Latest Satellite News & Insights 23.06.2025

Eutelsat Opens New Station in Angola, Advancing Digitalization Goals

Eutelsat has inaugurated a new satellite ground station in Angola’s Luanda-Bengo Special Economic Zone, investing $15 million in capital and projecting $5 million in operational costs over the next decade. The facility will extend Eutelsat-OneWeb’s low Earth orbit (LEO) satellite network across Angola and Central Africa, aiming to bridge the digital divide and support socio-economic development. The gateway, built in partnership with Paratus Group, will enhance digital services for schools, hospitals, and government buildings. This move aligns with Angola’s push to modernize its telecom infrastructure and become a digital hub in Africa. Eutelsat plans to spin off the ground station infrastructure following a sale-and-leaseback deal with EQT worth $831 million.

Continue reading on datacenterdynamics.com

See the First Artificial Solar Eclipse Image from Proba-3!

Scientists reported that images are being processed at the Royal Observatory of Belgium. To obtain a complete picture, experts used three frames with different exposures. This suggests the use of advanced imaging techniques, likely for astronomical observations or space missions, enabling detailed analysis of celestial objects or phenomena.

Continue reading on techinsider.ru

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

Texas lawmakers have granted the newly incorporated city of Starbase—effectively run by SpaceX—authority to close roads and beaches for rocket launches, streamlining SpaceX’s Starbase operations and reducing local hurdles. The FAA has also increased Starbase’s annual launch limit from 5 to 25. SpaceX continues its rapid launch cadence, deploying Starlink satellites and executing double-header launch days, including rideshare missions carrying diverse payloads like Varda Space’s pharmaceutical capsule and Celestis’s memorial payload. Meanwhile, United Launch Alliance (ULA) is preparing to launch Amazon’s Project Kuiper broadband satellites, with the next Atlas V mission scheduled for June 23, 2025, after a technical delay. These developments highlight intensifying activity in commercial spaceflight and satellite broadband.

Watch Honda launch (and land) its 1st reusable rocket in this wild video

Honda has successfully launched and landed a prototype reusable rocket during a 56-second vertical takeoff and landing (VTOL) test at its Taiki, Hokkaido facility. The rocket reached an altitude of 271.4 meters and landed just 37 centimeters from its target. Measuring 6.3 meters in length and weighing up to 1,312 kg when fueled, the rocket is part of Honda’s ongoing fundamental research into reusable spaceflight technology. The company aims to achieve a suborbital launch by 2029 but has not yet decided on commercialization. Honda is also collaborating with JAXA on human space exploration technologies, joining other emerging Japanese rocket firms in advancing the nation's private space sector.

Continue reading on space.com

Satellite Images Reveal Which Bucharest Sectors Are the Greenest: Sector 1 Leads Thanks to Herăstrău Park

A civic project called "Bucureștiul meu" analyzed the green space distribution across Bucharest’s sectors using Sentinel-2 satellite imagery from June 8. The analysis, based on NDVI data provided by the Copernicus program, measured visible vegetation in 10×10 meter pixels, including parks, urban forests, meadows, private gardens, abandoned vegetated areas, and visible tree groups. The study found significant variation between sectors, with some exceeding 50% green space coverage. However, the project notes that not all detected green areas are accessible or useful for recreation. The results and detailed sector breakdowns are available on the project's Instagram page.

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Is there a rocket launch today in California? Upcoming SpaceX schedule from Vandenberg

At least two more SpaceX launches are scheduled from California’s Vandenberg Space Force Base in June 2025. The first, Transporter 14, is a rideshare mission set for June 23, deploying up to 70 small satellites into sun-synchronous orbit via a Falcon 9 rocket. The second, Starlink 15-7, is planned for June 28 and will deploy Starlink V2 mini satellites into low-Earth orbit, also using a Falcon 9. Both launches will feature booster landings on the drone ship "Of Course I Still Love You" in the Pacific Ocean. Launch dates may shift due to weather or technical issues. These events should be visible across much of California.

Continue reading on vcstar.com

Amazon Launches 27 More Satellites for Project Kuiper Internet Network in Earth Orbit

United Launch Alliance’s Atlas V rocket has launched a second batch of 27 Amazon Project Kuiper satellites into low Earth orbit, advancing Amazon’s plan to build a global broadband network to compete with SpaceX’s Starlink. With 54 satellites now in orbit, Amazon aims to deploy 3,232 satellites, with half required by mid-2026 per FCC rules. Project Kuiper’s manufacturing and mission operations are based in Washington state. Service is expected to begin later this year, with launches booked on multiple rockets, including ULA, Blue Origin, Arianespace, and SpaceX. The initiative is a multi-billion-dollar investment, intended to boost Amazon’s cloud and commerce services by providing high-speed internet to underserved regions. Pricing details remain undisclosed.

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European Satellite Operators Elevate Communication Services to Higher Orbits – Network & Security Channel – ZDNet China

Ukraine’s Kyivstar has received regulatory approval to test Starlink’s direct-to-cell (D2C) satellite service, following successful SIM integration tests in the US. The D2C service, supporting SMS and OTT messaging, is planned for launch in Q4 2025, targeting improved connectivity in rural, damaged, or emergency-affected areas. Field tests will begin in Ukraine this summer. Meanwhile, CTO announced the imminent launch of its first regenerative 5G millimeter-wave payload (J-1 mission), aiming to demonstrate ultra-fast, low-latency 5G transmission from very low Earth orbit. CTO’s constellation will provide high-speed, low-latency connectivity, especially in underserved regions, using a shared infrastructure model to complement existing fiber and cellular networks. These developments highlight Europe’s rapidly advancing space communications sector.

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SpaceX to launch 150 capsules of ashes and DNA into space; here's why people are doing it | – The Times of India

SpaceX, in partnership with Celestis and The Exploration Company (TEC), will launch over 150 capsules containing cremated remains and DNA samples into low Earth orbit on June 23 as part of the Transporter 14 rideshare mission. Dubbed the Perseverance Flight, this mission allows families to send loved ones’ remains or DNA into space, with the capsules orbiting Earth before reentering and splashing down in the Pacific for recovery. This marks Celestis’ 25th mission and TEC’s second demonstration ahead of its Nyx Earth vehicle. The mission highlights the growing trend of space burials, offering a unique, symbolic tribute for space enthusiasts and reflecting the increasing personalization of commercial spaceflight.

Continue reading on timesofindia.indiatimes.com

Les milliers de satellites Starlink dans le ciel privent les astronomes de signaux essentiels

SpaceX’s Starlink constellation, with 7,600 satellites in low Earth orbit and plans for up to 12,000, is increasingly providing global internet access but is causing unintended radio frequency interference that disrupts scientific observations. Researchers from Curtin University’s International Centre for Radio Astronomy Research found that Starlink’s v2-mini-Ku satellites are the main source of these electromagnetic leaks, which sometimes affect protected radio astronomy frequencies. Despite international regulations safeguarding 3.7% of the SKA-Low telescope’s bandwidth, this protection is proving inadequate. The interference threatens sensitive research, such as detecting faint signals from the early universe. Scientists urge more dialogue and stricter regulations to prevent Starlink emissions from hindering major astronomical discoveries.

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Quantum Leap: Satellite QKD Market Growth & Global Data Security Forecast (2024–2031)

Satellite-based Quantum Key Distribution (QKD) is emerging as a crucial technology for cybersecurity, addressing threats posed by quantum computers to current encryption methods. From 2024 to 2031, the sector is expected to shift from pilots to early commercial services, with the global QKD market projected to grow from $480 million in 2024 to $2.6 billion by 2030. Satellite QKD, enabling global quantum-secure links, is anticipated to reach $1.1 billion by 2030, driven by government and defense demand. Major programs in China, Europe, and the US are advancing quantum-secure satellite networks. Despite technical and cost challenges, regulatory efforts and international collaboration are shaping the sector, with commercial adoption expected to accelerate in the late 2020s.

Live coverage: SpaceX to launch 28 Starlink satellites on Falcon 9 rocket from Cape Canaveral

SpaceX successfully launched its 75th Falcon 9 mission of 2025, designated Starlink 10-18, from Cape Canaveral on June 18. The launch deployed 28 new Starlink satellites, bringing the total number launched to 9,003, with over 1,300 launched in 2025 alone. The Falcon 9 first stage booster B1090 completed its fifth flight and landed on the droneship 'Just Read the Instructions,' marking the vessel's 125th recovery and SpaceX’s 464th booster landing overall. According to astronomer Jonathan McDowell, approximately 7,800 Starlink satellites are currently active in low Earth orbit, further expanding SpaceX’s global broadband constellation.

Continue reading on spaceflightnow.com

Huawei Goes to Space: Chinese Satellites to Run on OpenHarmony Operating System

Huawei has successfully tested its OpenHarmony real-time operating system, a lightweight open-source variant of HarmonyOS, on the low Earth orbit cubesat Dalian-1 Lianli for over 1,000 hours. The system demonstrated improved data transmission speeds and stability compared to foreign software or simpler firmware. The satellite also uses a domestically developed Chinese processor. This achievement supports China’s drive for technological self-sufficiency in satellite communications, reducing reliance on foreign technology. The success of these tests suggests OpenHarmony could be recommended for broader use in Chinese satellite constellations, furthering the country's goal of building an independent space infrastructure.

Continue reading on 3dnews.ru

Costco Installs Superchargers Developed by Ex-SpaceX Engineers to Revolutionize Electric Vehicle Experience

Former SpaceX engineers founded Electric Era, a startup that rapidly installed six fast electric vehicle (EV) charging stations at a Florida Costco in just 54 days. Leveraging “first principles” engineering, the team minimized construction, optimized costs, and delivered chargers with 98.5% uptime, 24/7 monitoring, and both CCS and NACS connectors. The stations integrate with Costco’s membership system, offering customer benefits and encouraging in-store shopping during charging. This model, supported by U.S. EV infrastructure policies, demonstrates how space-industry expertise can accelerate EV charging deployment. Electric Era plans to expand this efficient, scalable solution to more locations, aiming to reduce range anxiety and boost EV adoption nationwide.

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ESA Earth Observer: First Images of Biomass Satellite Reveal the World's Forests

After nine years of development, ESA’s Biomass satellite launched on April 29 aboard a Vega-C rocket. The ten-meter-high, twelve-meter-wide Earth observation satellite successfully deployed its twelve-meter radar dish and began operations. Biomass uses pioneering P-band radar (70 cm wavelength) to penetrate dense forest canopies, enabling precise measurements of forest biomass and carbon storage—key for understanding the global carbon cycle and climate change. Early images focus on rainforests in Bolivia, Brazil, Indonesia, Gabon, and the Sahara. The satellite can also analyze Antarctic glaciers and subsurface desert structures, offering insights into past climate. ESA expects Biomass to revolutionize knowledge of forests, carbon cycles, and climate impacts.

Continue reading on rp-online.de

Texas Grants Elon Musk’s SpaceX Authority to Close Beaches and Highways for Company Town

Texas lawmakers have passed House Bill 5246, granting the newly formed city of Starbase—controlled by current and former SpaceX employees—the authority to close public beaches, highways, and coastal waters for SpaceX rocket launches. The bill, signed by Governor Greg Abbott, also expands the Texas Space Commission’s powers and allocates $300 million in new space-related grants, with SpaceX and Blue Origin among recent recipients. SpaceX’s Boca Chica launch site, now designated as “critical infrastructure,” can quintuple annual launches to 25. The legislation has drawn criticism from environmentalists and local residents over public access and environmental concerns, as well as scrutiny regarding SpaceX’s influence over local governance and state policy.

Continue reading on dallasnews.com

Satellite Phone Cost and Benefits: Why It’s Essential in Wartime

Satellite phones connect directly to satellite networks, enabling reliable communication in remote areas without cellular coverage. They are especially valuable during natural disasters, emergencies, or armed conflicts, as they maintain connectivity when traditional networks fail. Satellite phones offer global coverage, robust construction, and often include GPS and tracking features, making them essential for journalists, humanitarian organizations, people in conflict zones, and military personnel. However, they are more expensive than regular smartphones: basic models cost around 500–700 euros, while advanced versions can reach up to 1,500 euros. Monthly service fees for satellite connectivity in Italy range from 1.99 to 7.90 euros, reflecting the higher cost of satellite infrastructure and services.

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Manovra cinese in orbita: test di rifornimento satellitare sorvegliato dagli USA

China is set to conduct a complex in-orbit refueling experiment between its Shijian-21 and Shijian-25 satellites in geostationary orbit on June 11. The operation aims to transfer 142 kg of hydrazine from Shijian-25 (launched January 2025) to Shijian-21 (in orbit since 2021), potentially extending the latter’s operational life by eight years. The mission, developed by the Shanghai Academy of Spaceflight Technology, is closely monitored by the US, which has positioned its own surveillance satellites nearby. This demonstration highlights growing international interest and competition in satellite servicing technologies, which are crucial for extending satellite lifespans and supporting future deep-space missions, such as SpaceX’s Starship program.

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Why does Emmanuel Macron want Europe to become a “global space power”?

At the 2025 Paris Air Show, French President Emmanuel Macron emphasized the need for Europe to reestablish itself as a global space power. France doubled its stake in Eutelsat, becoming its largest shareholder, as part of a strategy for European space independence. Macron warned that Europe risks marginalization in the low Earth orbit (LEO) satellite market due to fierce competition from SpaceX, Amazon, and China. LEO satellites enable high-speed, low-latency communications and are vital for internet, military, and disaster monitoring, but overcrowding and collision risks are rising. Macron highlighted space as a new arena for power, defense, and technological sovereignty, urging Europe to invest in independent satellite manufacturing, launchers, and digital space technologies amid increasing global militarization and commercial launches.

Continue reading on aljazeera.net

Satellite images raise doubts about whether Iran’s nuclear capability was destroyed after Trump-ordered attack

Recent US strikes targeted three major Iranian nuclear facilities, with satellite images from Maxar Technologies revealing new craters and possible tunnel collapses at Fordow and Natanz. While some above-ground damage is evident, key underground enrichment areas, buried deep and reinforced, appear intact. The IAEA reports no radiation leaks but has lost track of Iran’s near-bomb-grade uranium stockpile after Tehran cut ties and moved material to undisclosed locations. Experts warn the attacks complicate uranium tracking and may push Iran to build deeper, secret facilities. The situation increases challenges for international monitoring and raises concerns about Iran’s nuclear intentions and future transparency.

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For years dead NASA satellite emits mysterious energy pulse

In June 2024, the long-defunct communications satellite Relay 2, launched in 1964 and inactive since 1967, emitted a powerful energy burst detected by the Australian Square Kilometre Array Pathfinder (ASKAP) radio telescope. The signal, measured between 695.5 and 1031.5 MHz, was so intense it briefly outshone all other signals in the sky. Scientists traced the source to Relay 2 but remain puzzled about the cause. Possible explanations include a sudden electrostatic discharge built up over decades or a collision with a micrometeoroid. The findings have been documented in a scientific paper, currently awaiting peer review, and may prompt further investigation into the behavior of derelict satellites.

Continue reading on futurezone.at

An ‘X-ray’ of forests from space: the Biomass satellite sends its first images

ESA’s Biomass satellite, launched two months ago, has delivered its first images from space, covering regions like the Amazon, Indonesia, and Gabon. Biomass is the first satellite equipped with a P-band synthetic aperture radar, capable of penetrating forest canopies to measure woody biomass (trunks, branches, stems) and provide unprecedented data on carbon storage. Although the satellite and its instruments are still being calibrated and the initial data cannot yet be used for scientific analysis, early results indicate the mission is on track. ESA expects Biomass to revolutionize our understanding of Earth’s forests, carbon storage, climate change, and ecosystem health by combining advanced radar technology with scientific expertise.

