Space & Technology 

The Cybersecurity and Infrastructure Agency (CISA) has issued an advisory detailing the activities of a cyber group known as the "CyberAv3ngers," linked to Iran, utilizing Israeli-made systems to target US facilities. These hackers are notably targeting Unitronics Vision Series programmable logic controllers (PLCs), commonly used in water and wastewater systems, as well as healthcare, manufacturing, energy, and food and beverage industries.The CyberAv3ngers employ a tactic of defacing the PLCs user interfaces during attacks, displaying a message asserting their actions against Israel. Incidents attributed to CyberAv3ngers have been reported in multiple states since November. While the exact number of affected organizations remains undisclosed by CISA, CNN reports suggest that fewer than 10 domestic water facilities have been impacted.CISA report highlights that the compromised PLC devices are often exposed to the internet due to their remote monitoring functionality and default credentials. The attackers" activities may render the PLCs inoperative, and their access could potentially lead to more severe cyber-physical effects on processes and equipment.Authorities, including CISA, the FBI, the National Security Agency, the Environmental Protection Agency, and the Israel National Cyber Directorate, have been monitoring CyberAv3nger activities since October 2023. The hackers claimed responsibility for digital assaults against Israeli PLCs on Telegram. The group is linked to the Iranian Government Islamic Revolutionary Guard Corps, designated as a foreign terrorist organization by the US government in 2019.

Read More → Posted on 2023-12-04 16:43:50

 Space & Technology 

Over the years, Linux gaming performance has witnessed significant enhancements, prompting a crucial question: How does it measure up against Windows 11? ComputerBase undertook an extensive benchmarking analysis, pitting three distinct Linux operating systems against Microsoft latest OS, only to discover that all three outperformed Windows 11. What even more noteworthy is that these Linux variants achieved their commendable performance levels while leveraging Valve Proton compatibility layer for all benchmarked titles.The trio of Linux operating systems subjected to scrutiny were Arch Linux, Pop!_OS, and Nobara OS. Arch Linux, with its minimalist default installation, demands user customization for optimal performance. However, it boasts some of the fastest software and OS updates among Linux distributions, and SteamOS 3, the powerhouse behind the Steam Deck, is based on Arch Linux.On the friendlier side for Linux beginners, Pop!_OS and Nobara OS offer default installations replete with applications and plugins, many tailored for gaming. Pop!_OS, an Ubuntu-based OS from System76, comes pre-loaded with Steam, Proton, and Lutris. Nobara OS, a modified version of Fedora Linux explicitly designed for gamers, features OBS, Wine, and third-party Nvidia drivers from the get-go.ComputerBase conducted testing on an all-AMD setup, featuring a Ryzen 7 5800X and a Radeon RX 6700 XT. Notably, all games tested, including Cyberpunk 2077, Forspoken, Ratchet & Clank, Starfield, and The Talos Principle II, were originally designed for Windows but ran through Valve Proton compatibility layer on Linux.In the performance showdown, all three Linux operating systems edged out Windows 11 by a slim margin. Nobara OS claimed the top spot with a solid 100 fps, while Arch Linux and Pop!_OS secured second and third positions with 99 fps and 95 fps, respectively. Windows 11 trailed with an average frame rate of 94 fps.While pre-game analysis rankings showed some inconsistency, Nobara OS excelled in three games, outpacing its counterparts, and Arch Linux took the lead in Starfield. Rachet & Clank Rift Apart was the only game where Windows 11 emerged as the winner.Despite the minute differences, the overall frame rate gap between each OS was minimal, with most titles exhibiting an fps delta of less than eight. Notably, Cyberpunk 2077 showed a more significant 17 fps gap between the slowest (POP!_OS) and the fastest (Nobara OS). This underscores Linux commendable gaming performance, even with the overhead of Valve Proton compatibility layer, showcasing competitiveness with Windows 11 on AMD hardware. The prospect of testing on Intel/Nvidia systems remains an intriguing avenue for further exploration.

