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Space 21 June 2025 - 26 June 2025

China’s AO-MDR Laser Link Delivers 1 Gbps from Geostationary Orbit

China’s AO-MDR Laser Link Delivers 1 Gbps from Geostationary Orbit

Chinese researchers have achieved a record-breaking 1 gigabit-per-second data downlink from a satellite in geostationary orbit using an optical laser link – with a laser device as weak as a “night light” or candle in power scmp.com scmp.com. In a recent demonstration, a 2-watt laser beam transmitted data to a ground station at 1 Gbps, a speed about five times faster than SpaceX’s Starlink network typically delivers to users scmp.com interestingengineering.com. This milestone showcases a new technology dubbed “AO-MDR synergy,” which allowed the laser signal to punch through Earth’s turbulent atmosphere without significant quality loss scmp.com defencepk.com. The achievement, led by Prof. Wu Jian of Peking University of Posts and Telecommunications and Liu Chao of the Chinese Academy of Sciences, opens the door to next-generation satellite communications that rival terrestrial fiber-optic speeds.
26 June 2025
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Orbiting Eyes: How Space-Based ADS-B Is Revolutionizing Air Traffic Surveillance

Orbiting Eyes: How Space-Based ADS-B Is Revolutionizing Air Traffic Surveillance

Automatic Dependent Surveillance–Broadcast is an aircraft surveillance technology that has transformed how air traffic is monitored. In simple terms, ADS-B equips aircraft with GPS-based transponders that automatically broadcast their precise position, identity, altitude, velocity and other data to anyone with the proper receiver faa.gov aireon.com. The system is dependent on onboard navigation sources for accuracy and broadcasts its information periodically without any pilot or controller input faa.gov. ADS-B emerged in the early 2000s as part of aviation modernization efforts to replace or augment traditional radar. Unlike radar – which sends out radio waves and requires bulky ground antennas to detect reflected signals – ADS-B uses satellite navigation signals and direct broadcasts from aircraft faa.gov faa.gov. In effect, ADS-B leverages satellites for positioning instead of ground-based radar, allowing more precise and frequent updates faa.gov.
26 June 2025
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Latest Satellite News & Insights 26.06.2025

Latest Satellite News & Insights 26.06.2025

NASA’s James Webb Space Telescope captured images of exoplanet TWA 7b, a Saturn-mass planet orbiting the young star TWA 7, using high-contrast imaging and a coronagraph. Israeli airstrikes on western Iran targeted military satellites, air defense systems, and missile infrastructure, using around 20 fighter jets and over 30 munitions. ESA’s Biomass satellite, launched in April, released its first images mapping global forests using radar to measure the carbon stored in forests. A transient radio signal from NASA’s long-inactive Relay 2 satellite was detected on Earth, likely caused by an electrostatic discharge. The U.S. Space Force’s FY26 budget includes $277 million
26 June 2025
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Orbital Quantum Leap: First Photonic Edge-Computing Satellite Set to Transform Space Data Processing

Orbital Quantum Leap: First Photonic Edge-Computing Satellite Set to Transform Space Data Processing

Space-Based Quantum Revolution – In a historic milestone for space and quantum technology, a photonic quantum computer no larger than a shoebox has been launched into Earth orbit. Riding aboard SpaceX’s Transporter-14 mission on June 23, 2025, this miniature quantum processor – the first of its kind in space – promises to rewrite how satellites handle data Interestingengineering Dig. Developed by an international team led by physicist Philip Walther at the University of Vienna, the device is designed to withstand the harsh environment of orbit while performing advanced computations on-board. This breakthrough could enable satellites to analyze imagery and sensor information in real-time, beaming down insights instead of raw data, and it foreshadows profound impacts on wildfire monitoring, secure communications, and even deep-space exploration.
25 June 2025
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China’s “Night‑Light” Laser vs. Starlink: What a 2‑Watt Beam Really Means for the Coming Orbital Arms Race

Laser Leapfrog: Inside China’s Record-Breaking 1 Gbps Geo-Laser Link and the Post-Starlink Future of Space Internet

Imagine beaming a high-definition movie across the globe in less than five seconds using a laser as weak as a night-light. This seemingly sci-fi scenario just became reality: from a geostationary orbit 36,000 km above Earth, a Chinese satellite used a mere 2-watt laser to transmit data to the ground at 1 gigabit per second – roughly five times faster than Elon Musk’s Starlink network typically delivers scmp.com. This record-breaking demonstration in June 2025 leapfrogs current satellite internet speeds and showcases a bold new direction for space-based communications. Below, we delve into the technical triumph, how it stacks up against Starlink, and what it means for the future of the global space internet.
25 June 2025
EU Declares War on Space Junk: A Deep Dive into the New Space Act, the Starlink Dilemma and the Hidden Climate Costs of Orbital Debris

