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The rise in satellites and space debris in low Earth orbit raises concerns about long-term usability, urging global cooperation to prevent collisions and ensure sustainability. Recent data shows that over 14,000 satellites, including 3,500 inactive ones, currently orbit Earth.? ?? Read more here

???Urgent Call for Space Traffic Coordination??? The rapid increase in satellites and space debris is threatening the usability of low Earth orbit. Experts and industry insiders emphasize the need for global cooperation and data sharing to manage this critical region of space. A recent United Nations panel highlighted the urgency of the situation, calling for a comprehensive shared database of orbital objects and an international framework to track and manage them. With over 14,000 satellites (including 3,500 inactive) and about 120 million pieces of debris in low Earth orbit, the stakes are high. Panel co-chair Aarti Holla-Maini, from the United Nations Office for Outer Space Affairs (UNOOSA), stressed, "There's no time to lose on space traffic coordination. We must facilitate information sharing between operators to avoid collisions." Maintaining the safety of low Earth orbit is essential to prevent disruptions to global communication, navigation, and scientific exploration. Let's work together to ensure a sustainable future in space! Space Intel creates #sensors and #AI for airborne safety, environmental protection, and high-resolution Earth and space imaging. ?? Stay safe and informed!#WeSawItComing #Satellites #SpaceSafety #SatelliteCollisions #SpaceDebris #Space #SpaceIntel #SpaceSustainability

?? The ADRAS-J Mission: Capturing the First-Ever Close-Up Image of Space Junk The ADRAS-J satellite, operated by the Japanese company Astroscale, has made history by capturing the first-ever close-up image of space junk. This historic photograph showcases a discarded Japanese H-2A rocket stage that launched the GOSAT Earth-observation satellite in 2009. The ADRAS-J mission aims to study and address the rapidly growing issue of space debris. ?? Significant Milestone Launched on Rocket Lab’s Electron vehicle in February 2024, ADRAS-J maneuvered within a few hundred meters of the rocket stage earlier this month. The proximity operation was memorialized in a striking image of the 36-foot-long by 13-foot-wide (11 by 4 meters) debris piece. ?? Major Step in Tackling Space Junk ADRAS-J (Active Debris Removal by Astroscale-Japan) aims to prove technologies for safely capturing and deorbiting large pieces of orbital debris in the future. Studying the H-2A rocket stage will provide vital data to improve debris removal efforts. “In the next mission phase, ADRAS-J will capture more images of the rocket stage through controlled close-approach operations,” stated Astroscale. “These images and data will help understand the debris and provide crucial information for future removal.“ ?? Space Junk Risks and Solutions Space debris includes defunct satellites, spent rocket stages, and fragments from collisions. It poses significant threats to active satellites, space missions, and the International Space Station. Rocket bodies like the H-2A upper stage orbit Earth like “giant bullets,” and collisions could trigger a catastrophic cascade known as the Kessler Syndrome. ?? Key Initiatives to Address Space Junk: Active Debris Removal (ADR): Projects to capture and deorbit large debris. Enhanced Tracking Systems: Improved monitoring of space debris. Design for Demise: Ensuring new satellites burn up upon reentry. To read similar news, visit the website: https://lnkd.in/d4gJCG95 #SpaceJunk #Astroscale #ADRASJ #SatelliteImages #SpaceDebris #SpaceExploration #RocketLab #H2ARocketStage #ActiveDebrisRemoval #News #CXOTech

Imagine a future where space exploration and satellite launches can coexist with a clean and debris-free orbital space. ???? As a business we produce a lot of components that end up in space (they are meant to be there!), so this article from E+T about how we can effectively clean up space debris to keep up with the demand for more and more satellites is really interesting. #satellite #launches #spaceexploration #future #satellitelaunch #space #OrbitalCleanup

?? Neuraspace ???????????????? ?????????? ???????????? ???????????????? ???????? ?? ?????? ?????????????? ?????????????????? ???? ??????????? In a significant move to improve space traffic management, Neuraspace has deployed a state-of-the-art optical telescope in Chile, designed to track objects in low Earth orbit with remarkable precision. This new addition complements their existing telescope at Beja Air Base in #Portugal, which has already recorded over 300,000 measurements in just three months.? The Chilean telescope, uniquely positioned in a region renowned for clear nights, promises even greater productivity. Capable of capturing over one image per second, it can track objects as small as 10 cm and reduce positional errors to less than 100 metres within a single orbit—exceeding the ESA’s 2023 Space Debris Mitigation Requirements.? ?? Why it Matters:?? With the surge in satellite constellations like STARLINK and increasing orbital congestion, tracking space debris is more critical than ever. Neuraspace’s precision tracking ensures safer operations for both current satellites and new launches, mitigating collision risks and managing the growing number of space objects effectively.? Claudio Manfletti, CEO of Neuraspace, highlights that tracking brighter satellites, such as STARLINK, enhances their ability to maintain comprehensive and accurate catalogues of orbital objects. This advancement not only boosts Neuraspace’s service autonomy but also strengthens their collaboration with Elecnor Deimos, setting a new benchmark in the industry.? ?? As the demand for robust space traffic management solutions rises, Neuraspace continues to lead the charge in ensuring the safety of space-faring operations.? #Neuraspace #SpaceDebris #SatelliteTracking #ElecnorDeimos #SpaceSafety #Starlink #ESASpaceDebris #ChileObservatory

