreak havoc on the technological infrastructure that underpins our everyday life space.com swpc.noaa.gov. This is why monitoring and forecasting space weather has become a critical global concern, giving us a “cosmic early warning system” to
8 June 2025
The Croatian Connection: How Fast, Far, and Future-Proof Is Internet Access in 2025?

The Croatian Connection: How Fast, Far, and Future-Proof Is Internet Access in 2025?

Croatia’s internet infrastructure has made significant progress but still shows a gap between urban and rural areas. As of 2022, about 77% of the population are regular internet users trade.gov. In cities and towns, residents typically enjoy fast broadband while rural coverage remains much lower trade.gov. This urban–rural digital divide means connectivity in remote villages and islands can lag behind the capital Zagreb or coastal cities. Fixed broadband uptake nationwide has grown to roughly three-quarters of households – slightly below the EU average – indicating room for further adoption trade.gov. Rural communities especially tend to rely on older DSL lines or mobile networks where fiber isn’t yet deployed. Mobile internet plays a crucial role in bridging gaps. There is near-universal 4G/LTE coverage trade.gov, so even rural users often have basic mobile internet access. Mobile broadband usage is on par with Europe trade.gov. Croatia launched 5G commercially after a spectrum auction in August 2021 trade.gov, and by 2023 had expanded 5G to about 83.4% of the country’s territory trade.gov. However, 5G coverage is more concentrated in urban areas; operators are working to extend 5G to highways, rail routes and eventually rural zones by 2025–2027 en.wikipedia.org en.wikipedia.org. In short, urban Croatians today
8 June 2025
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Côte d’Ivoire’s Internet Revolution: Fiber Optics, 5G Dreams, and Satellite Solutions

Côte d’Ivoire’s Internet Revolution: Fiber Optics, 5G Dreams, and Satellite Solutions

Côte d’Ivoire is undergoing a digital transformation, rapidly expanding internet infrastructure and connectivity across the country Trade. Fueled by government ambition to become a West African digital hub Trade, investments in fiber-optic networks, mobile broadband, and even satellite internet are reshaping how Ivorians access the online world. Internet usage has grown from only a fraction of the population two decades ago to roughly 38–41% of citizens today Internetsociety, but significant gaps remain between urban and rural areas. This report provides a comprehensive look at Côte d’Ivoire’s internet access landscape – from ultra-fast fiber in city centers to innovative satellite projects for remote villages – covering infrastructure status, key providers, usage trends, affordability, policies, recent developments, and how the country stacks up against its West African peers. High-speed internet access in Côte d’Ivoire reflects an urban-rural divide. Over half of Ivorians live in urban areas Datareportal, and cities like Abidjan enjoy extensive 3G/4G coverage and growing fiber deployments. In urban centers, about 50% of the population uses the Internet, compared to only 22% in rural areas Internetsociety. Major cities benefit from multiple mobile operators and fiber rings, while rural communities often rely on basic 2G/3G connections or shared facilities. In remote
8 June 2025
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Eyes on the Infinite: The Next Generation of Space Telescopes Set to Rewrite the Cosmos

Eyes on the Infinite: The Next Generation of Space Telescopes Set to Rewrite the Cosmos

In the coming decade, a trio of advanced space observatories will open new windows on the universe, tackling some of the most profound mysteries in astronomy. These next-generation telescopes – NASA’s Nancy Grace Roman Space Telescope, and the European Space Agency’s PLATO and ATHENA missions – are poised to revolutionize our understanding of everything from dark energy and galactic evolution to exoplanets and high-energy phenomena. Each telescope has distinct goals and cutting-edge technology, but all share a common purpose: to expand our cosmic vision and rewrite the story of the cosmos. Below, we explore each mission in depth, followed by a comparative summary of their key features. Overview and Mission Goals: The Nancy Grace Roman Space Telescope is NASA’s next flagship observatory after the James Webb Space Telescope. Named after NASA’s first Chief of Astronomy, Nancy Grace Roman, this mission is designed to tackle some of the most pressing questions in astrophysics. Roman’s primary objectives are to unravel the mysteries of dark energy and dark matter, explore the growth and structure of the universe, and discover new exoplanets en.wikipedia.org esa.int. Unlike Hubble or Webb, which focus on narrow, deep views, Roman will conduct wide-field surveys – capturing patches of sky
8 June 2025
Cosmic Time Machine: The Jaw-Dropping Science Unleashed by the James Webb Space Telescope