EU Declares War on Space Junk: A Deep Dive into the New Space Act, the Starlink Dilemma and the Hidden Climate Costs of Orbital Debris

The European Commission’s freshly‑minted EU Space Act lands at the very moment low‑Earth orbit is sliding from boomtown to bottleneck. Behind the headline pledge to fine careless satellite operators lurks a hard truth: more than 40 000 tracked objects, 7 500+ Starlink spacecraft alone, and upward of 120 million un‑tracked fragments already threaten satellites, science and Earth’s atmosphere. This report unpacks what the Act would change, why megaconstellations are the flash‑point, and how experts warn that burning satellites could stall ozone recovery just as surely as a Kessler‑style collision chain.
25 June 2025
Historic Liftoff! Poland’s “Star Scientist” Launches on SpaceX Dragon—All the Inside Details on the Ax-4 Mission, Crew and Experiments

SpaceX’s ‘Grace’ Roars to Orbit: Axiom Mission 4 Sends India, Poland & Hungary Back to Space — and Signals the Dawn of a Truly Global Commercial ISS Era

A pre‑dawn launch from Kennedy Space Center on 25 June 2025 vaulted four astronauts from four nations into orbit aboard a brand‑new Dragon capsule they christened Grace. The two‑week private mission, arranged by Houston‑based Axiom Space and flown by SpaceX, is more than a spectacular rocket ride: it is a stress‑test of the business case for commercial research in low Earth orbit, a geopolitical milestone for three emerging spacefaring countries, and a rehearsal for Axiom’s own successor to the International Space Station. Below is an in‑depth briefing on what happened, who is flying, why the flight was delayed, the science they will perform, and what it means for the future “space economy.”
25 June 2025
Historic Liftoff! Poland’s “Star Scientist” Launches on SpaceX Dragon—All the Inside Details on the Ax-4 Mission, Crew and Experiments

Historic Liftoff! Poland’s “Star Scientist” Launches on SpaceX Dragon—All the Inside Details on the Ax-4 Mission, Crew and Experiments

At 02:31 EDT a brand-new SpaceX Crew Dragon christened Grace roared off pad 39A, carrying four astronauts on Axiom Mission 4—and with them the dreams of three nations returning to human space-flight after more than four decades. Among the passengers is Dr Sławosz Uznański-Wiśniewski, who just became the second Pole ever—and the first Polish national on the ISS. wiadomosci.onet.pl reuters.com
25 June 2025
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Jeff Bezos vs. Elon Musk: How Amazon’s New Kuiper Satellites Could Disrupt a $100 Billion Space‑Internet Gold Rush

Space Race Frenzy: Exploding Starships, Quantum‑Proof Satellites & Europe’s Billion‑Dollar Constellation Shake‑Up — Everything That Hit Orbit TODAY (24 June 2025)

The past 24 hours delivered a blizzard of space headlines: an explosive Starship test darkened Elon Musk’s Mars timeline; Europe’s “Project Bromo” megaconstellation stalled amid board‑room drama; the U.S. Space Development Agency surprised the Pentagon by lofting a prototype SATCOM bird four months early; T‑Mobile promised Starlink‑powered mobile data for every U.S. dead‑zone; and a shoebox‑sized CubeSat beamed the world’s first post‑quantum–encrypted message from orbit. Below is a curated briefing on the stories that actually matter, why experts say they are consequential, and what to watch next.
24 June 2025
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Space Race 2.0: A Shoebox‑Sized Quantum Satellite Blasts Off—Can It Make Hackers Obsolete?

Space Race 2.0: A Shoebox‑Sized Quantum Satellite Blasts Off—Can It Make Hackers Obsolete?

The maiden flight of QUICK³, a 4 kg CubeSat led by Germany’s Technical University of Munich, has hurled quantum‑secure communications research into orbit. Launched 23 June 2025 on SpaceX’s Transporter‑14 rideshare from Vandenberg SFB, the nanosatellite carries the first true single‑photon source ever flown, a laser‑pumped hexagonal‑boron‑nitride chip that could underpin an unhackable global data network. Over the next few months the mission will verify both the hardware’s survivability and one of quantum theory’s most fundamental postulates—the Born rule—under micro‑gravity. If successful, QUICK³ will shorten the path toward a constellation of hundreds of low‑cost quantum relay satellites and fundamentally new cybersecurity standards.
24 June 2025
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Space Superpower Play: How ICEYE’s Radar Satellites Are Turbo-Charging NATO’s ‘Aquila’ Constellation – and Why It Could Change Intelligence Forever