Continue reading on eldiario.es

NASA’s Broken Satellite Mysteriously Returns to Operation and Emits a Massive Pulse

A long-dormant NASA communications satellite, Relay 2—launched in 1964 and silent since 1967—unexpectedly emitted a powerful radio signal, astonishing astronomers worldwide. Detected by Australia’s ASKAP radio telescope array, the brief but intense burst outshone entire galaxies for a fraction of a second, reaching over three million janskys—about 100 billion times stronger than a typical smartphone signal. Experts believe the signal was not intentional; possible causes include electrostatic discharge or a micrometeoroid impact. The event is notable as such strong signals are usually observed from distant cosmic phenomena, not from within Earth’s orbit. This rare occurrence was discovered during a search for fast radio bursts (FRBs), highlighting the unpredictable nature of space debris.

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Discover Now: Frequency of Alistiqama Omani Religious Satellite Channel Alistiqama TV 2025

The article discusses the importance of satellite TV channels in daily life, focusing on Al-Istiqama, an Omani religious channel. It provides the channel’s frequency details for reception via the Nilesat satellite (frequency: 11958, vertical polarization, symbol rate: 27500, FEC: 5/6) and step-by-step instructions for tuning it on a receiver. The article also gives a brief overview of Nilesat, the Egyptian satellite operator established in 1996, highlighting its current satellite Nilesat 201, which broadcasts over 1,500 channels across the Arab world, and its role in reliable TV and radio broadcasting services.

Continue reading on press.egypt140.com

ULA rocket launch aims to deliver satellites for Amazon

United Launch Alliance (ULA) is scheduled to launch Amazon’s Kuiper 2 mission from Cape Canaveral on Monday morning using an Atlas V rocket. This mission will deploy additional satellites for Amazon’s Project Kuiper, aimed at building a global internet network to compete with SpaceX’s Starlink. The launch window opens at 6:54 a.m. EDT, with an 80% chance of favorable weather according to the U.S. Space Force weather squadron. No technical issues have been reported by ULA. The event will be broadcast live on local channels and online.

Continue reading on wftv.com

Heather Cowardin Safeguards the Future of Space Exploration

Dr. Heather Cowardin leads NASA’s Hypervelocity Impact and Orbital Debris Office at Johnson Space Center, focusing on characterizing and mitigating orbital debris—a major threat to satellites, spacecraft, and human spaceflight. With over 20 years of experience, she oversees a team conducting measurements, modeling, risk assessments, and mitigation strategies to enhance space safety. Cowardin established the Optical Measurement Center, supporting debris identification and risk evaluation, and has contributed to over 100 scientific publications. She co-leads ISS material durability experiments and participates in international debris mitigation efforts. Her work underpins NASA’s debris engineering models and safety initiatives, making her a key figure in safeguarding current and future space missions.

Continue reading on nasa.gov

Lo switch off del segnale analogico fa crescere la tv satellitare in Germania | Le ultime notizie – Digital-News.it

Following Germany’s analog TV signal switch-off in April, SES reports a rise in satellite TV households, with 100,000 new users in the first half of 2012, totaling 17.6 million. Cable TV users declined to 17 million, while digital terrestrial TV (DVB-T) and IPTV grew to 2 million and 1.4 million households, respectively. HDTV adoption via satellite increased to 7.2 million homes (41% of satellite users). These findings, based on the Satellite Monitor survey by TNS Infratest for SES, highlight satellite TV’s growing popularity due to superior image quality and channel variety. SES plans to enhance satellite TV accessibility on IP devices through products like SAT-IP, further expanding its reach.

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Gongda Satellite: The Brightest “Star” in the Dream of the Sky

Harbin Institute of Technology Satellite Technology Co., Ltd. (工大卫星) has rapidly emerged as a key player in China’s commercial space sector. Originating from Harbin Institute of Technology’s decades-long satellite R&D, the company was founded in 2020 to commercialize mature small satellite technologies. Its new headquarters, featuring flexible manufacturing lines, can produce up to 180 satellites annually—currently the largest approved commercial satellite production capacity in China. Since its first satellite launch in 2022, 工大卫星 has achieved frequent launches, including innovative communications and remote sensing satellites. The company focuses on cost reduction, mass production, and talent development, positioning itself as a leader in satellite constellation design, assembly, integration, testing, and in-orbit delivery.

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BBC Verify Live: What satellite images tell us about damage at Iran’s nuclear sites

High-resolution satellite imagery from Maxar Technologies, taken on June 22, reveals the aftermath of US airstrikes on Iran’s underground Fordo nuclear enrichment facility. The images show six craters, likely entry points for US “bunker buster” Massive Ordnance Penetrator (MOP) bombs, along with scattered dust and debris on the mountainside. Analysts note that the bombs are designed to detonate deep underground, not at the surface. The tunnel entrances appear blocked, possibly by Iran to prevent direct targeting. The extent of damage to the facility remains unclear, but evidence suggests Iran took precautionary measures before the strikes.

Continue reading on bbc.com

Orange Satellite: internet via satelliet

Orange has launched “Orange Satellite,” a satellite internet subscription targeting remote areas lacking cable or fiber connectivity. The service costs €49/month, with a €399 one-time equipment fee, and allows self-installation or optional technician support. Orange partners with NordNet for this GEO (Geostationary Earth Orbit) satellite-based service, offering speeds up to 200 Mbps down and 10 Mbps up, with unlimited surfing and WiFi calling. The contract ends automatically if fiber becomes available at the user’s address. Orange Satellite competes with SpaceX’s Starlink, which uses LEO (Low Earth Orbit) satellites, offering lower latency but requiring more satellites. The service is mainly suitable for users without access to traditional fixed internet options.

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Detecting Droughts and Urban Heat Islands Early with Satellites

The Freiburg-based startup constellr launched its first satellite, Sky-Bee-1, into orbit in January aboard a SpaceX rocket. Sky-Bee-1 measures Earth’s surface temperature with high precision from 510 km altitude, delivering images with a resolution of 900 square meters per pixel—much sharper than existing satellites. The first image, showing Tokyo at night, demonstrates its capability. The data aims to help agriculture by enabling early detection of crop stress, potentially reducing water use by up to 30%, and aiding urban planners in identifying heat islands. Constellr plans to deploy 29 more satellites, with daily global surface temperature mapping targeted from 2027, representing a significant advancement in Earth observation.

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Is there a rocket launch today? Upcoming liftoff schedule from Vandenberg in California

Californians can expect several rocket launches from Vandenberg Space Force Base in June 2025. SpaceX is leading the activity, with at least three launches scheduled: a Starlink 15-9 mission deploying V2 mini satellites on June 16, the Transporter 14 rideshare mission carrying dozens of small satellites on June 20, and the NAOS mission for Luxembourg’s military (date TBA). All launches use Falcon 9 rockets, with booster landings planned on a drone ship or at the launch site. Schedules may change due to weather or technical issues, and additional launches may be added. Vandenberg remains the primary site for California’s orbital launches.

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Honda Conducts Successful Launch and Landing Test of Experimental Reusable Rocket | Honda Global Corporate Website

Honda is advancing research in space technologies, aiming to leverage its core expertise in combustion, control, and robotics to develop reusable rockets and circulative renewable energy systems for outer space. Inspired by young engineers, Honda seeks to contribute to daily life by enabling satellite launches with its own rockets, potentially supporting new services and integrating with other Honda businesses. With global data demands rising and satellite use expanding, Honda sees an increasing need for satellite launch vehicles. Although still in the fundamental research phase, Honda targets achieving suborbital rocket launch capability by 2029, focusing on sustainable, reusable rocket technology to support the growing space economy.

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Honda says it successfully tested a reusable rocket

Honda has successfully launched and landed its own experimental reusable rocket, marking its entry into the commercial space sector. The 21-foot-tall booster reached 890 feet before landing vertically within 15 inches of its target at a Honda facility in Hokkaido, Japan. This test, lasting 56.6 seconds, is part of Honda’s broader push into sustainable transportation and space technology. The company aims for a suborbital launch by 2029, aligning with the growing demand for satellite launches and data systems in space. Honda’s move reflects the expanding role of private companies in space operations, following the lead of firms like SpaceX, which has pioneered reusable rocket technology.

Continue reading on nbcnews.com

‘Your bones rattle’: The thrill of chasing rocket launches in this California coastal town

SpaceX rocket launches from Vandenberg Space Force Base have become a major attraction in Lompoc, California, drawing crowds of enthusiasts eager to witness the spectacle up close. The frequency of Falcon 9 launches, often carrying Starlink satellites, has transformed the area into a destination for aerospace fans who want to see, hear, and feel the power of a liftoff. While some locals enjoy the excitement, others express concerns about environmental impacts and property disturbances. Community groups and social media play a key role in launch-day updates, with spectators gathering at spots like Surf Beach for the best views. The growing cadence of launches reflects the broader public fascination with space, fueled by companies like SpaceX and Blue Origin.

Continue reading on latimes.com

Satellite Detected a Breach in Iranian Reactor

Satellite images from Maxar Technologies confirm significant damage to Iran’s Arak nuclear facility following an Israeli strike, as reported by BBC Russian Service. Images taken on June 18 and 19 show a clear breach in the reactor dome and destruction in the surrounding area. At least two towers are partially damaged, and two adjacent buildings appear almost completely destroyed. Both Iran and Israel have acknowledged the attack. The report also notes prior incidents, including Iranian strikes on an Israeli oil refinery in Haifa and Israeli attacks on critical buildings at Iran’s Isfahan nuclear site, including a uranium conversion plant. Satellite imagery provides independent verification of the extent of the damage to these strategic facilities.

Continue reading on news.ru

High winds scrub Rocket Lab’s planned launch of a secret satellite to orbit

Rocket Lab has scrubbed today’s launch due to high upper-level winds, with a new attempt expected in the coming days. The mission, named “Symphony in the Stars,” will see an Electron rocket launch a mysterious satellite for a confidential commercial customer from New Zealand. The satellite is set for a 650-kilometer circular orbit above Earth. This is the ninth mission of 2025 and the 67th Electron launch overall. Rocket Lab will livestream the launch, with coverage starting 30 minutes before liftoff. Details about the satellite’s purpose remain undisclosed. Rocket Lab is also developing the larger, partially reusable Neutron rocket, anticipated to debut later this year.

Continue reading on space.com

China Successfully Launches Zhongxing-9C Satellite – Xinhua News

On June 20 at 20:37, China successfully launched the Zhongxing-9C (ChinaSat-9C) satellite using a Long March 3B carrier rocket from the Xichang Satellite Launch Center. The satellite entered its designated orbit, marking a successful mission. This launch represents the 582nd flight of the Long March rocket series.

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Congratulations! China Successfully Launches Zhongxing-9C Satellite

On June 20, 2025, at 20:37 Beijing time, China successfully launched the Zhongxing-9C (ChinaSat-9C) satellite from the Xichang Satellite Launch Center using a Long March 3B carrier rocket. The satellite entered its designated orbit, marking a successful mission. This launch represents the 582nd flight of the Long March rocket series.

Continue reading on news.cctv.com

Is there a SpaceX rocket launch today? How, where to see liftoff in Arizona

SpaceX is set to launch a Falcon 9 rocket from Vandenberg Space Force Base in California, targeting a 57-minute window opening at 2:18 p.m. PT on Monday, June 23, following a 24-hour delay. This dedicated rideshare mission will deliver 70 payloads, including small satellites for commercial and government customers, into sun-synchronous orbit. The launch may be visible from various locations in Arizona due to the proximity to the launch site. SpaceX will provide a livestream of the event on its website and updates on X. The Falcon 9, one of the world’s most active rockets, will not carry Starlink satellites on this mission but instead payloads for paying customers.

Continue reading on azcentral.com

Is there a SpaceX rocket launch today? How, where to see liftoff in California

SpaceX is set to launch a Falcon 9 rocket from Vandenberg Space Force Base in Santa Barbara County, California, with a dedicated rideshare mission carrying 70 small satellites for commercial and government customers to sun-synchronous orbit. The launch, initially scheduled for June 21, has been delayed to a 57-minute window opening at 2:18 p.m. PT on June 22, with a backup on June 23. This mission is not for Starlink but for various paying clients. The launch can be viewed from multiple public locations in the region, and SpaceX will livestream the event about 15 minutes before liftoff. Delays are possible due to weather or technical issues.

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Watch Blue Origin launch 6 people to suborbital space on June 21

Blue Origin’s planned NS-33 suborbital spaceflight, carrying six passengers aboard its reusable New Shepard vehicle, has been delayed twice due to unfavorable weather at the West Texas launch site. Originally set for June 21, high winds forced a scrub, and a second attempt on June 22 was also postponed. The mission will be Blue Origin’s 33rd New Shepard flight and 13th human spaceflight, offering passengers a brief experience of weightlessness and views of Earth from space. The NS-33 crew includes conservationists, a philanthropist, an entrepreneur, and attorneys. Blue Origin is assessing the next launch opportunity. The company began human flights in July 2021, with Jeff Bezos among its first passengers.

Continue reading on space.com

China Successfully Launches Zhongxing-9C Satellite

On June 20, 2025, at 20:37 Beijing time, China successfully launched the Zhongxing-9C (ChinaSat-9C) satellite using a Long March 3B carrier rocket from the Xichang Satellite Launch Center. The satellite entered its designated orbit, marking a successful mission. This launch represents the 582nd flight of the Long March rocket series.

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China Successfully Launches Zhongxing 9C Satellite

On June 20, 2025, China successfully launched the Zhongxing-9C (ChinaSat-9C) satellite using a Long March 3B rocket from the Xichang Satellite Launch Center. Zhongxing-9C, developed by the China Academy of Space Technology, is a dedicated broadcast television satellite based on the enhanced DFH-4 satellite platform. Weighing 5.5 tons with a 15-year design life and 14.4 kW power, it will further localize China’s broadcast satellite fleet. This mission marked the 582nd flight of the Long March rocket series and the 10th Long March 3A series launch in 2025, highlighting China’s ongoing high-frequency launch cadence.

Continue reading on chinanews.com.cn

Live coverage: SpaceX to launch 27 Starlink satellites on Falcon 9 rocket from Cape Canaveral

SpaceX successfully launched its 260th orbital mission from Cape Canaveral’s SLC-40 on June 23, following a last-minute abort due to a flight termination system signal issue. The mission, Starlink 10-23, deployed 27 Starlink V2 Mini satellites to low Earth orbit, further expanding SpaceX’s broadband constellation. The Falcon 9 first stage booster (B1069), on its 25th flight, landed on the droneship “A Shortfall of Gravitas,” marking the vessel’s 114th recovery and SpaceX’s 465th booster landing overall. This was SpaceX’s 57th Starlink launch of 2024, out of 76 Falcon 9 flights so far, as the company targets 170 Falcon launches by the end of 2025.

Continue reading on spaceflightnow.com

SpaceX launch overnight: Everything to know about Starlink launch from Cape Canaveral, Florida

SpaceX’s planned Falcon 9 launch for the Starlink 10-23 mission from Cape Canaveral on June 22, 2025, was scrubbed with 58 seconds left in the countdown due to a “poor FTS signal,” likely related to the rocket’s flight termination system. The mission aimed to deploy 27 Starlink internet satellites into low-Earth orbit, with the first-stage booster targeting a drone ship landing. Backup launch opportunities begin at 1:25 a.m. Monday, June 23. This would have marked the Falcon 9 booster’s 25th flight and the 52nd orbital launch from Florida in 2025. The Ax-4 crewed mission remains delayed due to ongoing ISS repairs. No sonic booms were expected for this launch.

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Live coverage: SpaceX to launch Falcon 9 rocket on Transporter-14 smallsat rideshare mission

SpaceX’s Transporter-14 mission, part of its smallsat rideshare program, is set to launch 70 payloads into Sun-synchronous orbit from Vandenberg Space Force Base, following a 24-hour weather delay. The Falcon 9 booster B1071, flying for the 26th time, will attempt a droneship landing, marking the 466th Falcon landing if successful. Berlin-based Exolaunch is managing 45 of the 70 payloads for 25 global customers, making this its largest mission to date. Exolaunch’s deployment systems, such as EXOpod and CarboNIX, play a key role in integrating CubeSats and custom satellites. The mission highlights the growing importance and complexity of rideshare launches for the satellite industry.