Cosmic Time Machine: The Jaw-Dropping Science Unleashed by the James Webb Space Telescope

The James Webb Space Telescope is the largest, most powerful and most complex space telescope ever launched science.nasa.gov. A joint mission of NASA, ESA, and CSA, JWST serves as a “cosmic time machine” for modern astronomy by using infrared vision to peer back over 13.5 billion years and reveal the earliest stars and galaxies northropgrumman.com science.nasa.gov. With a 6.5-meter gold-coated mirror and ultra-sensitive instruments, JWST can detect objects too distant, faint, or ancient for its predecessor, the Hubble Space Telescope en.wikipedia.org. This enables investigations across every phase of cosmic history – from the first luminous glows after the Big Bang, through the formation of galaxies, stars, and planets, and even to the evolution of our own solar system science.nasa.gov. The telescope’s unprecedented capabilities have already begun to revolutionize astronomy, delivering jaw-dropping images and discoveries that deepen our understanding of the universe and our cosmic origins. Conceived in the 1990s as the “Next Generation Space Telescope”, the project that became JWST had a long and challenging development. Initial plans in 1996 envisioned an 8-meter infrared telescope at the Sun–Earth L2 point, roughly estimated to cost ~$500 million en.wikipedia.org. By 2002, the mission was renamed in honor of James E. Webb and
7 June 2025
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Internet Access in Comoros: From Island Gaps to Satellite Signals

Internet Access in Comoros: From Island Gaps to Satellite Signals

Comoros is a small archipelago nation in the Indian Ocean, comprised of three main islands – Grande Comore, Anjouan, and Mohéli – along with the neighboring French territory of Mayotte freiheit.org. Its geography poses unique challenges for telecommunications: the islands are separated by ocean channels and are volcanic and mountainous, making infrastructure deployment difficult and costly. For many years, Comoros’ insular landscape led to island gaps in connectivity, with limited inter-island links and reliance on expensive satellite connections for external communication. Today, however, the country is undergoing a digital transformation. Undersea fiber-optic cables now connect the islands to each other and to international networks, mobile broadband is expanding, and new satellite services like Starlink are on the horizon. This report provides an overview of Comoros’ geography and telecom infrastructure, the current state of Internet access, the major service providers, key statistics on usage and speeds, pricing and regulatory context, ongoing initiatives to improve access, the challenges that persist, and future prospects for bridging the digital divide in this small island developing state. Island Topography and Isolation: The Union of the Comoros is an archipelago off Africa’s east coast with a total land area just over 2,000 km² worldatlas.com. The islands
7 June 2025
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Hyperspectral Eyes in the Sky: How Space-Based Imaging Is Revolutionizing Earth Observation

Hyperspectral Eyes in the Sky: How Space-Based Imaging Is Revolutionizing Earth Observation

Imagine a satellite that not only takes pictures of Earth, but can also identify what materials compose each pixel of the image. This is the promise of hyperspectral imaging – a technology giving satellites “super-vision” across hundreds of colors beyond human sight. Hyperspectral sensors capture detailed spectral fingerprints of objects by measuring reflected light in dozens or even hundreds of narrow, contiguous wavelength bands Satellitetoday. In contrast, conventional color cameras or multispectral sensors see only a few broad bands of light Satellitetoday. By recording a contiguous spectrum for each pixel, hyperspectral imaging allows analysts to detect subtle differences in composition – for instance, distinguishing a healthy plant from a diseased one by its chlorophyll signature, or identifying minerals in soil from their unique spectral absorption features Satellitetoday Techbriefs. This richer spectral detail comes at the cost of more complex data and processing requirements, but it enables a host of new insights into Earth’s surface and atmosphere. To clarify the differences between standard imaging, multispectral, and hyperspectral, consider the number of spectral bands and what they can reveal:
7 June 2025
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No Signal: The Shocking Digital Divide in the DRC and the Race to Connect Millions