Space Superpower Play: How ICEYE’s Radar Satellites Are Turbo-Charging NATO’s ‘Aquila’ Constellation – and Why It Could Change Intelligence Forever

NATO’s biggest space-data deal to date pairs the Alliance’s new Alliance Persistent Surveillance from Space programme with the world’s largest commercial radar-satellite fleet, run by Finnish unicorn ICEYE. Below you’ll find a deep-dive on what the contract actually covers, why it matters strategically and commercially, the technology under the hood, and the open questions still keeping generals and investors awake at night.
24 June 2025
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Jeff Bezos vs. Elon Musk: How Amazon’s New Kuiper Satellites Could Disrupt a $100 Billion Space‑Internet Gold Rush

Jeff Bezos vs. Elon Musk: How Amazon’s New Kuiper Satellites Could Disrupt a $100 Billion Space‑Internet Gold Rush

Amazon’s second batch of Project Kuiper satellites roared into orbit on 23 June 2025, moving Jeff Bezos one giant step closer to challenging Elon Musk’s Starlink dominance. The launch doubles Kuiper’s on‑orbit fleet to 54 craft, jump‑starts an aggressive cadence of more than 80 contracted launches, and starts a 12‑month sprint toward limited customer service by year‑end 2025—just in time to meet a looming U.S.‑regulatory deadline. Meanwhile, Starlink has crossed five million users and is racing toward $12 billion in annual revenue, but faces valuation doubts, spectrum fights and rising geopolitical push‑back. Below is a deep dive into the facts, the numbers, and what experts say comes next.
23 June 2025
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Space‑Laser Shockwave: Inside China’s 2‑Watt Orbital Beam That Claims to Outgun Starlink and Reshape the Security Balance in Space

China’s ‘Night‑Light’ Laser Satellite Leaves Starlink in the Dust—What It Means for the Future of Space Internet and Warfare

A Chinese team has just fired a laser “no brighter than a candle” from geostationary orbit and moved one gigabit of data per second—roughly five times what Starlink typically delivers—proving that low‑power optical links can beat today’s largest low‑Earth‑orbit constellation on both speed and altitude. Behind the headline is a deeper story of adaptive‑optics wizardry, China’s megaconstellation push, and a rapidly escalating security contest in space. Below is a comprehensive, source‑rich explainer that unpacks how the demo works, why experts disagree on its significance, and what happens next.
23 June 2025
Laser vs. Radar: Shocking Secrets of Earth’s Shrinking Ice Revealed from Space

Laser vs. Radar: Shocking Secrets of Earth’s Shrinking Ice Revealed from Space

In a world warming faster than ever, the planet’s frozen extremes are undergoing dramatic change – and two ingenious satellites are on the front lines of discovery. NASA’s ICESat-2 and ESA’s CryoSat-2 use cutting-edge laser and radar technology, respectively, to map our planet’s ice in unprecedented detail from space. These twin missions have revolutionized how we observe the cryosphere – Earth’s frozen realms of ice sheets, glaciers, and sea ice – uncovering startling truths about melting ice and rising seas. In this report, we’ll explore each mission’s goals and technology, their breakthrough findings, and how together they’re transforming climate science and policy. Prepare for a journey to the frozen frontier through the eyes of two satellites that are rewriting the story of Earth’s ice.
23 June 2025
Global Space Launch Roundup (June 2025): SpaceX, ULA, Blue Origin, Rocket Lab, Honda, CNSA and More

Global Space Launch Roundup (June 2025): SpaceX, ULA, Blue Origin, Rocket Lab, Honda, CNSA and More

Recent policy changes in Texas are shaping SpaceX’s launch operations at Starbase. In June 2025, Texas lawmakers approved measures giving the newly incorporated city of Starbase – effectively a SpaceX company town – authority to close public roads and beaches for rocket activity texastribune.org texastribune.org. This allows Starbase officials to shut down State Highway 4 and Boca Chica Beach during launches or tests, shifting that power away from county authorities to city commissioners closely tied to SpaceX texastribune.org texastribune.org. Local activists and indigenous groups opposed the bill, arguing it would curtail public beach access and benefit “the people in the company town” over the general public texastribune.org texastribune.org. Despite objections, the provision passed as part of a broader Texas Space Commission bill, marking a win for SpaceX’s operations. The FAA has already increased SpaceX’s permitted launches at Starbase from 5 to 25 per year texastribune.org, and with the new law, SpaceX’s Starbase launches can proceed with fewer local hurdles – a development to watch as the company ramps up Starship test flights.
23 June 2025
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Mauritius Online: How a Paradise Island is Beaming Broadband (Even from Space)