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Satellite images undermine Trump’s claim US ‘obliterated’ Iran nuclear sites

Satellite imagery from Maxar Technologies and Airbus, taken after the US military’s “Operation Midnight Hammer” targeting Iran’s nuclear facilities at Fordo, Natanz, and Isfahan, reveals visible surface damage such as craters, collapsed tunnel entrances, and blocked access points. However, the images do not confirm US claims of having destroyed the heavily fortified underground structures, as no definitive evidence of breaches below ground was observed. The Fordo and Natanz sites, protected by deep layers of earth and reinforced concrete, showed surface impacts but unclear underground effects. At Isfahan, satellite analysis indicated pre-emptive filling of tunnels by Iran, with at least three entrances collapsed. The International Atomic Energy Agency reported no radiation release and stated that underground damage could not yet be assessed.

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Chinese Satellites Build a “Heavenly Road”: Technological Advances Benefit All

Elderly residents in remote areas of Thailand are now able to consult with doctors in Bangkok via video calls, thanks to Chinese satellites bridging the geographical gap. In recent years, China’s commercial space sector has made rapid advancements, achieving significant technological breakthroughs and extending the benefits of these innovations globally. This development highlights how satellite technology is improving access to healthcare and other essential services in underserved regions.

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SpaceX’s Transporter 14 launch today will carry more than 150 capsules of DNA, human remains

Celestis, a leader in space-burial services since 1994, has partnered with European spacecraft manufacturer The Exploration Company (TEC) for a new memorial spaceflight. The upcoming “Mission Possible” flight will launch aboard a SpaceX Falcon 9 on the Transporter 14 rideshare mission from Vandenberg Space Force Base on June 23, 2025. The Perseverance Flight will carry over 150 capsules containing cremated remains and DNA samples into low Earth orbit, completing several circuits before reentering and splashing down in the Pacific for recovery. This marks Celestis’ 12th “Earth Rise” mission and TEC’s first customer payload flight. Notably, three-year-old Matteo Barth will become the youngest European to send DNA into space.

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Live coverage: ULA to launch Kuiper 2 mission on Atlas 5 rocket from Cape Canaveral

United Launch Alliance (ULA) is preparing its second Atlas 5 launch of 2025, carrying Amazon’s Project Kuiper 2 satellite batch from Cape Canaveral’s Space Launch Complex 41. The mission, rescheduled for June 23 after a technical delay, will deploy 27 Kuiper satellites to low Earth orbit, supporting Amazon’s goal to build a broadband megaconstellation. Amazon faces an FCC deadline to have half of its planned 3,200+ satellites operational by July 2026. The company has procured launches across multiple providers, including ULA’s Atlas 5 and Vulcan, Arianespace’s Ariane 6, Blue Origin’s New Glenn, and SpaceX’s Falcon 9. This launch marks the 103rd Atlas 5 mission, with live coverage available via Spaceflight Now.

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Anhui’s First Commercial Optical Remote Sensing Satellite to Be Launched This Fall!

Anhui Province is set to launch its first commercial optical remote sensing satellite this November, marking a significant milestone for the region’s space industry. Developed by Xinhe Hangyao and Changguang Satellite Technology, the satellite boasts a 15 km swath width and 0.3-meter resolution, positioning it at the forefront of national and international standards. The mission aims to break technological barriers in high-resolution data acquisition, supporting smart city development, resource management, agriculture, environmental protection, and disaster response. A public naming campaign, especially targeting youth, has been launched to foster community engagement and inspire future innovation in space technology.

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Satellite Industry ETF (159218) opened up 0.10%, major holding China Satellite up 0.11%, China Satcom down 0.10%

On June 23, the Satellite Industry ETF (159218) opened up 0.10% at 0.994 yuan. Key holdings showed mixed performance: China Satellite rose 0.11%, China Satcom fell 0.10%, Aerospace Electronics rose 0.44%, and BeiDou Navigation Technology rose 0.42%. The ETF tracks the CSI Satellite Industry Index and is managed by China Merchants Fund, with Xu Rongman as fund manager. Since its inception (2025-05-14), the ETF has returned -0.62%, with a one-month return of -0.34%. The article emphasizes investment risks and states that the information provided is for reference only, not investment advice.

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Twice the height of Mt. Everest ― NASA captures structure on Mars peaking clouds

NASA’s Mars Odyssey orbiter, launched in 2001, has become the longest-operating spacecraft around Mars. Originally designed to study the Martian surface, Odyssey began capturing wide, horizon-style images in 2023 by rotating its camera sideways. In May 2024, it captured a striking image of Arsia Mons, one of Mars’ largest volcanoes, rising above early morning water ice clouds—marking the first time NASA imaged the planet’s horizon. Odyssey’s THEMIS camera, which detects both visible and infrared light, helps scientists study surface features and search for underground water ice, crucial for future human missions. These atmospheric observations also improve understanding of Martian weather and dust storms, aiding future entry, descent, and landing operations.

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NASA finds ‘forbidden light’ far away ― It should not exist and it’s physically impossible

NASA’s Hubble Space Telescope has detected “forbidden emission” light in the distant spiral galaxy MCG-01-24-014, about 275 million light-years away. This unusual light, typically impossible under Earth’s quantum physics rules, emerges from the galaxy’s highly active core (an active galactic nucleus, or AGN). In these extreme cosmic environments, atomic behaviors defy laboratory expectations, producing spectral lines rarely seen on Earth. The discovery challenges our understanding of atomic physics and highlights the value of powerful telescopes like Hubble. As future telescopes such as the James Webb Space Telescope come online, astronomers hope to uncover more such phenomena, deepening our knowledge of galaxy evolution and the universe’s fundamental laws.

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Late-night doubleheader rocket launch in Florida: What time is liftoff for SpaceX and Amazon?

Florida’s Space Coast is set for a rare doubleheader of nighttime and morning rocket launches on Monday, June 23, 2025. SpaceX will attempt to launch a Falcon 9 carrying 27 Starlink satellites at 1:25 a.m. ET from Launch Complex 40, Cape Canaveral Space Force Station, after a previous scrub. Later, at 6:54 a.m. ET, United Launch Alliance (ULA) will launch an Atlas V from Launch Complex 41, deploying 27 Amazon Project Kuiper broadband satellites. Weather forecasts are favorable, with 90% and 80% chances of “go” for SpaceX and ULA, respectively. Both launches will follow a northeasterly trajectory, with no sonic booms expected. Live coverage is available at floridatoday.com/space.

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SpaceX Delays Rocket Launch Until Monday Afternoon at Vandenberg | Local News

SpaceX has postponed the Transporter-14 mission launch from Vandenberg Space Force Base to Monday, June 23, due to unfavorable weather, specifically high winds in Santa Barbara County. The 57-minute launch window opens at 2:18 p.m. The mission will carry 70 payloads, including cubesats, microsats, re-entry capsules, and orbital transfer vehicles. The Falcon 9 first-stage booster, on its 26th flight, will attempt a droneship landing about eight minutes after liftoff. Payload deployment will begin 54 minutes post-launch and conclude 2 hours, 44 minutes after liftoff. Public viewing spots are available near Lompoc, and SpaceX will provide a live webcast of the launch.

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Satellite Images: Six New Pits Appear at Iran’s Fordow Underground Nuclear Facility

Satellite images from Maxar Technologies, taken on June 22, reveal six new craters at Iran’s underground Fordow nuclear facility following reported US airstrikes. The BBC reports these craters likely mark the impact points of US bunker-buster bombs, which detonate deep underground. Imagery analysis shows scattered debris and dust on the hillside, suggesting significant explosions. An expert notes that tunnel entrances appear sealed, possibly as a defensive measure by Iran. The extent of damage to the nuclear facility remains unclear, but Iran reportedly took precautionary actions before the strikes.

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International | Satellite Images Compare Iranian Nuclear Facility Before and After U.S. Strike

Satellite imagery compared three Iranian nuclear facilities—Isfahan, Natanz, and Fordow—before and after reported US airstrikes on June 22. The images show varying degrees of damage to surface structures at Isfahan and Natanz, the latter being Iran’s largest uranium enrichment site and previously targeted by Israeli forces. At Fordow, satellite images reveal possible penetrator bomb impact points and gray dust near suspected strike sites. Iranian sources claim that nuclear materials were relocated prior to the attacks and that the facility damage is repairable.

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Satellite Images: Comparison of Iranian Nuclear Facilities Before and After U.S. Attack – Xinhua News Agency

Recent satellite images released by US media show significant damage to Iran’s Natanz and Isfahan nuclear facilities following US airstrikes announced by President Trump on the night of the 21st (US Eastern Time). The International Atomic Energy Agency confirmed that three key Iranian nuclear sites—Fordow, Natanz, and Isfahan—were hit. The Isfahan facility, previously targeted by Israel, suffered additional destruction. US Defense Secretary Hegseth stated that all three sites sustained “extremely severe damage,” though the full extent is still being assessed. Despite the strikes, an adviser to Iran’s Supreme Leader asserted that Iran’s enriched uranium remains intact, indicating ongoing tensions.

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Trump: All of Iran’s Nuclear Facilities Destroyed, Satellites Confirm Damage

Satellite imagery has revealed significant damage to Iran’s nuclear facilities following airstrikes, with destruction evident both above and below ground. According to statements by former President Trump, the most severe damage occurred underground, targeting structures embedded in rock. The strikes, carried out by US forces on June 22, hit key Iranian nuclear sites in Isfahan, Natanz, and Fordow, following earlier Israeli attacks. The US claims these actions prevented Iran from deploying a nuclear weapon. Satellite photos played a crucial role in assessing the extent of the damage and confirming the effectiveness of the strikes on hardened, subterranean facilities. The situation remains tense, with uncertainty about Iran’s remaining nuclear materials.

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Satellite Industry ETF (159218) rises 0.81%, half-day turnover 3.4649 million yuan

On June 23, the Satellite Industry ETF (159218) rose 0.81% to 1.001 yuan by midday, with a turnover of 3.46 million yuan. Key holdings saw mixed performance: China Satellite (+0.98%), China Satcom (+0.42%), Aerospace Electronics (+1.65%), and Beidou Xingtong (+1.74%) gained, while Huace Navigation (-1.73%) and others declined. The ETF tracks the CSI Satellite Industry Index and is managed by CMB Fund. Since its inception on May 14, 2025, it has returned -0.62%, with a one-month return of -0.34%. Investors are cautioned about market risks.

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Watch this Atlas rocket zip to the launchpad for Amazon’s Kuiper launch

United Launch Alliance (ULA) is preparing to launch Amazon’s second batch of Project Kuiper internet satellites aboard an Atlas V rocket from Cape Canaveral, Florida. The mission, delayed by technical and weather issues, is now scheduled for Monday at 6:54 a.m. ET. This launch will deploy 27 satellites to low-Earth orbit, matching the 27 launched in April. Project Kuiper aims to provide global high-speed internet, particularly to underserved areas, and plans a constellation of over 3,200 satellites by decade’s end. Amazon hopes to begin service with 1,000 satellites, investing over $10 billion in the project. While Starlink leads with over 7,000 satellites, Kuiper is ramping up deployment to compete in satellite internet services.

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Satellite images indicate severe damage at Fordow, but doubts remain

Satellite imagery suggests the recent US attack on Iran’s deeply-buried Fordow nuclear facility caused severe damage—possibly destroying the site and its uranium enrichment centrifuges—though confirmation is lacking, experts told Reuters. Images from Maxar Technologies show six impact craters where US B-2 bombers reportedly dropped 14 Massive Ordnance Penetrator (MOP) bunker-buster bombs. However, analysts caution that the underground damage is hard to assess via satellite, as the centrifuge hall is deeply buried. Prior to the attack, Iran reportedly moved most of its highly enriched uranium to secret locations, complicating efforts to halt its nuclear program. The operation also targeted other nuclear sites, including Natanz and Isfahan. Iran threatens to withdraw from the Non-Proliferation Treaty in response.

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The first 13 female satellite engineers ‘made in Spain’: their career is unique in the country (and space already wants to recruit them)

Spain began its journey in space exploration in 1963 with the creation of the National Commission for Space Research (CONIE), focusing on rocket and satellite development. Spain was also a founding member of the European Space Agency (ESA) in 1975. Over the past 50 years, Spain has advanced in space technology, now embracing the NewSpace paradigm, which emphasizes the mass deployment of nanosatellites and democratization of space access. The Polytechnic University of Catalonia (UPC) recently launched Spain’s first Satellite Engineering degree at EETAC, Castelldefels, aligning with Catalonia’s space strategy. The program attracts students passionate about physics, technology, and space, aiming to prepare them for careers in the rapidly evolving satellite industry.

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A “dead” satellite comes back to life after 60 years

NASA’s long-defunct Relay 2 satellite, launched in 1964 and decommissioned in 1967, unexpectedly emitted a powerful radio signal detected by Australia’s ASKAP radio telescope array. The brief signal, lasting only a fraction of a second, reached about three million janskys—100 billion times stronger than typical smartphone signals—astonishing the scientific community. Researchers believe the signal was not intentional but likely caused by either electrostatic discharge as the satellite passed through Earth’s magnetic field or a high-speed micrometeoroid impact. The event has sparked scientific curiosity, especially among astronomers studying fast radio bursts (FRBs) from deep space, as it highlights the potential for old satellites to produce unexpected phenomena.

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US Attack on Iran. Satellite Images Reveal the Scale of Destruction

Satellite images from Maxar Technologies reveal surface damage at Iranian nuclear sites in Fordo, Natanz, and Isfahan following a U.S. airstrike. The attack, conducted by B-2 stealth bombers using GBU-57A/B Massive Ordnance Penetrator bombs, targeted underground facilities associated with Iran’s nuclear program. The photos show craters and damaged structures at the targeted locations, with six visible impact sites at Fordo and damaged halls in Natanz. Isfahan also shows destruction of several above-ground structures. While the U.S. claims significant success, experts remain skeptical about the extent of the damage to Iran’s nuclear capabilities, as Iran reportedly relocated enriched uranium and equipment prior to the attack.

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Discover Now: The New Frequency of HORAS Channel 2025 on Arab and Nilesat

Nilesat is an Egyptian satellite operator providing TV and radio broadcasting services across the Arab world. The company launched satellites Nilesat 101 and 102 (now retired), and currently operates Nilesat 201, which carries over 1,500 TV channels and about 300 radio stations. Nilesat also manages channels on Eutelsat 7 West A and Eutelsat 8 West B satellites. The platform is popular for offering a wide range of free and encrypted Arabic channels. Nilesat was established in July 1996 to deliver direct-to-home broadcasting services. The content also mentions the new frequency for Horas TV channel on Nilesat: 11938 V, symbol rate 27500, FEC 3/4, and provides instructions for manual channel installation.

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Satellite Images Show Fordow Nuclear Facility Hillside Turns Gray

High-resolution satellite images from Maxar Technologies reveal significant destruction at Iran’s Fordow underground uranium enrichment facility following a U.S. airstrike on June 22, 2025. The images show collapsed mountain sections and altered terrain, indicating substantial damage to underground structures. The U.S. deployed seven B-2 bombers, dropping 14 GBU-57 “bunker buster” bombs on three Iranian nuclear sites: Fordow, Natanz, and Isfahan, with Fordow receiving the majority of the strikes. Satellite imagery also captured Iranian efforts to block tunnel entrances and possible pre-attack removal of sensitive materials. While Iranian media claim critical assets were relocated beforehand, sources report major damage to Fordow and Isfahan, and the destruction of the Natanz facility.