Read More → Posted on 2023-12-03 17:12:06

 Space & Technology 

Top defense officials from the United States, Australia, and Britain convened in Silicon Valley, California, to advance their collaborative efforts in high-tech domains such as deep space radar, artificial intelligence (AI), and quantum computing systems. The meeting, held on Friday, aimed to strengthen the trilateral partnership known as AUKUS (Australia, United Kingdom, United States), established in September 2021 to counterbalance the influence of assertive regimes like those in Moscow and Beijing.The focus of the gathering was on fostering cutting-edge capabilities for their armed forces in response to evolving global threats. US Secretary of Defense Lloyd Austin emphasized the significance of AUKUS, characterizing it as a "once in a generation opportunity" to enhance peace and security in the Indo-Pacific region.The collaborative agreements among the three nations involve the development and delivery of advanced technologies to provide a decisive advantage for their military forces. Notable aspects include the acquisition of at least three nuclear-powered Virginia-class submarines by Australia, and the joint construction of a new submarine model incorporating US technology by Britain and Australia.During the recent meeting, the officials highlighted the "Deep Space Advanced Radar Capability" program, a collaborative effort to establish radar detection sites in all three countries by the end of the decade, capable of peering 22,000 miles into space. The discussions also encompassed cooperation on quantum technologies for navigation and weapons direction, as well as the development of resilient artificial intelligence for precision targeting.Australian Defense Minister Richard Marles emphasized the historic importance of the meeting in the context of AUKUS, highlighting the sharing and development of advanced technologies. The discussions reflected a commitment to innovation, particularly in response to an increasingly perilous global landscape marked by conflicts in Ukraine, the Middle East, and China actions in the Indo-Pacific.Addressing concerns about the stability of alliances amid potential political changes, Marles asserted that AUKUS enjoyed cross-party support in all three nations. British Defense Secretary Grant Shapps underscored the urgency of innovation in a more dangerous world, citing challenges posed by Russia, Hamas, and China.While the strengthening alliance is rooted in longstanding partnerships, it has raised apprehensions in Beijing, which perceives attempts to contain its influence. The three nations, committed to "freedom of navigation" voyages in the South China Sea, have faced criticism from China, warning against what it sees as a dangerous path. The collaboration includes the acquisition of nuclear-powered submarines by Australia, replacing its aging fleet, with capabilities for extended underwater operations and reduced noise levels.

Read More → Posted on 2023-12-03 16:59:13

 Space & Technology 

Renewed concerns have emerged over the status of the Hubble Space Telescope, prompting discussions within NASA about the possibility of approving a private mission for the spacecraft reboost and potential repairs. On November 29, NASA announced that the Hubble telescope had entered safe mode due to a problem with one of its three operational gyroscopes. The gyro in question had initially triggered safe mode on November 19 with faulty readings, and subsequent attempts to restore operations on November 21 and 23 encountered issues.NASA stated that engineers were investigating the problem, refraining from providing an estimate for when science operations could resume. While Hubble can function with just one gyro, there is a reduction in productivity, particularly affecting certain solar system observations. Of the six gyros installed during the final shuttle servicing mission in 2009, three have malfunctioned.The recent setback prompted a response from Jared Isaacman, the billionaire supporting SpaceX private astronaut missions under the Polaris program. Isaacman, referencing a study announced in September 2022 involving SpaceX and NASA, expressed interest in a private mission to reboost and potentially repair Hubble using SpaceX Crew Dragon.The study, conducted under an unfunded Space Act Agreement, concluded earlier this year, with no details released about the findings or subsequent steps. Isaacman hinted at the feasibility of a reboost and servicing mission, although specific mission details remain undisclosed.Apart from SpaceX, NASA had previously issued a request for information seeking concepts for commercial missions to reboost Hubble. Eight responses were received, including one from Astroscale and Momentus. The agency is currently evaluating these proposals, emphasizing the need to ensure the safety of the telescope during any servicing mission.While industry insiders believe a reboost mission is feasible, skepticism exists regarding the complexity and cost of potential repairs. Concerns include the lack of necessary capabilities, such as an airlock and robotic arm, on Crew Dragon for servicing tasks. Furthermore, budget considerations loom large, especially as NASA science divisions face the possibility of significant budget cuts in the coming fiscal year. The uncertainties surrounding Hubble future underscore the challenges and trade-offs involved in balancing scientific priorities with budget constraints.