No Signal: The Shocking Digital Divide in the DRC and the Race to Connect Millions

The Democratic Republic of the Congo is a country of over 100 million people, but only about 27% of the population was using the internet as of early 2024 datareportal.com. This means roughly 75 million Congolese remain offline, a staggering digital gap in the heart of Africa datareportal.com. For comparison, just a decade ago in 2013 there were only 1.4 million internet users in the DRC; by 2023 that number surged to 28.9 million – a 40% jump in mobile internet subscribers in three years developingtelecoms.com. Yet despite this growth, the vast majority of citizens still lack basic internet access. Urban residents of Kinshasa or Lubumbashi can watch YouTube or send emails, but many rural villagers live in digital darkness, cut off from the online world. What’s behind this extreme digital divide, and what is being done to bridge it? This report dives into the state of internet access in the DRC, from its threadbare infrastructure to bold new initiatives, revealing an alarming reality – and the opportunities for change. Internet infrastructure in the DRC remains severely underdeveloped. The country’s size and history of conflict have impeded building modern networks. There is no true national fiber-optic backbone linking all provinces
7 June 2025
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Sky Scanners: How SAR Imaging Satellites Are Redefining Earth Observation

Sky Scanners: How SAR Imaging Satellites Are Redefining Earth Observation

Imagine peering down at Earth through thick clouds or the dead of night and still seeing clear images of the surface. Traditional optical satellites are blind in such conditions – in fact, at any given moment about 75% of the planet is obscured either by cloud cover or darkness, making it inaccessible to optical imaging mckinsey.com. Enter Synthetic Aperture Radar imaging satellites – the ultimate "sky scanners" that illuminate the Earth with their own radar vision. SAR satellites are redefining Earth observation by providing 24/7, all-weather eyes on the planet capellaspace.com. From tracking storms through cloud cover to monitoring ground shifts in total darkness, SAR technology is unlocking insights impossible for ordinary cameras. In this report, we explore what SAR is and how it works, the advantages of radar imaging over traditional optics, and the myriad applications that benefit from SAR’s unique capabilities. We will also survey key SAR satellite missions, highlight the major players driving SAR innovation, examine current trends like miniaturization and constellations, discuss the challenges of interpreting radar imagery, and peek into the future of SAR – including the rise of smallSAR constellations and AI-powered image analysis. By the end, it will be clear how SAR imaging
7 June 2025
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Connecting Colombia: Bridging the Digital Divide from Cities to the Amazon

Connecting Colombia: Bridging the Digital Divide from Cities to the Amazon

Colombia has seen rapid growth in internet access, reaching roughly three-quarters of the population online as of 2024 Datareportal. Mobile phones and home broadband have become common in urban areas, transforming how Colombians communicate, work, and learn. However, these gains also mask stark disparities – a deep digital divide separates well-connected cities from rural and remote regions. This report provides a comprehensive overview of internet access in Colombia, including penetration rates, urban vs. rural gaps, key service providers, typical speeds and pricing, the emergence of satellite internet, government initiatives, infrastructure challenges, and future trends. The tone is informative yet accessible, aiming to shed light on both progress and ongoing challenges in connecting all corners of Colombia to the digital world. Internet usage in Colombia has grown dramatically, but there is still room to improve. As of early 2025, an estimated 41.1 million Colombians were internet users, equivalent to about 77% of the population Datareportal. The majority of users access the internet via mobile devices, but fixed broadband subscriptions have also increased. Colombia had about 17 fixed broadband subscriptions per 100 people in 2023, reflecting steady growth in home internet connectivity Theglobaleconomy. In early 2024 there were 39.5 million internet users,
6 June 2025
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Eyes in the Sky: How Satellites Are Revealing Our Changing Climate