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A NASA Satellite Resumes Activity Mysteriously and Emits a Massive Pulse

A NASA satellite, Relay 2, inactive for nearly six decades, unexpectedly emitted a powerful radio signal that astonished astronomers worldwide. Detected by radio telescopes in Western Australia, the brief but intense burst outshone entire galaxies and stars for a fraction of a second. Relay 2, a communications satellite launched in 1964 and silent since 1967, likely emitted the signal due to an external event—possibly electrostatic discharge or a micrometeoroid impact. The burst, measured at over three million janskys and about 400 watts, was exceptionally strong for a signal originating from Earth’s orbit (about 2,800 miles up), not deep space. The discovery was made by astronomers searching for fast radio bursts (FRBs) using the Australian Square Kilometre Array Pathfinder (ASKAP).

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Fordow did not contain uranium, according to satellite images

Satellite images published by the Washington Post revealed unusual activity around Iran’s Fordow nuclear facility just before U.S. airstrikes targeted three Iranian nuclear sites. The images showed significant truck movement, suggesting Iran relocated highly enriched uranium and sensitive materials to undisclosed locations as a precaution. The International Atomic Energy Agency (IAEA) has called an emergency meeting to address the situation, while Iran demands an independent investigation. Iranian officials indicated these measures aimed to prevent radiation leaks and protect nuclear materials from destruction. In response to the attacks, Iran has threatened to withdraw from the Nuclear Non-Proliferation Treaty (NPT), warning of potential escalation and reconsideration of its nuclear commitments.

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Discover Now: The New Frequency of Saudi Channel ELMRQAB 2025

Nilesat is an Egyptian satellite company specializing in television and radio broadcasting services. It launched Nilesat 101 and 102 satellites, now retired, and currently operates Nilesat 201, which carries over 1,500 TV channels and at least 300 radio stations. Nilesat also provides services via Eutelsat 7 West A and 8 West B satellites. The company, founded in 1996, is headquartered in 6th of October City near Cairo and is the most-watched satellite operator in the region. The content also mentions the frequency for the Saudi Al-Mirqab channel on Nilesat: 12015 V, symbol rate 27500, FEC 5/6, SD quality.

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Mysterious Signal from Space.. Satellite Comes Back to Life After 60 Years

A NASA satellite, “Relay 2,” launched in 1964 and out of service since 1967, unexpectedly emitted a powerful radio signal detected by Australia’s ASKAP radio telescopes. The brief but intense signal, lasting just a nanosecond and reaching about three million janskys—100 billion times stronger than typical smartphone signals—surprised scientists. Theories suggest the signal resulted either from electrostatic discharge as the satellite passed through Earth’s magnetic field or a high-speed micrometeoroid impact. The event drew significant interest, as such strong, rapid signals are usually sought from deep space, not near-Earth debris. “Relay 2” was part of NASA’s early communications and radiation belt studies and has been inactive space debris since 1967.

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Paimon Launches First SpaceX SPV Token on BNB Chain

Paimon has launched the SpaceX SPV Token (SPCX) on the BNB Chain, offering the first tokenized retail investment exposure to SpaceX, previously limited to institutional investors. SPCX enables investors to access SpaceX’s growth in satellite internet, space exploration, and interplanetary transportation via blockchain technology. Tokens can be acquired through direct subscription with professional fund management or decentralized trading on PancakeSwap, providing 24/7 liquidity and no minimum investment. This initiative marks a significant step in democratizing access to alternative space-related assets, combining traditional investment structures with blockchain efficiency. Paimon, a fintech firm focused on blockchain-based alternative assets, manages the offering under regulatory compliance.

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No cell service? Android’s Wi-Fi and satellite features help you send messages when you need them most

Recent Android phones, such as the Google Pixel 9 and Samsung Galaxy S25 series, now offer satellite messaging for emergencies. If you’re in a remote area with no cellular or Wi-Fi signal, these devices can connect to satellites to send emergency messages (Satellite SOS) to responders. Additionally, Android users can enable RCS (Rich Communication Services) in Google Messages to send texts over Wi-Fi when mobile networks are unavailable, provided both sender and recipient have RCS enabled. These features ensure users can stay connected or reach help even in areas without traditional coverage, but satellite messaging is currently limited to emergencies and specific phone models.

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Donald Trump touts “obliteration” of Iran sites seen in satellite images

Following U.S. strikes on Iran’s key nuclear facilities—Fordow, Natanz, and Isfahan—President Trump claimed “monumental damage” citing satellite imagery, though he did not share the images. Maxar satellite photos show craters and ash at Fordow, suggesting significant surface and underground impacts. U.S. military officials confirmed severe damage but stopped short of declaring Iran’s nuclear program destroyed. Analysts, including former Israeli intelligence and U.S. arms control experts, say Iran’s nuclear program has been set back but not eliminated; deeper underground facilities may remain intact, and Iran retains technical know-how. The IAEA has not yet assessed the full extent of the damage. Tehran has threatened retaliation, and further escalation remains possible.

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EU:s nya satellitsystem Iris2 utmanar Musks Starlink

The EU’s Iris2 project aims to deploy 290 satellites, offering a European-controlled alternative to Elon Musk’s Starlink, which already has over 6,000 satellites in orbit. Although Starlink has a significant lead, Europe is just beginning its efforts, focusing on building satellites, securing radio frequencies, and developing European-made rockets for launches. The initiative involves investments exceeding 100 billion SEK and extensive collaboration among European space and technology companies, targeting the development of satellites, communication infrastructure, and launch capabilities within Europe.

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U.S. Space Force, Lockheed Martin launch newest GPS satellite on SpaceX Falcon rocket

On May 30, 2025, SpaceX successfully launched the GPS III-7 Space Vehicle 08 (SV-08) satellite aboard a Falcon 9 rocket from Cape Canaveral Space Force Station, despite weather concerns. The launch, which occurred at 1:37 p.m. EDT, adds to the U.S. Global Positioning System constellation. The Falcon 9 first stage booster landed on the droneship ‘A Shortfall of Gravitas,’ marking its 111th landing on that vessel. This mission demonstrated improved efficiency in national security launch timelines, with only about three months from satellite call-up to launch, compared to the previous five-month record. Lockheed Martin manufactured the satellite, which will enhance the U.S. Space Force’s operational GPS capabilities.

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PHOTO GALLERY | The Iranian Fordo plant before and after the US attacks

U.S. President Donald Trump announced a “spectacular military success” after American bombers struck Iran’s nuclear sites at Fordo, Natanz, and Isfahan early on June 22. Satellite images reveal before-and-after views of the Fordo enrichment facility, which was built deep underground to withstand such attacks.

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Dutch army launching satellites to monitor battlefields from above

The Dutch army is set to launch its own satellites to enhance battlefield monitoring capabilities, according to NL Times. These satellites will provide real-time surveillance and intelligence, improving the military’s ability to track troop movements and assess threats from space. The initiative aims to reduce reliance on foreign satellite data and bolster national security. The first satellites are expected to be operational within a few years, marking a significant step in the Netherlands’ efforts to modernize its defense infrastructure and adapt to evolving technological challenges in warfare.

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UK antenna specialist selected for ESA satellite project

Novocomms, in partnership with Telespazio UK, Eutelsat OneWeb, and Cranfield University, is developing SATSOOP, a novel satellite navigation receiver that bypasses traditional GNSS signals, which are vulnerable to interference and jamming. Instead, SATSOOP leverages low earth orbit (LEO) mega constellations and Ku/Ka band SOOP technology to provide more robust position, navigation, and timing (PNT) data for automotive, transport, emergency services, and smart city sectors. Supported by advanced facilities in Birmingham, Novocomms brings expertise from previous UK-funded projects. The €800,000 project, part of ESA NAVISP Element 1, aims to enhance Europe’s satellite communication capabilities and is scheduled for completion in 2026.

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The High-Speed Secret: How Finland Quietly Built One of the World’s Best Internet Networks

Finland has rapidly developed one of the world’s most advanced internet infrastructures, prioritizing widespread fiber-optic broadband and near-universal mobile coverage. By late 2023, 78% of Finnish households had access to high-speed fixed broadband (100 Mbps+), with fiber reaching 61% of homes and gigabit networks available to 71%. Aggressive investment by major telecoms, local providers, and government/EU support has expanded fiber even to rural areas. Mobile networks are equally robust: 4G covers over 99% of the population, while 5G reaches nearly 90%, delivering median speeds of 100–140 Mbps. Finland’s strategy—fiber-first, complemented by extensive 4G/5G—ensures affordable, high-quality internet access nationwide, setting a global benchmark for digital connectivity.

The Digital Desert Awakens: Inside Tunisia’s Expanding Internet Frontier

Tunisia’s internet infrastructure has rapidly advanced, with nearly 80% of the population online by early 2024. Mobile connectivity is almost universal, with 133.7% mobile penetration due to multiple SIM usage, and 4G coverage reaching 94.9% of inhabitants. Fixed broadband is expanding, shifting from ADSL to fiber-optic, with major projects extending high-speed access to underserved regions. International bandwidth has grown significantly, boosting data capacity. The market is competitive, led by Tunisie Telecom (state-backed, strong in fixed and fiber), Ooredoo (mobile market leader), and other providers. While urban areas benefit from fast fiber and 4G, rural regions still rely on older technologies. Ongoing upgrades aim to further improve speed and coverage nationwide.

BBC med HDTV i 2006

BBC plans to begin broadcasting selected BBC ONE programs in HDTV via satellite and cable as early as summer 2006. Initially, only certain shows will be available in HD, not the entire channel. BBC is also considering a future free-to-air HD solution. The move follows a growing trend in the UK, with BSkyB also launching HDTV broadcasts in 2006, including full HD coverage of Premier League football—a notable development for sports fans. BBC aims to have all in-house productions in HD by 2010.

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“Sputnik” got lost: “Rostelecom” admitted the state search engine project was unsuccessful.

The Russian state search engine “Sputnik,” launched by Rostelecom in 2014 following the 2008 war with Georgia, may be closed or repurposed due to its lack of popularity. According to Vedomosti, Sputnik holds less than 1% of the Russian search market, far behind Yandex (54%) and Google (40.8%). Rostelecom is considering redirecting Sputnik’s focus to big data analytics, though a full closure is unlikely due to its status as a national project. The final decision will be made by June 1, 2017. Sputnik was initially developed as a startup in 2008 and received $20 million in investments, but failed to gain traction among Russian internet users.

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Europe’s difficulties: landing on Jupiter’s moon will be difficult.

NASA has received $192 million from Congress to develop a lander for Jupiter’s moon Europa, believed to potentially harbor life beneath its icy surface. However, new research published in Nature Geosciences warns that Europa’s surface may be extremely inhospitable due to towering ice spikes—called penitentes—up to five stories high and spaced only seven meters apart. These sharp formations, also found in the Andes, form when sunlight causes ice to sublimate directly into vapor. Radar data already suggest Europa’s surface is highly uneven. While the Europa Clipper mission will provide more data in the mid-2020s, engineers must now consider these challenging conditions in the lander’s design to ensure a safe landing.

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Satellietmetingen maken ammoniakverdeling over Nederland inzichtelijk

Since the Dutch PAS legislation was rejected in 2019, the Netherlands faces the challenge of significantly reducing nitrogen emissions, mainly ammonia (NH₃) and nitrogen oxides (NOₓ), which harm biodiversity and air quality. Current knowledge is limited due to sparse ground measurements, especially for ammonia, which accounts for about 60% of emissions. Satellite instruments, such as CrIS and IASI, offer daily, nationwide data that can help reduce uncertainties in emission, transport, and deposition estimates. TNO is pioneering the integration of satellite data with models to improve monitoring and policy effectiveness. Satellite data provide comprehensive coverage, daily updates, and cross-border insights, and TNO aims to further enhance resolution and accessibility for more precise nitrogen management in the future.

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Spazio, in orbita verso la Luna il primo ricevitore satellitare Made in Italy

Italy is set to play a leading role in future lunar missions with the launch of LuGRE, the first entirely Italian-made instrument designed to test deep space communications. Developed by Qascom for the Italian Space Agency (ASI) in collaboration with NASA, LuGRE will land on the Moon in early March to receive and transmit GPS and Galileo satellite signals. Minister Adolfo Urso highlighted this achievement as a significant contribution to upcoming lunar missions, marking a promising year for Italy in space. The LuGRE launch follows the successful deployment of Pathfinder Hawk, an Italian Earth observation satellite, which paves the way for the Iride program—an ESA-ASI Earth observation initiative funded by Italy’s PNRR and supporting future international lunar missions.

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Trasmissione dati, la cinese Cangyu progetta 13 satelliti a orbita mista

Chinese private company Cangyu Space Technology is developing a multi-orbit satellite constellation to boost IoT connectivity, bridge the digital divide in rural China, and improve communications for drones and maritime/aviation navigation. The constellation will consist of 13 satellites: six in medium Earth orbit (MEO), four in geostationary orbit (GEO), and three in inclined geosynchronous orbits (IGSO), covering the entire globe, including polar regions. The system will use high-frequency Q/V bands for high-capacity data transmission. Cangyu aims to launch its first high-orbit satellite, Cangyu-1 (1,700 kg), by the end of 2026. The company has also signed a $100 million multi-year partnership with Malaysia’s Angkasa-X for ground stations and an AI data center.

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IRIS²: the European satellite infrastructure for Resilience, Interconnectivity, and Digital Security

IRIS² is a European Union initiative aimed at enhancing digital sovereignty and security through an advanced satellite communication system. The project will deploy a constellation of 290 satellites across multiple orbits (LEO, MEO, GEO) to provide resilient, secure connectivity for both governmental and commercial users. Incorporating cutting-edge technologies like quantum cryptography, IRIS² will ensure high security, support defense communications, and serve as a backup during crises. Building on the GOVSATCOM program, it expands services to commercial markets and is expected to stimulate economic growth via a public-private partnership model. Despite challenges such as cost, stakeholder coordination, and budget constraints, IRIS² aims to make the EU a leader in secure satellite communications, with full operations expected by 2029.

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La prima immagine dallo spazio della costellazione satellitare italiana IRIDE

The Pathfinder Hawk for Earth Observation (HEO) satellite, the first of Italy’s IRIDE constellation, has sent back its inaugural image featuring Rome’s Stadio Olimpico, the Tiber River, and St. Peter’s Basilica. Launched on January 14, 2025, aboard a SpaceX Falcon 9, Pathfinder HEO is part of a government-backed, ESA-coordinated program funded by Italy’s PNRR. The IRIDE constellation will include 24 satellites by mid-2026, equipped with advanced radar, optical, hyperspectral, and multispectral technologies. Developed by Argotec, the satellites aim to enhance coastal and maritime monitoring, land coverage, and emergency services, supporting environmental protection, climate change monitoring, and civil protection efforts in Italy.

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‘Biomassa-satelliet’ gelanceerd om bossen beter in kaart te brengen: “Door wolken en door bladerdek kijken”

At 11:15, the ‘Earth Explorer Biomass’ satellite was successfully launched after years of meticulous preparation. This satellite will, for the first time, provide researchers with detailed information about the global extent and health of forests, as well as the amount and location of carbon stored in nature. Using a new technology that allows it to see through clouds and dense canopies, the satellite is expected to offer valuable insights for combating climate change.

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Arena Satelliten A

Arena Satelliten A in Sollentuna is primarily used by local associations and schools and serves as the home arena for Sollentuna Volleyball’s men’s and women’s elite teams. The hall accommodates up to 500 spectators and can also host concerts and other public events. It is accessible by bus and train, with Sollentuna station nearby. The facility measures 44 x 24 meters with a 10-meter ceiling, features a sports rubber floor, and is wheelchair accessible with an elevator to the stands. Equipment includes benches, handball goals, ping pong tables, basketball hoops, and gym mats, but users must bring their own balls, clubs, and cleaning supplies if needed. Access is managed via tag or code by the booking leader.