Read More → Posted on 2023-12-03 16:54:29

 Space & Technology 

Amazon has inked a deal with SpaceX to launch an unspecified quantity of satellites as part of its Project Kuiper broadband constellation. The launch is scheduled to take place on three Falcon 9 rockets starting in mid-2025. This agreement supplements an existing multi-billion-dollar launch arrangement that involves United Launch Alliance (ULA), Arianespace, and Blue Origin, and covers the deployment of over 3,200 satellites for the Kuiper project.The decision to collaborate with SpaceX comes in the wake of a legal dispute initiated by a pension fund against Amazon board of directors. The lawsuit alleged that the board had shown "bad faith" by approving the majority of Kuiper launches to unproven rockets developed by ULA, Arianespace, and Blue Origin, without considering SpaceX as a viable option.Amazon had previously placed orders for rockets from ULA, Arianespace, and Blue Origin, including eight Atlas 5 and 38 Vulcan rockets, 17 Ariane 6 launches, and up to 27 New Glenn missions. However, only the Atlas 5 is currently operational among these options.The lawsuit also hinted at potential personal conflicts between Amazon founder, Jeff Bezos, who owns Blue Origin, and Elon Musk, founder of SpaceX, suggesting that these interpersonal dynamics might have influenced Amazon decision-making process.An Amazon spokesperson refuted the claims made in the lawsuit, stating that they were "completely without merit" and had no bearing on the procurement plans for Project Kuiper. The specifics of the SpaceX launch contract remain undisclosed, with Amazon providing limited information in a brief blog post on December 1.Following successful tests of two prototypes launched by ULA in October, Amazon has announced its readiness to commence the production of the remaining satellites for Project Kuiper. The launch campaign is set to kick off in the first half of early 2024, with initial services expected to begin later in 2024. Notable potential customers include telecom giants such as Verizon in the United States, Vodafone in Europe and Africa, and Nippon Telegraph and Telephone Corporation in Japan.

Read More → Posted on 2023-12-03 16:50:12

 Space & Technology 

Australian startup Infinity Avionics is currently in the development phase of a cutting-edge dual-headed camera system designed for space-based surveillance. Securing funding totaling approximately 1 million Australian dollars ($660,000) from the Australian research consortium SmartSat CRC, the Australian Capital Territory government, and internal research funding, Infinity Avionics, headquartered in Canberra, has partnered with the University of New South Wales Canberra Space and fellow Australian startup Nominal Systems. The primary goal is to create technology capable of autonomously identifying space objects, particularly those too small for radar detection.Igor Dimitrijevic, the founder and CEO of Infinity Avionics, explained that the focus is on detecting debris fragments that elude radar detection capabilities. The innovative camera system comprises a wide field of view event sensor designed to respond to changes in light without generating images. According to Dimitrijevic, this sensor boasts a remarkably high dynamic range compared to conventional image sensors, enabling the detection of subtle changes or events.The system operates on a "Tip and Cue" mechanism: when the event sensor detects changes or movement, it instructs the co-aligned narrow field of view camera to capture imagery. This approach allows for the identification of events or movements that might be overlooked by a standard camera. Additionally, it mitigates the challenge posed by massive data generation, which occurs when using a regular camera that constantly captures frames. With the dual-head camera system, Infinity Avionics can identify and capture events while producing a manageable amount of data for downstream processing and transmission.Nominal Systems, a technology company based in Canberra, contributes to the project with its digital twinning technology, aiding Infinity Avionics in simulating the concept of operations for the dual-headed camera system and validating requirements.Damith Abeywardana, founder and managing director of Infinity Avionics, highlighted that their system is an enhanced version designed to automate and introduce intelligence to surveillance cameras, building on the company existing expertise in providing cameras and sensors for similar space-based applications.Established in 2020 as a spinoff from the University of New South Wales in Canberra, Infinity Avionics not only focuses on the development of optical sensors and computer processors but also offers engineering consulting services directly and through international partnerships. Igor Dimitrijevic, the startup CEO, formerly served as the lead electronics engineer in the university space group.The dual-headed camera system has garnered attention from potential customers, including the Australian Space Command and various international organizations, indicating its potential impact on advancing space surveillance capabilities.