"While pilots rely on weather forecasts to dodge storms, “space weather” from solar events remains less predictable and can disrupt satellites, spacecraft, and even passenger flights. A serious solar storm is dangerous not only to electronics, but also to unprepared astronauts. If someone happens to be doing a spacewalk, they could get a face full of radiation — and if we want to establish a permanent presence on the moon, where there’s similarly little protection, we’ll want to know exactly when it’s safe to go outside. Mission Space is about to launch the first payload, the start of a 24-satellite constellation designed for near-real-time space weather monitoring." With #Zohar, we’re not just capturing data; we’re setting up a system that records thousands of measurements per second across dozens of parameters to safeguard everything from satellites to space tourists. As the #space economy expands, we’re excited to play our part in ensuring safe, resilient operations. Big thanks to Devin Coldewey from TechCrunch for the fantastic coverage! ?? Read the full article here https://lnkd.in/d6A4kx9P

The World Economic Forum's GFC on The Future of Space has just released a new briefing paper which outlines key principles for data and information exchange when it comes to #SpaceSituationalAwareness (SSA). SSA is?the ability to monitor the location of objects in orbit, predict their future location and warn of potential collisions - it provides the foundation for space safety and sustainability. With rapidly increasing traffic in Earth orbits, operators of satellites from different countries need to be able to know of potential collisions with other active satellites or debris. The key idea presented in the paper is that for space traffic to "flow" smoothly around our planet, there needs to be a transparent environment where each operator shares data and information with their respective SSA providers (of which there are also a number around the world) about location of their assets as well as their planed manoeuvres and these, in turn, communicate with each other to ensure nothing is missed. Standardization obviously becomes also a critical point, as different systems would need to talk to each other! Special thanks to the authors Richard DalBello, Mariel Borowitz, Carissa Bryce Christensen, Simonetta Di Pippo, Pascale Ehrenfreund, Aarti Holla-Maini, Jamie Morin, Guoyu Wang, Nobuhiro Matsuyama, and Peter Martinez, as well as Forum colleagues Hazuki Mori, Minoo Rathnasabapathy and Arnaud Bacq. Office of Space Commerce #SpaceSustainability #SpaceDebris https://lnkd.in/efpTKakh

Space debris: ticking time bomb. Researchers from the orbital mapping firm LeoLabs are raising alarm bells about the dangerous amount of space junk littering our planet's orbit that will inevitably create a catastrophe. In an interview with Forbes, LeoLabs senior technical fellow Darren McKnight described the issue as a "ticking time bomb" waiting in the wings. The author of a remarkable series of studies on space debris and its potential to trigger catastrophic collisions, McKnight heads the data analytics team at the Silicon Valley-based LeoLabs, which operates a global web of phased array radars that scan low Earth orbit (LEO) while charting more than 20,000 objects in flight - from abandoned rockets to the clouds of Anti-Satellite weapon (ASAT) shrapnel that circumnavigate the globe. The outfit’s founder and Chief Operating Officer, Dan Ceperley, issued an ominous oracle on LeoLab’s website, warning of the “inevitability of a disaster in low Earth orbit” due to clouds of missile shards and clusters of derelict rockets that are spinning around the globe. With our planet veritably surrounded by almost 30,000 objects bigger than a softball hurtling through space at extremely fast speeds, McKnight and his colleagues are looking for solutions to head off tragedy — but they might not be able to make it in time. "This grim reality," Ceperly told Forbes, "means that collisions are not a question of if but when." “Potential disasters in LEO,” Dr. Ceperley predicts, range from an astronaut being blasted by “lethal, small debris” to an “operational payload attacked by an adversary.” His “Guide To Disasters In Low Earth Orbit” cautions that minuscule shards in orbit - measuring less than one centimeter - could be deadly to aeronauts spacewalking outside the International Space Station or floating outside their space capsules. “Potential disasters in LEO,” Dr. Ceperley predicts, range from an astronaut being blasted by “lethal, small debris” to an “operational payload attacked by an adversary.” Space Intel creates sensors and AI for airborne safety, environmental protection, and high-resolution Earth and space imaging. Stay safe and informed! #WeSawItComing #Satellites #SatelliteCollisions #SpaceDebris #Space #SpaceIntel #SpaceSustainability

Digantara is set to launch a satellite on Elon Musk's SpaceX rocket. ?? Digantara’s SCOT, one of the world’s first commercial Space Situational Awareness (SSA) satellites, will be capable of tracking objects as small as 5cm in Low Earth Orbit (LEO).The satellite, which is highly innovative, will revolutionize space traffic management with its advanced monitoring capabilities. Learn more about this groundbreaking collaboration here: https://lnkd.in/gdgycD6R #satellite #Digantara #SpaceX #innovation #collaboration #startupindia #space

"While pilots rely on weather forecasts to dodge storms, “space weather” from solar events remains less predictable and can disrupt satellites, spacecraft, and even passenger flights. A serious solar storm is dangerous not only to electronics, but also to unprepared astronauts. If someone happens to be doing a spacewalk, they could get a face full of radiation — and if we want to establish a permanent presence on the moon, where there’s similarly little protection, we’ll want to know exactly when it’s safe to go outside. Mission Space is about to launch the first payload, the start of a 24-satellite constellation designed for near-real-time space weather monitoring." With #Zohar, we’re not just capturing data; we’re setting up a system that records thousands of measurements per second across dozens of parameters to safeguard everything from satellites to space tourists. As the #spaceeconomy expands, we’re excited to play our part in ensuring safe, resilient operations. Big thanks to Devin Coldewey from TechCrunch for the fantastic coverage! ?? Read the full article here ?? #spaceweather #missionspace #spacetech