Eyes in the Sky: How Satellites Are Revealing Our Changing Climate

Satellites have become our planet’s orbiting guardians, silently circling Earth and gathering data that help scientists unravel the story of climate change. Using advanced sensors, these high-tech observers measure everything from global temperatures and greenhouse gas levels to shrinking ice sheets and disappearing forests. The result is a revolution in climate monitoring – a wealth of information about Earth’s systems that was unimaginable just a few decades ago. This report explores what satellite remote sensing is, how it works, and the key ways satellites are transforming our understanding of climate change. We’ll look at the technologies involved, the breakthroughs enabling ever sharper insights, the benefits for science and society, and also the challenges and limitations of watching the world from space. By the end, you’ll see why agencies like NASA, NOAA, and ESA – and the IPCC itself – view satellites as essential tools in the fight against climate change Esa. Satellite remote sensing is the science of obtaining information about objects or areas from a distance – in this case, using satellites high above Earth Noaa. Instead of physical thermometers or rain gauges on the ground, satellites use sophisticated instruments to detect energy that is reflected or emitted from
6 June 2025
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Chad’s Digital Desert: The Shocking Truth Behind the Country’s Internet Revolution

Chad’s Digital Desert: The Shocking Truth Behind the Country’s Internet Revolution

Chad, a vast landlocked nation in Central Africa, has one of the world’s lowest rates of internet connectivity. As of early 2025, only about 13% of Chadians use the internet, compared to a global average around 60% capmad.com. This places Chad near the bottom globally in internet access. The digital infrastructure is underdeveloped, and most citizens remain offline due to a mix of limited networks, high costs, and challenging geography. Yet change is on the horizon – from ambitious government initiatives to new satellite services promising to close the connectivity gap. This report provides a comprehensive overview of internet access in Chad, examining current penetration, infrastructure, affordability, mobile and broadband services, the advent of satellite internet, government ICT policies, key challenges, and emerging opportunities. Key indicators of Chad’s internet landscape include: These headline numbers show the scale of Chad’s digital divide. In the sections below, we delve into why connectivity remains so scarce, how people who are online get access, what efforts are underway to improve the situation, and whether Chad may be on the cusp of an internet revolution.
6 June 2025
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Everything You Never Knew You Needed to Know About Differential and Precise Point Positioning

Everything You Never Knew You Needed to Know About Differential and Precise Point Positioning

Global Navigation Satellite Systems like GPS have revolutionized how we find our position on Earth. Yet, the standard GPS accuracy often isn’t sufficient for missions like precision farming, engineering surveys, autonomous navigation, or tectonic measurements Esa. To bridge this accuracy gap, two advanced techniques have emerged over the years: Differential GNSS and Precise Point Positioning. These methods take basic GNSS to the next level, achieving sub-meter to centimeter-level accuracy by cleverly handling errors in satellite signals. In this comprehensive report, we’ll dive into what DGNSS and PPP are, how they work, their history and evolution, technical principles, comparisons of performance, real-world applications across industries, benefits and limitations, current technologies, case studies, and future developments. By the end, you’ll have a deep understanding of these high-precision positioning techniques – truly everything you never knew you needed to know about DGNSS and PPP. Differential GNSS is a technique to improve GNSS accuracy by using one or more stationary reference receivers to provide correction data to the user’s receiver. In a typical DGNSS setup, a base station at a known, surveyed location compares its GNSS-derived position to its true position and computes position errors or range corrections for each satellite signal Wikipedia Esa.
6 June 2025
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Internet Access in Cape Verde: Current Status and Outlook