Read More → Posted on 2023-12-02 16:46:14

 Space & Technology 

Researchers funded by NASA have received an extraordinary opportunity to seek access to lunar samples collected by China Chang e-5 mission. In a departure from the usual prohibition on bilateral activities, an internal email sent on Nov. 29 revealed that NASA-funded researchers could apply to the China National Space Administration (CNSA) for portions of the Chang e-5 samples.The email stated, "NASA has certified its intent to Congress to allow NASA-funded researchers to apply to the China National Space Administration for access to lunar samples returned to Earth on the Chang e-5 mission and made available recently to the international scientific community for research purposes."This unexpected move opens the door to potential collaboration between China and NASA-funded entities and researchers, contrary to NASA Administrator Bill Nelson previous strong stance against collaboration with China.The "Wolf Amendment," a provision in NASA appropriations bills, typically limits cooperation with entities of the People Republic of China. Collaboration would require prior approval from Congress and certification from the FBI, ensuring no national security risks.China Chang e-5 mission, launched in late 2020, successfully collected 1,731 grams of lunar material from Oceanus Procellarum. Initially made available to Chinese researchers, the samples were later offered to international groups in August. The samples are expected to provide new insights into the moon geological history, complementing NASA existing lunar samples.The email encourages U.S. researchers to apply for the seventh round of sample access, with the application period open until December 22, 2023. Researchers are advised to contact NASA officials for guidance if their applications are selected. However, the email emphasizes that this exception applies solely to the Chang e-5 mission samples, and the general prohibition on bilateral activity with China on NASA-funded projects remains in place.This development has been welcomed by the scientific community, with experts noting the potential for expanding lunar exploration beyond the regions covered by previous missions. James Head, a planetary scientist at Brown University, sees this as an exciting opportunity for future cooperation, possibly extending to missions like China Chang e-6 lunar farside sample return mission in 2024.While the response from CNSA to NASA applications remains uncertain, this rare exception could be a positive step toward international collaboration in space exploration, despite the historical tensions between the U.S. and China in the field.

Read More → Posted on 2023-12-02 16:39:45

 Space & Technology 

In response to escalating threats from North Korea, South Korea achieved a significant milestone by successfully launching its inaugural indigenous military reconnaissance satellite. According to reports from Yonhap news agency citing South Korea defense ministry, the satellite was deployed from a US military base in California using a SpaceX Falcon 9 rocket at a local time on Friday.Historically dependent on U.S. resources for high-resolution imagery, South Korea has been actively pursuing the establishment of an autonomous military satellite network to enhance its intelligence capabilities concerning North Korea. The move marks a shift from reliance on American assets to an independent approach in gathering crucial information.The initial deployment involves an electro-optical and infrared (EO/IR) satellite, with plans to launch four additional synthetic aperture radar (SAR) satellites into orbit by 2025, aiming to bolster the monitoring capabilities directed towards North Korea. EO/IR satellites provide detailed Earth surface imagery but are limited by cloud cover, while SAR satellites can acquire data under various weather conditions through remote sensing systems.This strategic initiative is anticipated to intensify the space competition between the two Koreas, particularly as North Korea recently placed its first spy satellite into orbit on November 21. Despite two earlier unsuccessful attempts, North Korea has expressed its commitment to launching more satellites within a short timeframe.Military officials, as reported by Yonhap news agency, are optimistic about the reconnaissance satellites playing a pivotal role as the "eyes" for South Korea Kill Chain preemptive strike system. These satellites are expected to facilitate swift detection and early warning capabilities in response to potential nuclear or missile threats from North Korea.The Kill Chain system represents a fundamental component of South Korea comprehensive deterrence strategy, complemented by the Korea Air and Missile Defense system and the Korea Massive Punishment and Retaliation plan. Together, these elements form a robust defense framework, emphasizing the nation preparedness in the event of a major conflict.