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Palinsesto del canale satellitare 14 – 15 giugno 2025

The article outlines the satellite channel schedule for mid-June 2025, featuring a mix of documentaries and parliamentary events. Highlights include discussions on technological acceleration, the impact of artificial intelligence, and Italy’s constitutional identity. Parliamentary commissions will address topics such as youth mental health, federal fiscalism, hydrogeological and seismic risks, and emergency management. Key events involve expert hearings, presentations of annual reports, and debates on early cancer diagnosis and labor, social, and geopolitical implications of AI. The schedule also features historical documentaries about the Italian Parliament and the Constitution, as well as political speeches and annual institutional reports.

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Chinese satellite makes data connection 5 times faster than Elon Musk’s Starlink.

A team of Chinese scientists has developed a laser communication system that is five times faster than SpaceX’s Starlink, according to the South China Morning Post. The experiment involved a 1.8-meter telescope in Yunnan province linked to an unidentified satellite 36,000 km above Earth. Using 357 micro-mirrors and combining adaptive optics with modal diversity reception, the system significantly reduced atmospheric distortion, boosting the useful signal rate from 72% to 91.1%. This advancement could enable rapid transfer of large or sensitive data from high orbits. China has prioritized integrating space and ground networks for future communications like 6G, and previously set a 10 Gbps transmission record with its Shijian-20 satellite.

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The complexities of satellite compute

Falling launch costs, driven by companies like SpaceX, are enabling a surge in satellites and more powerful computing hardware in orbit, especially for low Earth orbit (LEO) constellations like Starlink. These satellites require advanced, radiation-tolerant semiconductors to handle complex tasks such as cross-linking and signal handovers, while minimizing power and heat issues. Modern integrated circuits, with lower operating voltages, are less vulnerable to destructive radiation effects, but not immune. Long-term radiation exposure can degrade performance, making newer CMOS technology preferable. To ensure reliability, satellites use redundant systems to self-correct errors. While deploying data centers in space remains challenging, the satellite industry is rapidly advancing its onboard computing capabilities.

Continue reading on datacenterdynamics.com

Hoe kun je vandaag het spoor van de Starlink-satellieten zien?

Starlink is een wereldwijd satellietnetwerk van SpaceX, opgericht door Elon Musk, dat snelle internettoegang wil bieden, zelfs in afgelegen gebieden. Sinds 2015 zijn bijna 6.000 satellieten gelanceerd, met plannen voor 12.000 tot mogelijk 42.000 in de toekomst. Na elke lancering zijn de satellieten als een heldere “trein” zichtbaar aan de nachtelijke hemel, maar na verloop van tijd verspreiden ze zich en worden ze minder opvallend. Er zijn zorgen over lichtvervuiling en ruimteafval, maar SpaceX werkt aan oplossingen zoals anti-reflecterende oppervlakken. Met apps zoals Satellite Tracker kun je eenvoudig zien wanneer en waar Starlink-satellieten zichtbaar zijn op jouw locatie en ze realtime volgen.

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Uzma Berhad ready to provide Malaysia with next-gen satellite and technology transfer for earth observation program.

Satellogic Inc. and its partner Uzma Berhad have been chosen to lead Malaysia’s High-Resolution Earth Observation Satellite Project (MHREOSP) for the Malaysian government. Satellogic will design, develop, assemble, integrate, and test an advanced high-resolution satellite, involving Malaysian personnel to build local expertise. The new satellite, based on Satellogic’s proven platform, will feature major upgrades such as improved NIIRS scores, larger optics, and enhanced sensors, delivering 50 cm resolution across all spectral bands. Final integration and testing will occur in Malaysia, in collaboration with Uzma and local partners. This project follows the successful UzmaSAT-1 launch and highlights Satellogic’s commitment to expanding flexible space technologies and democratizing access to advanced space capabilities in Asia.

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US attack on Iran. Satellite images reveal the scale of destruction. “Extremely serious”

Satellite images published by the “New York Post” reveal extensive damage to Iranian nuclear facilities following recent U.S. airstrikes. The attacks targeted three key sites: Fordo, Natanz, and Isfahan, with significant destruction reported, especially to underground and surface structures. However, experts caution that the full extent of the damage, particularly to deeply buried facilities, remains unclear. U.S. officials admit it is too early to determine if Iran retains the capability to produce nuclear weapons, and the location of enriched uranium stockpiles is unknown. President Trump claimed the strikes were a “monumental success,” asserting Iran’s nuclear program was destroyed, but other officials remain cautious, noting uncertainty about the fate of Iran’s enriched uranium.

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Satellite images show massive damage to Iran’s nuclear facilities after the American attacks.

Satellite images reveal extensive damage to Iran’s Fordow, Natanz, and Isfahan nuclear facilities following US attacks. B-2 bombers dropped GBU-57 “bunker buster” bombs on Fordow, creating large craters and visible ground collapse, with gray ash indicating significant destruction. President Trump announced the sites were “completely and totally destroyed,” a claim supported by satellite photos published Sunday. The US used B-2 bombers, submarines, and Tomahawk missiles in an unprecedented strike amid rising Iran-Israel tensions. Maxar Technologies’ before-and-after images show widespread infrastructure damage, especially at Isfahan. Vice President JD Vance stated the US had “substantially impeded” Iran’s nuclear program without risking American pilots’ lives. The attacks mark a major escalation in Middle East conflict.

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

NASA’s ICESat-2 and ESA’s CryoSat-2 are advanced satellites revolutionizing our understanding of Earth’s cryosphere—its ice sheets, glaciers, and sea ice. ICESat-2, launched in 2018, uses a laser altimeter to measure ice elevation with extreme precision, mapping the planet every 91 days. CryoSat-2, launched in 2010, employs radar technology to track ice thickness, especially at the poles, and can operate through clouds and darkness. Together, these missions provide detailed, complementary data on ice loss and sea-level rise, informing climate science and policy. Their findings reveal rapid changes in Earth’s frozen regions, highlighting the urgent impacts of global warming and the importance of continued monitoring from space.

Satellite images reveal unusual activities in the Persian Gulf.

Iran is accelerating oil exports amid fears that Israel may target its reserves, according to Bloomberg, which cites satellite images showing increased logistical activity at Iranian terminals. Most oil is exported via the Kharq Island terminal in the Persian Gulf. Satellite images from June 11 showed low storage levels, but by June 18, the tanks were full, indicating rapid transfers from inland to tankers. This strategy aims to secure cash flow for Tehran, even if facilities are attacked. Since Israeli strikes began, Iran’s daily oil exports have risen by 44%. Tankers now minimize time at the vulnerable Kharq terminal. Meanwhile, China condemned Israel’s actions but has not offered Iran military aid, and Iran is reportedly preparing missiles in case of US involvement.

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Daniel Battu: “The field of satellite communications is opening up to a fabulous, vast, and diverse universe.”

Daniel Battu, independent consultant in networks and telecoms, highlights the growing interest in atmospheric satellites—high-altitude platforms (HAPS) operating within the Earth’s atmosphere (1.3 to 40 km altitude)—as complementary to traditional satellites (LEO, MEO, GEO). Unlike orbital satellites, HAPS remain in assigned zones for periods ranging from 20 minutes to a month, serving diverse roles in telecommunications, surveillance, and crisis management. Battu, with a background in postal and long-distance communications, has trained engineers and authored numerous works on network technologies. He notes that while GEO, MEO, and LEO satellites have established uses, atmospheric satellites face unique environmental challenges but offer promising new applications in telecoms and monitoring.

Continue reading on techniques-ingenieur.fr

ICEYE to supply ISR satellite capability to the Royal Netherlands Air Force

ICEYE, a European space and defence company, will supply the Royal Netherlands Air Force (RNLAF) with four high-resolution SAR satellites, ground infrastructure, and an AI-powered imagery hub, marking the Netherlands’ first operational military satellite mission. The deal, completed at record speed, grants the RNLAF real-time access to ICEYE’s satellite data, significantly boosting its independent intelligence, surveillance, and reconnaissance (ISR) capabilities. This partnership supports the Netherlands’ strategy to enhance national security with sovereign space assets and strengthens collaboration with the local high-tech sector. The agreement also enables cooperation with allied nations, advancing broader European and transatlantic defence goals, and positions the Netherlands as a leader in adopting advanced space-based defence technology.

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The mystery of the “zombie satellite.” Relay-2 suddenly sent a signal to Earth, even though it has been dead since 1967. What did it transmit?

A NASA satellite, Relay-2, deactivated since 1967, unexpectedly emitted a strong radio signal to Earth on June 13, 2024, an extremely rare phenomenon known as a “zombie satellite” event. The brief 30-nanosecond burst was detected by Australian astronomers, who believe it was likely triggered by an electrostatic discharge or a plasma release following a micrometeoroid impact. Such reactivations are uncommon but have occurred before with other defunct satellites. Currently, around 2,000 active and over 3,000 inactive satellites orbit Earth. The incident highlights how dormant satellites can occasionally “come back to life,” offering new opportunities to study unexpected space phenomena and improve monitoring systems for sudden electrical discharges in orbit.

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A strange “mark” appeared on the Moon: a NASA satellite saw it from orbit (photo).

NASA’s Lunar Reconnaissance Orbiter (LRO) has captured images of the crash site of Japan’s ispace HAKUTO-R Mission 2 lunar lander, RESILIENCE, which made a hard landing in the Moon’s Mare Frigoris region on July 5, 2025. The photo shows a dark spot surrounded by a lighter halo, caused by lunar regolith ejected during the high-speed impact. This marks ispace’s second failed lunar landing attempt. Scientists say the images not only confirm the lander’s fate but also provide valuable data on impact mechanics on airless planetary bodies. The crash site’s location in a geologically active area adds new information for planetary geologists, as fresh mechanical damage interacts with existing lunar features.

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SpaceX is preparing to launch the Transporter-14 mission: more than 150 capsules with DNA, remains, and microsatellites will go into orbit.

SpaceX’s Falcon 9 is preparing for the Transporter-14 mission, scheduled to launch from Vandenberg, California, on June 21. The rocket will carry about 150 capsules containing DNA samples or ashes, offered by memorial spaceflight companies like Celestis, alongside dozens of commercial and scientific microsatellites. This reflects a growing trend in symbolic space services, allowing people to send remains or DNA into orbit as a “time capsule.” The mission will also deploy around 45 small satellites from Exolaunch and other clients, fully utilizing Falcon 9’s payload capacity for sun-synchronous orbit. After launch, the booster will land on the drone ship “Of Course I Still Love You.” Transporter-14 is part of SpaceX’s Smallsat Rideshare program, offering affordable satellite launches.

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Satellite images show activity at the Fordo nuclear plant a few days before the American attacks.

Satellite images from Maxar, cited by the BBC, show unusual truck and vehicle activity near the entrance of Iran’s underground Fordo nuclear facility on June 19-20. The images reveal trucks, bulldozers, and new earthworks, suggesting Iran may be reinforcing the site in anticipation of possible attacks. New defensive systems were also observed nearby. Amid these developments, US President Donald Trump contradicted intelligence assessments that Iran is not actively pursuing nuclear weapons, insisting Iran could soon possess one. The article explains the 1968 Nuclear Non-Proliferation Treaty, which restricts nuclear arms to certain countries, and highlights Fordo’s strategic importance, its deep underground location, and the ongoing tensions over Iran’s nuclear ambitions and regional security.

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Asse Esa-Leonardo contro l’interferenza dei navigatori satellitari

Interference is a major and urgent threat to satellite navigation, disrupting essential systems globally and leading to significant economic losses. Its consequences are wide-ranging, including interruptions in mobility and transport, impacts on air navigation safety, and serious implications for emergency response operations.

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MAP. American strikes in Iran: which nuclear sites were hit by the United States?

On June 21, 2025, President Donald Trump announced that the United States had conducted unprecedented airstrikes on Iran’s three main nuclear enrichment facilities: Fordo, Natanz, and Isfahan. This marks the first direct U.S. attack on Iranian territory since the escalation of conflict between Israel and Iran. The highly fortified sites, central to Iran’s nuclear program, were reportedly “completely and totally destroyed.” The operation involved advanced weaponry, including GBU-57 “bunker buster” bombs and B-2 stealth bombers, particularly to penetrate Fordo’s underground facility. The strikes represent a significant escalation in U.S.-Iran tensions and target key infrastructure used for uranium enrichment, some of which had previously violated UN resolutions.

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Fordo, hit by the USA – satellite images show the exact bombed areas.

Following recent US attacks, satellite images show significant damage at Iran’s Fordo nuclear facility, including possible bomb entry points and site collapse. The Natanz nuclear site was reportedly destroyed, while Fordo and Isfahan suffered “major damage,” though the full extent remains unclear. US President Donald Trump stated that Iran’s three main uranium enrichment facilities were “completely and totally destroyed,” emphasizing that the goal was to eliminate Iran’s nuclear enrichment capability and halt the nuclear threat posed by what he called the world’s leading sponsor of terrorism.

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Satellite images show activity at Iran’s Fordow nuclear facility before US airstrikes.

The Fordow nuclear facility in Iran, located 300 meters underground south of Tehran, is the country’s most fortified and advanced nuclear site. Along with Natanz and Isfahan, Fordow was targeted by U.S. airstrikes on Saturday. Satellite images from Maxar Technologies, taken before the strikes, showed increased activity with trucks and vehicles near the site. U.S. President Trump called the operation a “spectacular military success” that “completely destroyed” Iran’s key uranium enrichment facilities. However, these claims could not be independently verified, as the International Atomic Energy Agency and Iran’s nuclear safety center reported no radiation or contamination at the sites as of Sunday morning.

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New satellite images showing the aftermath of US airstrikes on Iranian nuclear sites.

High-resolution satellite images from Maxar Technologies, taken on June 22, reveal six fresh craters—likely entry points for U.S. munitions—along with grey dust and debris scattered on a mountainside, evidence of recent bombardments. Stu Ray, a lead imagery analyst at McKenzie Intelligence Services, told the BBC that the bombs are designed to detonate deeper inside the facility, not at the entry point, explaining the lack of large surface explosions. Three distinct munitions appear to have hit two separate impact points, with grey coloring suggesting concrete debris. Tunnel entrances seem blocked, possibly as an Iranian precaution to prevent direct targeting. The actual damage to the nuclear site remains unclear, but Iran reportedly took measures to anticipate such attacks.

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The first satellite images of the Iranian Fordow facility, hit in the attack with GBU-57 bombs.

New satellite images reveal six craters at Iran’s Fordow nuclear facility following a U.S. attack using GBU-57A/B Massive Ordnance Penetrator (MOP) bombs. Despite the craters, there is little visible surface damage, as the bombs are designed to penetrate deep underground before detonating, targeting fortified sites while minimizing surface destruction. The attack involved seven B-2 bombers flying 18 hours from the U.S., supported by aerial refueling and diversion tactics. Over 75 weapons, including 14 bunker-buster bombs and more than 24 Tomahawk cruise missiles, struck three key Iranian nuclear sites. U.S. military officials report severe damage but say it’s too early to assess the full impact on Iran’s nuclear capabilities.

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Satellite images show impact craters, building damage at Iranian nuclear sites

New satellite imagery reveals that US B-2 stealth bombers targeted Iran’s Fordow nuclear facility, exploiting a known vulnerability—a ventilation shaft—using GBU-57 “bunker-buster” bombs. The attack, confirmed by US officials, created six visible craters and likely caused severe damage to Fordow’s underground enrichment halls, possibly disabling them for years. The strikes also hit Iran’s Natanz and Isfahan nuclear sites, with significant destruction reported. The mission, involving over 125 aircraft, marked the first operational use of GBU-57s and was the longest B-2 mission since 2001. Analysis by the Institute for Science and International Security suggests the attacks have critically undermined Iran’s nuclear capabilities, particularly at Fordow, a key enrichment site.

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PHOTO The first satellite images of the effects of the strikes at Fordow. American bombs caused ground collapses.