Internet Access in Cape Verde: Current Status and Outlook

Cape Verde has made significant strides in expanding internet access across its islands. As of early 2025, about 73.5% of the population are internet users, up from roughly 72% a year prior datareportal.com datareportal.com. In absolute terms, this represents approximately 387,000 users out of a population of ~526,000 datareportal.com. Internet penetration in Cape Verde is among the highest in Africa, more than double the continental average, and is only surpassed by a few small island states like Mauritius and Seychelles ifc.org. This progress reflects steady growth from near-zero connectivity in the 1990s to today’s relatively widespread usage. Broadband infrastructure has evolved from basic dial-up and DSL to modern fixed and mobile networks. Fixed broadband subscriptions remain limited in scale, but have grown rapidly in recent years. During the pandemic fixed broadband customers surged by 46%, driven by fiber-optic rollouts and higher demand for home internet menosfios.com menosfios.com. Cape Verde Telecom reported passing over 22,000 homes with fiber by the end of 2021, primarily in urban areas menosfios.com. Meanwhile, mobile broadband is the primary mode of access for most Cape Verdeans. There were over 600,000 mobile cellular connections active in early 2025 datareportal.com, reflecting many users with multiple SIMs. Importantly, 91%
6 June 2025
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Global Navigation Showdown: How GPS III, Galileo, BeiDou & GLONASS Upgrades Will Change How You Navigate

Global Navigation Showdown: How GPS III, Galileo, BeiDou & GLONASS Upgrades Will Change How You Navigate

Have you ever taken GPS for granted on your phone and wondered if other countries have their own “GPS”? It turns out an intense global navigation space race is underway – and the upgrades are astonishing. The U.S., Europe, China, and Russia are modernizing and expanding their Global Navigation Satellite Systems like never before. From America’s next-gen GPS III satellites to Europe’s cutting-edge Galileo, China’s ambitious BeiDou system, and Russia’s resilient GLONASS, each is adding new technology, signals, and services. These upgrades promise higher accuracy, stronger signals, new augmentation services, and even centimeter-level precision, redefining how we navigate and use timing worldwide. In this report, we’ll explore each system’s historical background, technical specs, modernization efforts, augmentation services, strategic goals, and use cases. We’ll also compare the systems and peek into the future of navigation. Buckle up – your understanding of “GPS” is about to expand globally! Historical Background: The Global Positioning System, operated by the U.S., was the first GNSS and remains the most ubiquitous. Born out of Cold War military needs, GPS launched its first satellite in 1978 and achieved full global coverage by 1993 ndupress.ndu.edu. Originally a military system, GPS was opened to civilian use and became the
6 June 2025
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The Space Race for the Internet: Inside the Billion-Dollar Satellite Mega-Constellation Boom

The Space Race for the Internet: Inside the Billion-Dollar Satellite Mega-Constellation Boom

Stacks of Starlink satellites awaiting deployment in orbit. A new space race is underway—not for the Moon or Mars, but to blanket Earth in high-speed internet from space. Private companies and governments are launching mega-constellations of satellites by the thousands, aiming to beam broadband connectivity to every corner of the globe. The stakes are enormous: billions of dollars are pouring into these projects, and the outcome could redefine how the world connects and who controls that connectivity. Rocket launches carrying dozens of satellites at a time have become routine, signaling a technological revolution that promises to bridge digital divides and create a truly global internet infrastructure. This report dives into the history, technology, key players, and far-reaching implications of this 21st-century space race. Satellite communications have come a long way since the first communications satellites of the 1960s. Traditional satellite internet relied on a few large geostationary satellites parked 36,000 km above Earth, which provided broad coverage but suffered high latency and limited capacity. Companies like HughesNet and Viasat built GEO-based networks for rural internet, but speeds were slow and lag times of ~600 ms made real-time applications difficult. In the 1990s, pioneers dreamed of low Earth orbit constellations: projects
5 June 2025
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Inside America’s Silent Sentinels: The Untold Story of GSSAP in Space Surveillance

Inside America’s Silent Sentinels: The Untold Story of GSSAP in Space Surveillance