Read More → Posted on 2023-12-02 15:52:44

 Space & Technology 

NASA ambitious Artemis lunar exploration initiative is likely to face a setback, with the first crewed landing expected no earlier than 2027, according to a recent report from the Government Accountability Office (GAO).Released on November 30, the GAO report highlights the sluggish progress on key components of the Artemis program, particularly the Human Landing System (HLS) lunar lander developed by SpaceX and the new lunar spacesuits by Axiom Space. The current target of achieving a crewed landing in late 2025 on the Artemis 3 mission appears unattainable, primarily due to challenges in HLS development.The report underscores SpaceX hurdles, stating that the company "is facing multiple issues that limit this progress and jeopardize its ability to support an Artemis III mission in 2025." These challenges include an ambitious schedule, delays in the current development, and significant technical work.The GAO argues that considering the typical timeline for major projects at NASA, it was unrealistic to expect the Starship lunar lander to be ready by late 2025. "If the HLS development takes as many months as NASA major projects do, on average, the Artemis III mission would likely occur in early 2027," the report notes.SpaceX HLS development is reportedly progressing more slowly than anticipated, with the preliminary design review milestone taking more than half the overall schedule. The report cites SpaceX delays of unspecified key events from 2023 to 2024, compressing the remaining timeline.The GAO report also points to an "incomplete" first integrated test flight of Starship/Super Heavy in April, raising concerns about key technical milestones, including the performance of the Raptor engine and in-space cryogenic propellant transfer.While NASA received an updated schedule for Starship HLS development from SpaceX in August, the details remain undisclosed. NASA officials emphasized ongoing collaboration with SpaceX, stating that the lander integration with the broader program is critical.In addition to SpaceX challenges, the GAO report highlights potential delays in Axiom development of lunar spacesuits. Axiom is still in the early stages of suit development, with a preliminary design review scheduled for November. As of the report date, neither NASA nor Axiom had reported the completion of that review.Axiom plan to redesign portions of the suit based on NASA earlier design to meet agency requirements for 60 minutes of emergency life support capabilities could potentially impede overall spacesuit development. The GAO warns of potential delays, including supply chain challenges with critical components having lead times of 12 to 18 months.

Read More → Posted on 2023-12-01 17:11:48

 Space & Technology 

Kayrros, a French provider of satellite imagery analysis, has unveiled a complimentary version of its global methane tracking map on November 29. The aim is to empower the public in holding governments and businesses accountable for their emissions. Leveraging data from the European Space Agency Sentinel-5P satellite and the International Space Station sensor, the platform delivers daily snapshots of methane, a significant contributor to global warming.The map identifies 5,645 methane super-emitters globally, characterized by a notably higher emission rate. Of these, 3,320 are linked to oil and gas, 874 to coal, and 1,451 to waste and agriculture. Notably, the Amman landfill in Jordan is flagged as a major emitter, producing an amount of greenhouse gas equivalent to 450,000 cars annually, despite European Union investments for improved gas capture and electricity generation.Kayrros advocates for an outright ban on super-emitters, asserting that swift reductions in methane emissions from fossil fuels alone could match the impact of removing all cars and trucks from the roads. Addressing major methane emissions is posited as a relatively straightforward method to combat climate change, according to Antoine Rostand, Kayrros president and co-founder.The release of the methane map coincides with the upcoming United Nations Climate Change Conference, COP28, taking place in Dubai between Nov. 30 and Dec. 12. Rostand emphasizes the heightened public awareness and interest in methane reduction, aligning with COP28 focus on the issue.Kayrros also provides access to satellite data through commercial agreements, offering more detailed analyses in paid studies focusing on countries, cities, and individual fields. The United Nations Environment Program International Methane Emissions Observatory is among the entities utilizing Kayrros satellite imagery analysis.Satellite-based tracking of greenhouse gas emissions, involving companies like Canada GHGSat, is seen as a tool to enable scrutiny by institutions, businesses, and investors of emissions reporting. This aligns with the trend of businesses voluntarily disclosing emissions as part of environmental, social, and governance (ESG) disclosures, aiming to attract investors and customers.The public availability of Kayrros methane tracking map is positioned to support efforts in verifying these reports, addressing concerns of greenwashing that have hindered the progress of the ESG movement. Bogdan Gogulan, CEO of NewSpace Capital, a private equity firm and investor in Kayrros, urges diplomats at COP28 to showcase how empirical data will be utilized to drive growth, investment, and financial instruments supporting climate and sustainability technologies. Gogulan emphasizes the importance of precise, traceable, and auditable data for effective climate action, fostering accountability and responsibility. Investors are keenly interested in actionable outcomes from COP28, particularly in the realm of ESG, according to Gogulan.