Satellite images from Fordow, Iran’s key nuclear site, reveal extensive destruction compared to 2009 photos, according to the UK’s Open Source Centre. The images, shared on X, show large craters where buildings and tunnels once stood, indicating the impact of recent US airstrikes. A topographic model suggests bombs struck tunnel entrances on both the hillside and plateau, causing collapses and amplifying explosions within the tunnel network. President Donald Trump announced the successful destruction of Fordow, Natanz, and Isfahan nuclear sites, warning Iran of further strikes if peace is not achieved. The operation involved seven B-2 bombers flying directly from Missouri, with minimal communications and multiple in-flight refuelings to ensure mission secrecy and success.

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Iran’s Fordow nuclear site bombed by US: What before-after satellite pics reveal

Satellite images reveal significant surface damage at Iran’s Fordow nuclear site following a US airstrike on June 21, 2025, involving B-2 bombers and bunker-buster bombs. The “after” images show visible impact craters, debris, and smoke, contrasting with the previously undisturbed site. While US officials claim “extremely severe damage,” experts and the UN nuclear watchdog caution that the extent of underground destruction remains unclear, as Fordow’s centrifuge halls are deeply buried. Reports suggest Iran may have relocated some enriched uranium before the strike. The attack was part of a broader US operation also targeting Natanz and Isfahan nuclear facilities. Iran insists its nuclear program is peaceful, and international assessments of the site’s operational status are ongoing.

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NASA satellite “rose from the dead” and emitted a mysterious signal.

NASA’s Relay 2 satellite, silent since 1967, unexpectedly emitted a powerful radio signal last summer, astonishing scientists. Astronomers at Curtin University in Australia detected the brief but intense energy burst using the ASKAP radio telescope, initially mistaking it for a new pulsar. Analysis revealed the source was the long-inactive Relay 2 satellite. Researchers propose two main explanations: either a collision with space debris or, more likely, a massive electrostatic discharge built up over decades. The event highlights the challenges of monitoring space debris and suggests that detecting similar signals from old satellites could help study dangerous electrostatic discharges in orbit, crucial for the safety of future missions. The cause remains mysterious, but the incident opens new avenues for space research.

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The Iranian underground nuclear base under the mountain is said to have been completely destroyed. Satellite images after the US attack on Fordo PHOTO

Satellite images from June 22, 2025, show significant damage at Iran’s Fordow nuclear facility after overnight U.S. airstrikes targeting Iran’s main uranium enrichment sites: Fordow, Natanz, and Isfahan. President Donald Trump announced the sites were “completely and totally destroyed,” claiming the attacks aimed to eliminate Iran’s nuclear threat. Intelligence sources indicated that only the U.S. Massive Ordnance Penetrator bomb could fully destroy Fordow, which is built under a mountain. Initial assessments suggest Fordow may be completely destroyed, though some officials urge caution until confirmation. The strikes are seen as a major military success by the U.S., potentially delaying Iran’s nuclear program by at least six months to two years.

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Satellite images show the impact of the American attack on the Fordo nuclear facility.

New satellite images reveal the aftermath of recent US airstrikes on Iran’s underground uranium enrichment facility at Fordo, according to the BBC. High-resolution images from Maxar Technologies show six new craters—likely entry points for US “bunker-buster” bombs—along with grey dust and debris scattered across the mountainside. The US used B-2 bombers to target Fordo and two other nuclear sites, aiming to penetrate deep underground. While the full extent of the damage is still being assessed, US officials claim the strikes were successful in hitting their intended targets. However, it remains too early to confirm if Iran’s nuclear capabilities have been neutralized. The US is taking additional measures to protect its forces in the region amid heightened tensions.

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Trump: all of Iran’s nuclear facilities have been destroyed, satellites confirm the damage – ria-m.tv. RIA-South

Former U.S. President Donald Trump claimed that the United States destroyed all of Iran’s nuclear facilities during a recent attack. Posting on Truth Social, Trump stated that satellite images show “monumental damage” to all nuclear sites, describing the destruction as comprehensive. He emphasized that the most significant damage occurred underground, noting that even structures built deep into rock, with roofs below ground level and protected from fire, were severely hit. Trump concluded that the attack was highly effective, targeting and destroying Iran’s nuclear infrastructure both above and below ground. (Source: RBC-Ukraine)

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Satellite images and decoy planes: Behind the US attack on Iran

Operation Midnight Hammer, a US mission targeting Iran’s nuclear sites, involved months of planning, over 125 aircraft, a submarine, and 14 “bunker buster” bombs. BBC Verify’s Merlyn Thomas reports on the operation, analyzing new satellite imagery that shows significant damage at Iran’s key nuclear facilities in Isfahan, Natanz, and Fordo. The mission aimed to disrupt Iran’s nuclear capabilities, with detailed graphics and analysis highlighting the extent of destruction at these sites. The report was produced by Aisha Sembhi, with graphics by Mesut Ersoz.

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When satellites threaten the night, scientists bring out Vantablack… Will the blackest material in the world save astronomy?

The proliferation of satellites, especially private constellations like SpaceX’s Starlink, is increasing light pollution in the night sky, threatening astronomy and ecosystems that rely on darkness. With over 8,000 satellites in low Earth orbit and numbers set to quadruple by 2030, their reflected sunlight is making the sky brighter even in remote areas. To combat this, researchers are testing Vantablack, an ultra-black material that absorbs nearly all visible light, by coating a CubeSat for a real-world trial. If successful, this could lead to satellites being painted black to reduce their visibility and preserve the night sky. The initiative aims to balance technological progress with the protection of our celestial environment, as recognized by the International Astronomical Union.

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Satellite images of US strikes in Iran undermine Trump’s ‘obliterated’ claim

Satellite images of US strikes on Iranian nuclear sites challenge President Trump’s claim that the facilities were “completely and totally obliterated.” While visible damage is evident at sites like Isfahan and Fordow, significant portions remain undamaged, and the extent of destruction to underground facilities is unclear. At Fordow, craters and collapsed tunnels are seen, but key ventilation buildings appear intact. The Natanz site shows a new crater, but it is uncertain if the deeply buried facility was affected. The International Atomic Energy Agency is still assessing the full impact. Prior to the strikes, Iran reportedly moved a stockpile of near weapons-grade uranium from Fordow, as indicated by satellite images showing unusual activity and confirmed by Iranian officials.

Continue reading on hindustantimes.com

Launched satellites — started a space war: what are the superpowers hiding?

Space is rapidly becoming a new battleground as leading nations test military technologies in orbit. India has conducted satellite maneuvers simulating real combat, China has coordinated the movement of five satellites, and the US fears losing its advantage. According to academician Alexander Zheleznyakov, this resembles an arms race—now in space. With more countries and private companies gaining orbital capabilities, controlling their actions is increasingly difficult. Previously, space was mainly for scientific research, but now it risks becoming a conflict zone. Zheleznyakov compares the situation to nuclear proliferation: when few had nuclear weapons, agreements were easier; now, with many players and no clear rules, the danger of conflict—and catastrophic consequences—grows.

Continue reading on moneytimes.ru

Satellite images of the effects of American strikes in Iran

Satellite images from Fordow, Iran’s key nuclear facility, reveal extensive destruction following a reported U.S. bombing, according to a UK-based security analysis group. The organization shared images comparing the site before and after the attack, showing large craters where buildings and tunnels once stood. One bomb apparently struck a tunnel entrance on a hillside, causing ground collapse on the plateau above. A topographic model suggests the explosions severely damaged the tunnel network. U.S. President Donald Trump announced that American forces successfully destroyed three Iranian nuclear sites—Fordow, Natanz, and Isfahan—and warned Iran of further strikes if it does not pursue peace.

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Process and Control Today | ABB infrared camera on Hydrosat satellite delivers strong results and is set to enhance water scarcity insights with next launch

ABB’s infrared camera, launched on Hydrosat’s VanZyl-1 satellite in 2024, is delivering high-accuracy thermal imaging to monitor soil temperature and water stress in agriculture from space. This technology supports governments and private stakeholders in managing water scarcity and improving food security. The camera’s precise calibration enables detailed, frequent surface temperature maps, aiding in early drought detection, efficient irrigation, and crop yield prediction. A second camera will be launched on VanZyl-2 in summer 2025, expanding Hydrosat’s capability for high-resolution, high-frequency Earth observation. ABB, leveraging decades of infrared sensing expertise, collaborates with Hydrosat to address global challenges in agriculture, resource management, and security, advancing sustainable development through space-based solutions.

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AI-powered satellite and drone swarm tech for real-time insights on mission-critical applications

Akula Tech, founded in Melbourne in 2022 by aerospace engineer Preetham Akula, is pioneering AI-powered, software-defined smart satellites that process data in orbit for real-time insights. The company’s innovations include reconfigurable satellites and autonomous swarming, enhancing adaptability for disaster response, security, and environmental monitoring. Akula Tech has significantly cut satellite production times from years to months and aims to make satellite data accessible to the public via smartphones. Recognised nationally for advancing sovereign innovation, Akula Tech aspires to become a billion-dollar enterprise within five to eight years, positioning itself as a leader in Australia’s space and defence technology sector.

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Axiom and SpaceX expected to launch more satellites into orbit on Monday

Both Amazon and SpaceX have rescheduled satellite launches from Cape Canaveral for Monday after previous cancellations. SpaceX’s Falcon 9, carrying 27 Starlink satellites, is now set to launch on June 23 at 1:29 a.m., with backup windows until 5:47 a.m. and an additional slot on June 24 at 1:03 a.m. The original launch was scrubbed on June 22 with just over a minute left on the countdown. United Launch Alliance will launch Amazon’s second batch of Project Kuiper satellites at 6:54 a.m. the same day, but unlike SpaceX, there are no backup dates scheduled for the Kuiper mission.

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Did the USA use a ‘Star Wars’ strategy in the attack on Iran? Understand

Following a US attack on Iran’s Fordow nuclear facility, Star Wars fans drew parallels between the military strategy and Luke Skywalker’s iconic assault on the Death Star, which targeted a vulnerable ventilation shaft. According to the New York Times, US forces reportedly aimed bunker-buster bombs at Fordow’s ventilation ducts—considered the site’s weak points by nuclear experts. Satellite images before and after the June 2025 strike show visible damage and craters, though some structures remain intact. While former President Trump claimed the site was “completely obliterated,” initial military assessments suggest severe damage but no confirmation of total destruction. The incident sparked widespread social media comparisons to Star Wars, questioning whether Iranian engineers overlooked the cinematic lesson.

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Dryblower: satellite images light up Simandou

MiningNews.net is a leading publication focused on ASX-listed mining activities and market trends. It offers subscribers immediate access to breaking news, updates on resources and commodities, and expert, award-winning commentary, making it a comprehensive source for mining finance news.

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Before and after satellite images reveal scale of destruction from US bombing assault on Iran’s nuclear sites

The US launched surprise overnight strikes on three key Iranian nuclear sites—Natanz, Isfahan, and Fordow—using B-2 bombers and Tomahawk missiles, following President Trump’s ultimatum for Iran to negotiate its nuclear program. Satellite images show severe damage: Fordow, a deeply buried facility, was hit with bunker-buster bombs, leaving large craters; Natanz sustained further damage above its underground halls; and Isfahan, targeted by over two dozen missiles, shows extensive above-ground destruction. The International Atomic Energy Agency (IAEA) reported no increase in radiation levels but could not fully assess underground damage. The operation, named “Midnight Hammer,” used decoy bomber flights and mid-air refueling to maintain surprise and avoid using European NATO bases.

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Huge craters in the nuclear area of Fordow. Satellite images indicate the use of bunker-buster bombs by the USA.

Satellite images reveal intense U.S. airstrikes on Iran’s Fordow nuclear facility, showing at least six large craters near the site, likely from American “bunker buster” bombs designed to penetrate underground targets. The craters, visible in two areas around the heavily fortified, mountain-dug complex, indicate significant bombardment. A U.S. official confirmed that B-2 bombers dropped over a dozen such bombs on Fordow and two other Iranian nuclear sites. Satellite photos also show the mountainside covered in gray ash after the attack. However, the extent of damage to Fordow’s underground structures remains unclear, and it is not yet known if the nuclear infrastructure itself was compromised.

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What do satellite images show after the US attacks on the Fordow nuclear facility? PHOTO GALLERY

US airstrikes on Iran’s secretive Fordow nuclear facility created at least six large craters, indicating the use of “bunker buster” bombs, according to CNN and satellite images from Maxar. The craters appeared in two areas near the complex, which is deeply embedded in mountains. A US official confirmed that B-2 bombers dropped over a dozen massive penetrating bombs on Fordow and two other Iranian nuclear sites. These bombs are designed to penetrate underground before exploding, targeting buried facilities. Satellite images also show significant color changes on the mountainside, with a large area covered in gray ash. The extent of damage to the underground facility remains unclear.

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Does Iran still have the capability to produce a nuclear bomb? The first satellite images of the American bombings.

A SkyNews analysis reveals that despite recent US airstrikes on Iran’s main nuclear sites—Natanz, Isfahan, and Fordo—Iran retains the capability to produce a nuclear bomb. While American officials claim the bombings severely damaged these facilities and hindered Iran’s ability to enrich uranium, UN inspectors reported that Iran still possessed at least 408 kg of uranium as of May. The US used powerful GBU-57 “bunker buster” bombs in the attacks, but experts note that destroying enrichment capacity is not the same as eliminating Iran’s ability to assemble a nuclear weapon. Iran would still need weapons-grade uranium, specialized technology, explosives, and delivery mechanisms to build and deploy a bomb.

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“The future of the space economy is on the Moon, and we are there.” Between

The article highlights the growing importance of the space economy, focusing on the Italian company Qascom, based in Vicenza, which recently gained recognition for its lunar navigation project, LuGRE. Supported by the Italian Space Agency and NASA, LuGRE successfully tested the use of terrestrial satellite navigation signals (GPS and Galileo) on the Moon, enabling precise navigation and timing for future lunar missions. This technology is crucial for upcoming lunar infrastructure and exploration, with 200-400 commercial missions expected in the next five years. Qascom’s broader activities include satellite development and cybersecurity for space communications, often in collaboration with the Italian Ministry of Defence, positioning the company at the forefront of Italy’s space innovation.

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Satellite M2M and IoT Network Market USD 24.65 billion by 2032,Due to Rising Demand for Connectivity in Remote and Underserved Areas

The Satellite M2M (Machine-to-Machine) and IoT (Internet of Things) Network Market is set for significant growth, projected to rise from USD 11.59 billion in 2024 to USD 24.65 billion by 2032, at a CAGR of 9.89%. This expansion is driven by the need for reliable connectivity in remote and underserved areas, supporting applications such as asset tracking, smart agriculture, environmental monitoring, and maritime and aviation communications. Key players include Inmarsat, Iridium, SpaceX (Starlink), and OneWeb, among others. While challenges like high costs and regulatory issues persist, advancements in satellite technology and integration with AI and 5G are enhancing accessibility and efficiency, making satellite networks vital for global digital transformation.

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The IDF has completed another attack on Iran: satellites and air defense systems were targeted.

According to military sources, around 20 Israeli Air Force fighter jets carried out strikes, dropping over 30 munitions on multiple targets in Iran. The attacks targeted missile storage and launch infrastructure, military satellites, and radar stations in Kermanshah and Hamadan, as well as a surface-to-air missile launcher near Tehran. The Israeli military emphasized ongoing efforts to weaken Iran’s military capabilities and secure air superiority to protect Israel. These strikes followed Israel’s attacks on Iranian military and nuclear sites beginning June 13, which led to ongoing exchanges between the two countries. On June 23, U.S. forces joined by striking Iranian nuclear facilities in Isfahan, Natanz, and Fordow, marking a significant escalation.

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Media: satellite images show the scale of destruction from the American attack on Iran.