High above Earth, in the crowded expanse of geosynchronous orbit some 22,300 miles up, a set of American satellites quietly keeps watch. These are the Geosynchronous Space Situational Awareness Program satellites – often dubbed “neighborhood watch” satellites – and they form a covert but crucial line of defense in space. Born in secrecy and now a linchpin of U.S. Space Force operations, GSSAP’s “silent sentinels” monitor other spacecraft, guard vital national assets, and exemplify the new era of space surveillance. What follows is an in-depth look at GSSAP’s origins, missions, capabilities, and its role in securing America’s dominance in the high frontier. The GSSAP program began under a veil of classification in the early 2010s as the U.S. Air Force sought better ways to surveil objects in GEO – the orbital ring where critical satellites for communications, navigation, and missile warning reside. The existence of GSSAP was first publicly revealed in 2014 after years of covert development en.wikipedia.org. In July 2014, the Air Force launched the first two operational GSSAP satellites into near-geosynchronous orbit, together with a small experimental satellite known as ANGELS stratcom.mil stratcom.mil. According to Air Force Secretary Deborah Lee James, these spacecraft would “enhance the nation’s ability
5 June 2025
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Mega-Constellations Exposed: How Swarms of Tiny Satellites Are Taking Over Low Earth Orbit

“No Signal? No Problem!” – Next‑Gen Satellite Phones Set to Change Everything

Imagine being able to send a message or make a call from anywhere on Earth, even far outside cellular coverage. That’s the promise driving the development of next-generation handheld satellite phones and advanced antennas. Long seen as bulky gadgets of last resort, satellite phones are now undergoing a revolution. Tech giants, satellite operators, and startups are racing to integrate space-based links into ordinary smartphones and rugged devices alike www2.deloitte.com ts2.tech. The result? Handsets that seamlessly tap satellites when terrestrial networks vanish, miniaturized antennas that fit in pockets, and a wave of innovations that could make “no signal” a thing of the past. This report dives into the latest breakthroughs in satellite phone technology, the key players behind them, technical hurdles being overcome, emerging use cases from disaster response to remote exploration, and what the future holds for truly global connectivity. Satellite communication is shedding its old limitations through bold new innovations in both devices and infrastructure:
5 June 2025
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Orbiting at Zero Speed: How Geostationary Satellites Rule Global Communications

Orbiting at Zero Speed: How Geostationary Satellites Rule Global Communications

A geostationary orbit is a circular orbit around Earth’s equator at approximately 35,786 km altitude where a satellite orbits once per sidereal day in the same direction as Earth’s rotation Wikipedia Esa. This precise altitude and orbital period make the satellite appear motionless at a fixed point in the sky to ground observers. In other words, the satellite orbits with Earth’s rotation, effectively “hovering” over a single longitude. This special orbit was first popularized by Arthur C. Clarke in 1945 as a way to revolutionize global radio communications Space Wikipedia, and the region of space at ~36,000 km altitude above the equator is often called the “Clarke Belt.” In practical terms, a satellite in GEO maintains a constant position relative to the Earth’s surface. Ground antennas can be aimed at that spot permanently without tracking moving targets Wikipedia Wikipedia. The satellite orbits at about 3 km/s to keep pace with Earth’s rotation Esa. Just three such satellites, spaced roughly 120° apart in longitude, can provide near-global coverage because each GEO satellite “sees” about a third of the Earth’s surface from its high vantage point Esa. This wide, continuous coverage and fixed positioning make GEO satellites ideal for communications and other
5 June 2025
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Stock Market Today

  • Micron Kicks Off $9 Billion Japan Plant Expansion
    July 4, 2026, 12:08 PM EDT. Micron Technology (MU) broke ground on its $9 billion expansion at the Western Japan factory. The company said the project will add chip production as demand grows. Micron is looking to ramp up supply for key markets by building out capacity in Asia. Investors are watching the shares as the company moves ahead with this manufacturing push in Japan, which is important to the chip supply chain.
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