Read More → Posted on 2023-11-30 17:26:56

 Space & Technology 

In a moment that ignited inspiration among young minds, Nasa Administrator Bill Nelson engaged with a group of students in Bengaluru, accompanied by a special guest who has left an indelible mark on space history—Rakesh Sharma, the trailblazing first Indian to venture into space.The gathering transformed into a wellspring of motivation as Sharma recounted his extraordinary journey to the stars. His narrative not only mesmerized the audience but also stood as a testament to the limitless possibilities that space exploration offers for future generations.Taking to social media, Nelson expressed his honor in sharing the stage with Sharma, remarking, "It was a great honor to speak with students in Bengaluru today with Rakesh Sharma, the first Indian to fly to space. His story lit up the room!"However, Nelson message extended beyond the platform; he issued a call to action to the youth, part of what he dubbed the "Artemis Generation," urging them to "Work hard, dream big, and reach for the stars. The universe is the limit!"This event underscores the escalating interest and investment in global space exploration, particularly in India, emerging as a significant player in the field. The Artemis Generation encompasses ambitious individuals poised to witness and potentially participate in Nasa Artemis missions, designed to return humans to the Moon and pave the way for manned missions to Mars.Wing Commander Rakesh Sharma, who embarked on his historic journey aboard the Soviet rocket Soyuz T-11 in 1984, became a national hero and a symbol of India space aspirations. His contributions to bio-medicine and remote sensing during his time in space continue to shape space research and technology.During his visit to India, Nasa Administrator Bill Nelson expressed openness to collaboration with India on its ambitious space endeavors, including the goal of sending an Indian astronaut to the International Space Station. This marks a significant milestone in the burgeoning space partnership between the two nations, with plans to achieve this feat by the end of 2024.

Read More → Posted on 2023-11-30 17:16:09

 Space & Technology 

India is set to embark on a groundbreaking mission with the launch of its inaugural X-Ray Polarimeter Satellite (XPoSat), as declared by the Indian Space Research Organisation (ISRO).The upcoming mission aims to explore the polarization of intense X-ray sources, introducing a valuable dimension to the country space-based X-ray astronomy, according to reports from The Hindu.While India has already made strides in space-based X-ray astronomy, focusing on imaging, time-domain studies, and spectroscopy, the XPoSat mission is poised to elevate the field by bringing a new and significant perspective to X-ray astronomy.The spacecraft is meticulously crafted for observations from a Low Earth Orbit, equipped with two scientific payloads designed to conduct concurrent studies of temporal, spectral, and polarization features of bright X-ray sources.The mission objectives encompass measuring X-ray polarization in the energy band of 8-30 keV emitted from X-ray sources and undertaking extensive spectral and temporal studies of cosmic X-ray sources in the energy band of 0.8-15 keV.With an estimated lifespan of around five years, the payloads will be engaged in observing X-ray sources during the spacecraft transit through Earth shadow, specifically focusing on the eclipse period.The primary payload, POLIX (Polarimeter Instrument in X-rays), developed by the Raman Research Institute in Bengaluru with collaborative support from various ISRO centers, is designed to measure polarimetry parameters in the medium X-ray energy range.Complementing this, the secondary payload, XSPECT (X-ray Spectroscopy and Timing), developed by the UR Rao Satellite Centre (URSC) at ISRO, will furnish valuable spectroscopic information within the energy range of 0.8-15 keV.The XPoSat is slated for launch via the Polar Satellite Launch Vehicle (PSLV) from the Satish Dhawan Space Center in Sriharikota, marking a significant milestone in India pursuit of advancements in space-based X-ray astronomy.

Read More → Posted on 2023-11-30 16:57:47

 Space & Technology 

The Defense Innovation Unit (DIU) has recently issued a fresh call for proposals from private enterprises to contribute to the Hybrid Space Architecture project. Launched in 2021, this initiative aims to seamlessly integrate cutting-edge commercial satellite broadband technologies with military networks.Collaborating with the U.S. Space Force and the Air Force Research Laboratory, DIU is actively engaged in endeavors to establish robust connections between satellite networks and ground communication systems. The primary goal is to enhance the speed and security of data access for military users beyond current capabilities.Headquartered in Mountain View, California, DIU, established in 2015, plays a crucial role in facilitating the Department of Defense access to and integration of commercial technologies from startup companies and unconventional defense contractors. It acts as a liaison between defense agencies and the rapidly evolving landscape of commercial tech firms.The Hybrid Space Architecture seeks to leverage advancements in commercial satellite broadband services, in-space laser communication, cloud computing, quantum-secure encryption, and various other innovations.In the year 2022, DIU selected eight companies to actively participate in the project. These companies include Aalyria, Anduril, Atlas Space Operations, Enveil, SpiderOak Mission Systems, Amazon Web Services, Amazon Project Kuiper, and Microsoft Azure Space. These companies are awarded contracts to prototype concepts, allowing for an evaluation of their potential value to the project.The latest solicitation, unveiled on November 29, concentrates on four pivotal areas: persistent sensing, data transport, high-performance edge computing, and data fusion. The deadline for proposal submissions is December 11.Persistent sensing involves incorporating commercial solutions for space-based sensing, routing and managing commercial collection requests, and accessing commercial sensor data. The data transport aspect centers on scalable free space optical components to facilitate low-latency, persistent communications.High-performance edge computing requires commercial solutions for autonomous processing of advanced analytics and algorithms at the edge, ensuring more timely delivery of information to users. The data fusion aspect focuses on secure methods to aggregate data, enabling effective modeling, simulation, and mission planning.