Recent satellite images reveal that U.S. “bunker buster” bombs have destroyed part of the mountain shielding Iran’s Fordo uranium enrichment facility, according to American media and Maxar Technologies photos. The bombs, capable of penetrating around 60 meters underground, caused significant topographical changes and severe damage to Fordo and Isfahan sites, while the Natanz nuclear facility was reportedly destroyed. Iran closed tunnel entrances at Fordo before the attack. Despite the damage, Iranian officials insist their nuclear expertise remains intact. The U.S. strikes, conducted overnight from Saturday to Sunday, targeted three Iranian enrichment facilities and marked American participation in Israel’s ongoing offensive against Iran’s nuclear program. U.S. Defense Secretary Pete Hegseth declared that Iran’s nuclear program had been destroyed.

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Miracle spatial ? Un satellite de la NASA, inactif depuis 1965 sort du silence radio sans explications

The ASKAP radio telescope detected an extremely brief, intense radio pulse—lasting just 30 nanoseconds—originating not from deep space, but from the defunct Relay 2 satellite in Earth orbit since 1964. Analysis pinpointed the event at 4,500 km distance, with characteristics including high flux density (up to several megajanskys), strong linear polarization, and a dispersion measure matching Earth’s ionosphere. The likely cause is a spontaneous electrostatic discharge (ESD) on the satellite’s surface, possibly triggered by accumulated charge or a micrometeoroid impact. Such signals, similar to past detections from other satellites, could be mistaken for rare astrophysical phenomena, highlighting the need for caution in interpreting fast radio bursts and cosmic particle detection experiments.

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Images show craters at an installation in Iran hit by the US.

U.S. airstrikes targeted Iran’s Fordow nuclear facility on Saturday night (21), creating at least six large craters, likely from bunker-buster bombs, according to satellite imagery analyzed by CNN. The images, provided by Maxar, show the craters along a ridge above the secret, underground complex. A U.S. official confirmed that B-2 bombers dropped over a dozen massive bunker-busting bombs on Fordow and two other nuclear sites. These weapons are designed to penetrate deep underground before detonating, crucial for attacking such fortified facilities. Satellite photos also reveal significant discoloration of the mountainside, suggesting a large area was covered in ash. The extent of damage to the underground installation remains unclear.

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Before and after: satellite images show Iranian facility after US attack.

Satellite images released Sunday reveal the aftermath of recent U.S. attacks on Iran’s Fordo nuclear facility, built under a mountain. President Donald Trump announced successful strikes on Fordo, Natanz, and Isfahan, claiming Fordo—central to Iran’s nuclear program—was destroyed. Maxar Technologies images from June 22 show six craters, grey dust, and debris on the mountainside. However, an Iranian source told Reuters that most of Fordo’s enriched uranium had been moved to an undisclosed location before the attack. Fordo is heavily fortified underground, suspected of housing tunnels for uranium enrichment. The U.S. reportedly used the GBU-57 bomb, capable of penetrating deep concrete and earth, to target these underground tunnels.

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The scale of the American attack can be seen in satellite images.

Satellite images published by the New York Post and Times of Israel reveal extensive damage from a recent U.S. attack on Iran’s nuclear facilities in Fordo, Natanz, and Isfahan. The images show six craters near the Fordo uranium enrichment plant, with part of the protective mountain above the underground facility destroyed by U.S. “bunker buster” bombs. High-resolution photos suggest Iran sealed tunnel entrances before the strike. According to sources cited by the Jerusalem Post, Fordo and Isfahan suffered serious damage, while the Natanz facility was destroyed. The U.S. attack, conducted overnight from Saturday to Sunday, was part of a broader campaign to dismantle Iran’s nuclear program. Iran’s Atomic Energy Organization acknowledged damage but insisted nuclear expertise remains intact.

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Satellite imagery shows before and after US strikes on Iran nuclear sites

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Satellite photos show the scale of destruction from the US attack!

Satellite images reveal extensive destruction from a U.S. attack on Iran, including at least six craters near the underground uranium enrichment facility at Fordo, according to the New York Post and Times of Israel. The images show that part of the mountain shielding the Fordo site was destroyed by “bunker buster” bombs, which can penetrate up to 60 meters underground. The attacks also severely damaged facilities in Isfahan and destroyed the Natanz nuclear center. Iran reportedly closed tunnel entrances at Fordo before the strike. The U.S. joined Israel’s offensive against Iran’s nuclear program, with U.S. Defense Secretary Pete Hegseth declaring the program “destroyed.” Iran acknowledged damage but insisted its nuclear knowledge remains intact.

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Suspicions of Chinese espionage on French satellites at the heart of Comminges near Toulouse.

French intelligence agents uncovered a suspected Chinese espionage operation in Boulogne-sur-Gesse, Haute-Garonne, targeting satellite communications designed by Airbus Group and Thales Alenia Space. In early 2022, officers from the French military counterintelligence service (DRSD) noticed a suspicious antenna on an apartment balcony, later linked to Dong H., a Chinese national and former employee of China’s space technology academy. Dong H. headed a company believed to be a front for Chinese interests. Despite extensive surveillance by multiple French agencies, concrete evidence of illegal information transmission was lacking, so authorities pursued legal action over the unauthorized antenna. Investigators confirmed the device could intercept French satellite communications, suspecting a Chinese intelligence operation. Dong H. denied any wrongdoing.

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Satellite images show nuclear base in Iran after attack with bunker-buster bombs.

The United States, in alliance with Israel, attacked Iran’s main uranium enrichment facility at Fordow on Saturday (21), aiming to cripple Iran’s nuclear missile capabilities. Satellite images released by the US government and Maxar Technologies show the underground site, located beneath 80 meters of rock in Qom, before and after the strikes. The attack involved six bunker-buster bombs and 30 Tomahawk missiles launched by US B-2 bombers—the largest such operation by American aircraft. Israel, lacking the technology to hit deeply buried sites, relied on US support, authorized by President Donald Trump. In addition to Fordow, US forces also targeted Iran’s Natanz and Isfahan nuclear facilities.

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USA. There are satellite photos after the attack on Iran. They showed the scale of the destruction.

Recent satellite images reveal that US “bunker-buster” bombs have caused severe damage to Iran’s underground uranium enrichment facilities, particularly at Fordo, Isfahan, and Natanz. The attacks, part of a joint US-Israeli offensive aimed at crippling Iran’s nuclear program, destroyed parts of protective mountains and altered the landscape. While Iranian officials admitted to damage, they insisted the country’s nuclear knowledge remains intact. The International Atomic Energy Agency confirmed the destruction of the above-ground Natanz facility and significant damage underground, though it found no evidence of Iranian plans for nuclear weapons. The US declared the operation a success, claiming Iran’s nuclear program was destroyed.

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Satellite images show damage from US strikes on Iran’s Fordow nuclear site

US President Donald Trump announced that the US has destroyed three major Iranian nuclear sites—Fordow, Natanz, and Isfahan—using “bunker buster” bombs and Tomahawk missiles, marking a significant escalation in US involvement alongside Israel against Iran’s nuclear programme. The strikes, involving over 125 US aircraft and a large B-2 stealth bomber formation, targeted fortified facilities believed to be central to Iran’s uranium enrichment efforts. Iran and the UN nuclear watchdog deny that Iran was close to developing nuclear weapons. Iranian officials claim the attacks caused no irreversible damage, as sites were evacuated in advance. The operation follows Israeli strikes and heightened regional tensions after the US withdrawal from the 2015 nuclear deal.

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These satellite images show the scale of destruction from the American attack on Iran. “At least six craters”

Recent satellite images reveal that part of the mountain shielding Iran’s uranium enrichment facility in Fordo was completely destroyed by U.S. “bunker buster” bombs, according to American media citing Maxar Technologies. The Times of Israel reports these bombs can penetrate about 60 meters underground before detonating. The topography around Fordo changed significantly after 14 Massive Ordnance Penetrator bombs were used, and Iran reportedly sealed tunnel entrances before the attack. The Fordo site and a facility in Isfahan suffered “serious damage,” while the Natanz nuclear center was destroyed, sources told the Jerusalem Post. Iran’s Atomic Energy Organization spokesperson admitted to damage but insisted the country’s nuclear expertise remains intact and that this is not the first time their industry has faced destruction.

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Satellite images show fresh craters at Iran’s hidden nuclear site after US bombing

U.S. airstrikes on June 22, 2025, targeted Iran’s Fordow nuclear facility and two other sites, creating large craters and suggesting the use of bunker-busting bombs, according to Maxar satellite images and U.S. officials. President Trump called the strikes “very successful,” while Iran warned of “everlasting” consequences. The attacks, part of “Operation Midnight Hammer,” aimed to cripple Iran’s nuclear program but not pursue regime change. The strikes have heightened fears of a broader regional conflict, as Iran and Israel’s hostilities continue. Despite U.S. claims, Iran denies seeking nuclear weapons, though recent reports confirm its stockpile of highly enriched uranium. U.S. officials warned Iran against retaliation, while diplomatic channels remain open.

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SpaceX-ULA doubleheader: Two rockets to launch in 5.5 hours Monday morning from Cape Canaveral

Early Monday morning, Cape Canaveral will host two major rocket launches within 5½ hours. SpaceX will attempt to launch a Falcon 9 rocket at 1:25 a.m. from Launch Complex 40, deploying 27 Starlink satellites after a previous scrubbed attempt. No sonic booms are expected in Brevard County. Later, at 6:54 a.m., United Launch Alliance (ULA) will launch an Atlas V rocket from Launch Complex 41, carrying 27 Amazon Project Kuiper satellites. Weather conditions are favorable, with a 90% chance for SpaceX and 80% for ULA. FLORIDA TODAY will provide live coverage starting 90 minutes before the SpaceX launch and continuing through the ULA mission. For updates and schedules, visit floridatoday.com/space.

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Satellite image shows Fordow nuclear facility after massive bomb strike

The U.S. launched Operation Midnight Hammer, a surprise airstrike targeting Iran’s key nuclear facilities at Fordow, Natanz, and Isfahan, using B-2 stealth bombers and over 125 aircraft. Satellite images show severe destruction at the Fordow underground enrichment site. According to U.S. military officials, all three sites suffered extensive damage, though full assessment is ongoing. The International Atomic Energy Agency (IAEA) reported no increase in off-site radiation levels and plans an emergency meeting. The operation marked the largest B-2 strike in U.S. history, employing advanced tactics and 75 precision-guided munitions, including the first operational use of 14 GBU 57 Massive Ordnance Penetrators. Experts believe Iran’s nuclear program is now effectively dismantled.

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What do the damages after the US attack on Iran look like? There are satellite photos.

The United States launched airstrikes on three Iranian nuclear sites—Fordo, Natanz, and Isfahan—causing significant damage. Satellite images show altered mountain terrain and closed tunnel entrances at Fordo, with Natanz reportedly destroyed, according to the Jerusalem Post. Fourteen Massive Ordnance Penetrator bombs were used, dramatically changing the landscape. Former President Donald Trump called the operation a “spectacular success” and urged Iran to pursue peace. Israeli Prime Minister Benjamin Netanyahu described the strikes as a “turning point in history.”

Satellite photos show before and after U.S. strikes on Iran’s Fordo nuclear facility

U.S. forces launched “Operation Midnight Hammer,” striking Iran’s Fordo, Natanz, and Isfahan nuclear facilities with 30,000-pound “bunker-buster” bombs and Tomahawk missiles. Seven B-2 bombers dropped 14 GBU-57 Massive Ordnance Penetrators—their first-ever operational use—on Fordo and Natanz, while Isfahan was hit by submarine-launched missiles. Satellite images show severe damage: large craters, ash, and blocked tunnel entrances at Fordo, with extensive building destruction at Isfahan. The International Atomic Energy Agency (IAEA) reported no radiation increase but could not assess underground damage. The IAEA urged renewed diplomacy, warning of escalating violence and risks to global nuclear non-proliferation if dialogue fails. Iran has not yet released its own damage assessment.

Satellite images show impact site of US bombs on Iranian nuclear facilities

Newly released satellite images reveal extensive damage to Iran’s nuclear and military sites following a major US airstrike on June 21, ordered by President Donald Trump amid escalating tensions with Israel. The US operation, involving six B-2 bombers and submarine-launched Tomahawk missiles, targeted Iran’s Fordo nuclear facility and military bases in Natanz and Isfahan, leaving visible craters and debris. The strikes, coordinated with Israel, were in response to Iran’s alleged nuclear weapons development. Trump hailed the mission as a “spectacular military success” and warned Iran against retaliation, threatening even greater force. Analysts noted significant structural damage, particularly to tunnel entrances at Fordo. The attacks have shocked the international community and heightened concerns over regional security.

BEFORE/AFTER – American strikes on Iran: satellite images show the damage caused at the Fordo nuclear site

On June 22, the United States launched airstrikes on three Iranian nuclear sites—Fordo, Natanz, and Isfahan—dropping a full load of bunker-buster bombs on the heavily fortified Fordo facility. This follows Israeli strikes on Iranian nuclear sites the previous week. The operation, dubbed “Midnight Hammer,” was declared a success by President Donald Trump, who claimed the main Iranian nuclear sites were “totally destroyed.” Israeli Prime Minister Benjamin Netanyahu praised the U.S. action as a historic turning point. Iranian authorities stated there was no radiation risk to nearby populations, but warned of “eternal consequences” and reserved the right to retaliate. Trump threatened stronger U.S. responses to any Iranian reprisals.

New satellite pics show damage to Iran’s nuclear sites after attacks

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‘Damages beyond repair’: Colonel shows before and after photos of Iran’s nuclear site

US airstrikes on Iran’s Fordow nuclear facility have caused significant destruction, with satellite images revealing at least six large craters, suggesting the use of bunker-busting bombs. CNN military analyst Col. Cedric Leighton (Ret.) reviewed before-and-after satellite photos, confirming extensive damage that appears to have rendered parts of the site “damaged beyond repair.” The analysis highlights the effectiveness of the strikes in targeting Iran’s underground nuclear infrastructure.

Only ruins. Satellite photos reveal the scale of destruction after the US attack on Iran.

Recent satellite images from Maxar Technologies reveal extensive destruction at Iranian nuclear sites following U.S. airstrikes, with parts of protective mountains obliterated by bunker-busting bombs. The Fordo facility suffered serious damage, Isfahan was also hit, and the Natanz site was reportedly completely destroyed. Iran’s Atomic Energy Organization acknowledged the damage but insisted the country’s nuclear expertise remains intact. Rafael Grossi, head of the International Atomic Energy Agency, stated that while above-ground destruction at Natanz is total, the extent of underground damage remains unclear. He added that Fordo’s emergency power sources may limit further harm. Grossi reiterated that the IAEA has no evidence Iran was pursuing nuclear weapons.

Satellite images reveal craters after US attack on nuclear facility in Iran.

Satellite images analyzed by CNN reveal six large craters near Iran’s Fordow nuclear facility after a U.S. airstrike on Saturday (21), using B-2 stealth bombers and bunker-buster bombs. The craters are located in two areas of the mountain ridge above the heavily fortified site, which houses 2,700 centrifuges capable of enriching uranium to near-weapons grade. While surface damage is clear, the extent of underground destruction remains unconfirmed. The attack, part of a broader U.S. operation targeting multiple Iranian nuclear sites, was in response to escalating tensions between Israel and Iran. The UN Secretary-General expressed deep concern, urging diplomacy over military action, as Iran downplayed civilian risk and has yet to assess nuclear infrastructure damage.

Satellite images indicate less damage to Iran’s facilities than claimed by Trump.

US President Donald Trump ordered strikes on Iran’s three main nuclear facilities, claiming they were “totally destroyed,” though independent analysis has yet to confirm this. The attacks have complicated international efforts to track Iran’s enriched uranium and prevent nuclear weapon development, as the International Atomic Energy Agency (IAEA) lost access to key sites and Iran moved its uranium stockpile to undisclosed locations. Satellite images show significant damage, especially at Isfahan, but some critical infrastructure remains intact. Experts warn the strikes may push Iran to deepen its nuclear activities underground and reduce cooperation with the IAEA. The agency has called for an end to hostilities, as uncertainty grows over the location and security of Iran’s enriched uranium, enough for multiple nuclear warheads.