Mauritius Online: How a Paradise Island is Beaming Broadband (Even from Space)

Mauritius, known for its remote tropical locale, boasts one of Africa’s highest rates of internet connectivity. As of early 2025, an estimated 1.01 million Mauritians were using the internet, representing about 79.5% of the population Datareportal. In fact, the country now has more broadband subscriptions than people – over 2.2 million internet subscriptions by 2024 Icta. This figure reflects the common use of multiple connections per person, such as a home fiber line alongside mobile data on smartphones. Virtually all internet access in Mauritius is broadband, with narrowband now practically extinct Govmu Govmu.
22 June 2025
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Space‑Laser Shockwave: Inside China’s 2‑Watt Orbital Beam That Claims to Outgun Starlink and Reshape the Security Balance in Space

Space‑Laser Shockwave: Inside China’s 2‑Watt Orbital Beam That Claims to Outgun Starlink and Reshape the Security Balance in Space

China’s June 2025 experiment beaming 1 Gbps of data from geostationary orbit with a laser barely brighter than a night‑light has electrified the telecom industry—and alarmed military planners worldwide. Multiple open‑source reports agree that the demonstration proves China can move high‑bandwidth traffic five times faster than today’s Starlink downlinks while using a fraction of the power, thanks to a new “AO‑MDR synergy” optics trick. Yet analysts caution that headlines such as “pulverizes Starlink” exaggerate the event; nothing was actually destroyed. What the feat really signals is a maturing Chinese playbook that merges commercial innovation with counter‑space doctrine, pushing the United States and its allies to accelerate their own directed‑energy defences.
22 June 2025
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Mind‑Blowing Satellite Images Reveal Fordow’s Cavernous Crater: Inside the High‑Resolution Photo Forensics that Exposed the Collapse of Iran’s Underground Nuclear Fortress

Shock From Space: Commercial Satellite Photos Reveal How U.S. Bunker‑Busters Crushed Iran’s Fordow Nuclear Mountain

SummaryNewly released high‑resolution pictures from Maxar and Planet Labs show the once‑impenetrable Fordow uranium‑enrichment plant gashed open after the 22 June U.S. air‑strike, with blast‑sealed tunnel mouths, greyed mountain rock and lingering smoke plumes. Image‑forensics, expert interviews and open‑source intelligence indicate that successive GBU‑57 “Massive Ordnance Penetrator” bombs pulverised access shafts, cut external power and likely collapsed internal galleries. While Tehran and the IAEA report no off‑site radiation, analysts say excavation alone could take many months—buying Washington and Jerusalem a strategic pause in Iran’s nuclear advance. Below is a deep‑dive into what the pixels show, how they were interpreted, and what the geopolitical fallout may be.
22 June 2025
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100 Game-Changing Space & Satellite Companies Shaping Our Future in Orbit

100 Game-Changing Space & Satellite Companies Shaping Our Future in Orbit

The global space economy was valued at around $630 billion in 2023 and is projected to reach $1.8 trillion by 2035 smartbranding.com. Driving this growth are pioneering companies from across the world, building rockets, deploying satellites, and delivering new services from orbit. Below we highlight 100 of the most important space and satellite companies worldwide – spanning launch providers, satellite manufacturers, telecommunications giants, Earth observation firms, in-orbit servicing startups, and more. These game-changing companies are pushing the boundaries of technology and shaping our future in space.
22 June 2025
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Sky Watchers: The 2025–2033 Boom in Weather & Climate Satellite Constellations

Sky Watchers: The 2025–2033 Boom in Weather & Climate Satellite Constellations

The period 2025–2033 is witnessing an unprecedented boom in satellite constellations dedicated to weather forecasting and climate monitoring. Around the globe, space agencies and private companies are deploying hundreds of new satellites to observe Earth’s atmosphere, oceans, and environment with greater fidelity and frequency than ever before. In fact, forecasts indicate over 5,400 Earth observation satellites will be launched from 2024 to 2033, nearly triple the number from the previous decade Mundogeo. This surge is driven by advances in miniaturization, lower launch costs, and the urgent need for high-quality data on weather patterns and climate change. The result is a rapidly expanding network of satellites – from large next-generation meteorological observatories to swarms of CubeSats – that promise global coverage, faster revisit times, and new environmental insights. This report provides an overview of this landscape, examining major government programs, private-sector constellations, upcoming missions, technological trends, and the market and geopolitical forces shaping this boom.
21 June 2025
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