Read More → Posted on 2023-11-30 04:47:32

 Space & Technology 

Defense News - The Chairman of the Indian Space Research Organisation (ISRO), S Somanath, announced on November 29, 2023, that NASA initiative to send Indian astronauts to the International Space Station (ISS) stems from discussions between India Prime Minister Narendra Modi and US President Joe Biden. According to Somanath, NASA Administrator Bill Nelson has affirmed that Indian astronauts will embark on the ISS journey using American equipment, as reported by news agency ANI.Emphasizing the importance of ensuring benefits for India, Somanath expressed ISRO desire for Indian astronauts and their supporting teams, including those responsible for handling, medical, and control aspects, to undergo training at US facilities. This approach aims to provide Indian astronauts with valuable exposure to ISS missions, ultimately contributing to the enhancement of India Gaganyaan program.Bill Nelson visit to India on November 28, 2023, marked the beginning of a week-long series of discussions, meetings, and events aimed at strengthening the partnership between NASA and ISRO. Nelson acknowledged India leadership in the field of space exploration.In another collaborative endeavor, NASA and ISRO are gearing up to launch the NASA-ISRO Synthetic Aperture Radar (NISAR) satellite in the first quarter of 2024. Pre-launch tests, including vibration-related assessments, will precede the satellite deployment. The GSLV from Satish Dhawan Space Centre in Sriharikota, Andhra Pradesh, will carry NISAR, with a planned operational duration of three years.NISAR, an Earth observing satellite, is designed to analyze and survey Earth lands and ice-covered surfaces every 12 days, albeit with a 90-day commissioning period. Its mission encompasses observing Earth dynamic surface, interior, cold regions, terrestrial ecosystems, and water. NASA highlights that the data collected by NISAR will facilitate global resource and hazard management, aid in understanding climate change impacts, and enhance knowledge of Earth crust.Critical to disaster prevention and preparedness in vulnerable regions, NISAR capacity to measure changes on Earth surface with precision down to the centimeter is attributed to its unique capability to collect radar data in both L-band and S-band microwave bandwidth regions. Notably, NASA contributes the L-band SAR payload, while ISRO provides the S-band SAR payload for this groundbreaking mission.

Read More → Posted on 2023-11-29 17:22:01

 Space & Technology 

Defense News - TATA Advanced Systems Ltd (TASL) has recently inaugurated a cutting-edge facility in Bangalore dedicated to the production of high-resolution imagery satellites tailored for the armed forces specific needs.This state-of-the-art facility is geared to manufacture sub-metre resolution satellites and boasts a sophisticated ground station designed for satellite control and image processing. The ground station capabilities extend to directing satellite movements and processing crucial imagery, providing the armed forces with the essential tools to monitor infrastructure and identify military targets, as outlined in a report by TOI.This significant milestone follows a challenge issued by the defense ministry, urging Indian industries to develop satellites with both metre and sub-metre resolution, specifically for military applications.In collaboration with Satellogic, the facility has been constructed with the capacity to produce up to 24 low earth orbit (LEO) satellites annually, ensuring a robust output of cutting-edge technology.The satellites produced by this facility with sub-meter resolution will play a pivotal role in enhancing the armed forces situational awareness, particularly in border areas. Their capabilities extend to tasks that directly impact the operational effectiveness of the armed forces.Military satellites, as artificial satellites strategically positioned in orbit, serve a multitude of purposes, including early warning systems for enemy movements and redeployments, intelligence gathering and communication, navigation, weather forecasting, timing data, reconnaissance, and surveillance. Some are even developed for the early detection of approaching missiles and other hostile projectiles.Additionally, certain military satellites possess the capability to conduct nighttime surveillance and penetrate thick cloud cover, offering a comprehensive and versatile toolkit for defense operations. TATA Advanced Systems Ltd innovative facility marks a crucial step forward in bolstering India defense capabilities through cutting-edge satellite technology.

Read More → Posted on 2023-11-29 17:01:04