US attack on Iran. What were the Americans able to destroy? There are satellite photos.

Recent US airstrikes on Iran’s heavily fortified Fordo nuclear facility left at least six large craters, likely caused by bunker-busting GBU-57A/B MOP bombs, according to satellite images analyzed by CNN and Maxar. The strikes targeted the secret underground site, but while satellite photos show significant surface damage and ash, the extent of underground destruction remains unclear. US and Israeli officials confirm the facility was seriously damaged but not destroyed, and Iran reportedly moved uranium and equipment from the site. Damage assessments are ongoing, with officials noting that even multiple bunker-busting bombs may not have been sufficient to fully destroy Fordo. The attack has sparked global concern and heightened tensions between Iran and the US.

Satellite photos: See aftermath of US bombing on Iranian nuclear sites

On June 21, the U.S. launched “Operation Midnight Hammer,” targeting Iranian nuclear facilities at Fordow, Natanz, and Isfahan. The operation used deception tactics, but the extent of the damage remains unclear. Satellite images show multiple impact craters at Fordow, and the International Atomic Energy Agency (IAEA) reported electrical infrastructure damage at Natanz but no increase in radiation levels. U.S. Defense Secretary Pete Hegseth claimed Iran’s nuclear ambitions were “obliterated,” while Iranian officials downplayed the impact, stating key materials had already been removed. The aftermath raises concerns about potential Iranian retaliation against U.S. troops in the region.

The satellite shows the before and after of the Iranian nuclear facilities attacked by the US.

Operation Midnight Hammer began at midnight Saturday, when seven B-2 bombers and a tanker departed Whiteman Air Force Base, Missouri, for the largest-ever B-2 mission: an 18-hour, low-communication flight with midair refueling. Upon reaching the Middle East, they were joined by F-22 Raptors for escort. At 12:40 a.m. Iranian time, the bombing commenced, featuring the combat debut of the 13,600-kg GBU-57 “bunker buster,” capable of penetrating 60 meters underground—ideal for targeting Fordo’s fortified uranium enrichment site, the main target. Satellite images show before-and-after craters. Additional strikes hit Natanz and Isfahan nuclear facilities, with Tomahawk missiles launched from U.S. Navy ships and submarines in the Gulf of Oman, targeting Iran’s nuclear infrastructure.

Satellite images and decoy planes: Behind the US attack on Iran

BBC Verify’s Merlyn Thomas details “Operation Midnight Hammer,” a major US mission targeting Iran’s nuclear sites. The operation required months of planning, involved over 125 aircraft, a submarine, and 14 “bunker buster” bombs. New satellite imagery reveals significant damage at Iran’s key nuclear facilities in Isfahan, Natanz, and Fordo. The report analyzes the scale and impact of the strikes, highlighting the mission’s complexity and the extent of destruction inflicted on Iran’s nuclear infrastructure.

The before and after in photographs taken by satellite after the U.S. bombing in Iran.

Satellite images released by Maxar Technologies reveal extensive damage to key Iranian sites—Fordow, Natanz, and Isfahan—following U.S. bombings. The photos show craters, destroyed facilities, and bomb marks. While Fordow’s underground enrichment halls appear undamaged and no radiation leaks were reported, final damage assessments are ongoing, according to U.S. officials. Prior to U.S. intervention, Israeli strikes had caused only limited damage, mainly to Natanz’s switchyards and transformers. The U.S. also targeted Isfahan’s Nuclear Technology and Research Center, which appears “extremely damaged.” Iranian Foreign Minister Abás Araqchí stated that the attacks severely limit prospects for dialogue. The article features a gallery of the satellite images documenting the destruction.

China launches ChinaSat-9C geostationary communications satellite

China successfully launched the ChinaSat-9C communications satellite on June 20, 2025, using a Long March 3B rocket from Xichang. Developed by the China Academy of Space Technology, ChinaSat-9C is based on the advanced DFH-4E platform, weighs 5,500 kg, and has a 15-year design life. It will replace the 17-year-old, foreign-built ChinaSat-9, enhancing regional TV and radio broadcasting with improved Ku-band and other transponders. This launch marks China’s 35th orbital mission of 2025 and continues the modernization of its geostationary satellite fleet. China is also advancing commercial space efforts and building new satellite constellations in low and medium Earth orbits, alongside ongoing missions to support the Tiangong space station.

How do two satellites achieve solar eclipses that last for hours?

Zhukov anticipates an average of two solar eclipses per week during a two-year mission, totaling nearly 200 eclipses and over 1,000 hours of total darkness. This is significant because, on Earth, total solar eclipses—when the Moon perfectly aligns between the Earth and the Sun—occur only about once every 18 months and last just a few minutes. The mission’s frequent and prolonged eclipses represent a major scientific opportunity for eclipse observation and research.

Consequences of the US attack in Iran. There are satellite photos.

U.S. Secretary of Defense Pete Hegseth announced that Iran’s nuclear program was destroyed in a recent U.S. military operation, emphasizing that the strike targeted facilities, not civilians or soldiers. Satellite images show significant damage to key sites, including Natanz, Fordo, and Isfahan, with parts of protective mountains destroyed by bunker-buster bombs. However, experts and IAEA chief Rafael Grossi caution that the true extent of underground damage remains unclear. Israeli officials also refrain from confirming the program’s total destruction, though they acknowledge heavy damage from both U.S. and Israeli strikes. The attack involved B-2 bombers and Tomahawk missiles, targeting deeply buried enrichment centers that Israel alone could not neutralize.

Attack of the USA on Iran. Conflicting information about the damage. There are satellite photos [PHOTO]

On the night of June 21-22, US bombers launched a precise attack on Iranian nuclear facilities in Fordo, Natanz, and Isfahan, according to US Defense Secretary Pete Hegseth. The Pentagon declared the operation a success, emphasizing that the aim was not regime change in Tehran but to neutralize threats posed by Iran’s nuclear program to US national interests. Preliminary assessments indicate all targets were hit as intended, with no Iranian soldiers or civilians targeted. However, Israeli military leaders, including General Efi Defrin, expressed skepticism about the operation’s effectiveness, signaling a lack of shared optimism with the US regarding the outcome and impact of the strikes.

Satellite pics show aftermath of ‘devastating’ strikes on Iranian nuke bases

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SpaceX postpones for another day the launch of the two satellites from the Alavesa AVS due to “bad weather.”

SpaceX has postponed the Transporter 14 mission, delaying the Falcon 9 launch carrying AVS’s Roads 1 and Roads 2 satellites due to bad weather. This marks the third delay for these satellites, alongside 68 others in the mission. Other launches, including Starlink and NASA’s Axom 4, have also been postponed. The new launch is scheduled for Monday at 23:18 from Vandenberg, with a 57-minute window. Roads 1 and 2, each weighing 5.4 kg, will test in-orbit magnetic docking technology for the first time on such small satellites, potentially enabling future repairs and assembly in space. The mission, contracted by NASA, will also test propulsion systems for AVS’s upcoming Lur-2 satellite.

The USA struck Iran’s nuclear facility: a satellite recorded the aftermath.

Satellite images confirm that the Fordow nuclear facility in Iran sustained damage following a U.S. airstrike overnight, according to Sky News. The images, taken before and after the attack, show visible signs of impact at the site, though the extent of the damage—particularly whether internal areas were affected—remains unclear. The Fordow facility, located in a mountainous and heavily fortified area, has previously been highlighted by Israel as requiring specialized bunker-busting munitions to penetrate its defenses. There has been no official confirmation from either U.S. or Iranian authorities regarding the scale of the destruction.

The airstrike occurred on the night of June 22, when U.S. Air Force targeted three Iranian nuclear sites: Fordow, Natanz, and Isfahan. Former U.S. President Donald Trump congratulated American forces on the operation and shared a message stating, “Fordow is no more.” The situation remains developing, with further details on the impact and potential consequences yet to be disclosed.

What Satellite Images Reveal About the US Bombing of Iran’s Nuclear Sites

In a recent US airstrike, three key Iranian nuclear facilities—Fordow uranium enrichment plant, Natanz, and Isfahan—were targeted, with the Fordow site receiving the heaviest bombardment. The US deployed a dozen GBU-57 “bunker-buster” bombs, designed to penetrate deep underground, focusing on ventilation shafts rather than entrance tunnels. Satellite images reveal six large craters, suggesting repeated strikes on specific points to maximize shockwave damage to the underground facility, which sits about 260 feet below the surface. While President Trump claimed Fordow was “gone,” US military officials were more cautious, noting the difficulty in assessing the full extent of the damage due to the facility’s depth. Analysts believe the attack aimed to structurally cripple Fordow rather than temporarily disable it, as support infrastructure was left untouched. Despite the tactical success, experts argue the strike is “strategically incomplete,” as Iran retains nuclear material, other underground sites, and the capability to produce centrifuges. The long-term impact on Iran’s nuclear program remains uncertain, especially as satellite imagery cannot fully reveal subsurface destruction. The US action followed Israeli strikes, which lacked the capability to penetrate such deeply buried facilities.

Satellites show damage to Iran’s nuclear program, but experts say it’s not destroyed

U.S. officials have claimed that recent strikes on three major Iranian nuclear sites have severely damaged Iran’s nuclear program. However, independent experts analyzing satellite imagery dispute this, arguing that Iran’s nuclear capabilities remain largely intact. Jeffrey Lewis of the Middlebury Institute and David Albright of the Institute for Science and International Security note that while infrastructure and centrifuges may have been targeted and damaged, Iran’s stocks of highly enriched uranium appear to have been untouched and possibly relocated before the attacks. Satellite images show trucks at key sites, suggesting Iran may have moved uranium out of harm’s way in anticipation. The U.S. operation, dubbed “Operation Midnight Hammer,” involved B-2 bombers and cruise missiles targeting Fordo, Natanz, and Isfahan. Despite Pentagon claims that Iran’s nuclear ambitions have been “obliterated,” experts caution that as long as Iran retains its enriched uranium—estimated at over 400 kilograms of 60% enriched uranium, enough for about ten bombs—the threat persists. The strikes, while potentially damaging to facilities, are seen as incomplete in neutralizing Iran’s nuclear potential.

Satellite images showing the impact of the US attack on Iran’s Fordo nuclear facility

The Fordo uranium enrichment plant, regarded as the centerpiece of Iran’s controversial nuclear program, had previously avoided Israeli attacks due to its deep underground location beneath a mountain near Qom, making it nearly unreachable by Israeli weaponry but not by U.S. arms. On Saturday night, the U.S. launched airstrikes against Fordo and two other Iranian nuclear sites, reportedly causing “devastating” damage according to U.S. officials. High-resolution satellite images showed up to six large craters at Fordo, indicating the use of the powerful GBU-57A/B “bunker-buster” bombs for the first time in combat. While the true extent of the damage remains unclear due to the facility’s depth, entrances to Fordo’s tunnels appear collapsed or intentionally blocked. Iranian authorities acknowledged damage but claimed their nuclear program would continue, stating that key materials had already been moved elsewhere. The International Atomic Energy Agency (IAEA) reported no radiation increase post-strike, though Fordo’s centrifuges had previously enriched uranium close to weapons-grade levels. U.S. and Israeli intelligence agree Fordo was severely damaged but not destroyed. Iran’s leadership insists it will persist in pursuing nuclear technology for “civilian and peaceful” purposes.

Satellite images show in detail the damage to Iranian nuclear facilities attacked by Israel and the US.

The United States launched airstrikes on three major Iranian nuclear facilities—Natanz, Isfahan, and Fordo—early Saturday, officially joining Israel’s ongoing conflict with Iran. This escalation follows a series of Israeli attacks on Iranian military and nuclear targets that began the previous Thursday. According to Pentagon officials, the targeted sites suffered “severe damage.” Satellite images from Maxar Technologies reveal significant destruction at all three locations, including visible bomb entry points and widespread debris, particularly at Fordo. Isfahan, believed to store near-weapons-grade nuclear fuel, was also heavily damaged, potentially setting back Iran’s nuclear program by years if the facility is destroyed. Israeli forces had previously targeted laboratories at Isfahan involved in uranium gas conversion, with further strikes occurring just before the U.S. attacks. In Natanz, surface structures were damaged during the initial Israeli strikes, and the International Atomic Energy Agency (IAEA) reported that the plant’s electrical infrastructure was destroyed, likely impacting uranium centrifuges. The attacks mark a significant escalation in the conflict, drawing international condemnation, including from Brazil, and raising concerns about the future of Iran’s nuclear capabilities and regional stability.

Satellite images of before and after the US attacks in Iran

Satellite images analyzed by CNN reveal significant damage to Iran’s largest nuclear complex following a series of U.S. attacks on Sunday. The before-and-after images, provided by Maxar Technologies, show visible destruction at three Iranian nuclear facilities. The International Atomic Energy Agency (IAEA) of the United Nations has begun initial assessments to determine the extent of the damage at these sites.

Satellite images question Trump’s claim Iran’s atomic sites destroyed

US President Donald Trump ordered strikes on three major Iranian nuclear facilities, claiming the sites were “totally obliterated.” However, independent verification of this claim is still pending. While the attacks may have significantly damaged Iran’s known atomic infrastructure, experts warn that the strikes have complicated efforts to monitor Iran’s nuclear activities and track its uranium stockpiles. This raises concerns about the ability to ensure Iran does not pursue nuclear weapons in the aftermath. The situation presents a new challenge for international observers and nuclear watchdogs, who now face greater uncertainty in assessing the status and location of Iran’s remaining nuclear capabilities.

Suspicions of Chinese espionage on French satellites in the heart of Comminges near Toulouse.

French intelligence agents uncovered a likely Chinese espionage operation targeting satellite communications designed by Airbus Group and Thales Alenia Space. The operation centered on Boulogne-sur-Gesse (Haute-Garonne), where, in early 2022, officers from France’s military counterintelligence (DRSD) noticed a suspicious antenna on a residential balcony. The antenna was positioned to intercept signals between Earth observation satellites—managed by the French space agency CNES—and the Issus Aussaguel ground station.

Investigations revealed the apartment belonged to Dong H., a Chinese national formerly employed by China’s Academy of Space Technology, involved in missile development. She heads STAHD Europe, a suspected front company linked to Emposat, a Chinese firm repeatedly accused of global espionage. French agencies (DRSD, DGSI, DGSE, DNRED, Tracfin) discreetly monitored Dong H., suspecting economic espionage.

Despite months of surveillance, investigators struggled to find direct evidence of illegal data transmission to China. Ultimately, they pursued legal action over the unauthorized antenna. Technical analysis confirmed the device could intercept French satellite communications and was tuned to their frequencies. French intelligence concluded this was a deliberate Chinese operation to gather information on French satellite communication methods. Dong H. denied the allegations. The current status of the antenna is unclear.

Satellite images show nuclear base in Iran after attack with bunker-buster bombs.

On Saturday (21), the United States, in alliance with Israel, attacked Iran’s main uranium enrichment facility at Fordow, aiming to cripple the Iranian regime’s capacity to produce nuclear missiles. Satellite images released by the US government and Maxar Technologies show the Fordow installation—buried under 80 meters of solid rock in Qom—before and after the strikes. The attack involved six bunker-buster bombs and 30 Tomahawk missiles launched by US B-2 bombers, marking the largest such operation with these aircraft. While Israel had previously targeted Fordow, it lacked the technology to effectively strike the deeply buried site and awaited US support, which was authorized by President Donald Trump. In addition to Fordow, US forces also bombed Iran’s Natanz and Isfahan nuclear facilities. The operation underscores the strategic partnership between the US and Israel in countering Iran’s nuclear ambitions and highlights the limitations of Israel’s military capabilities against fortified underground sites without American assistance.