SATELLITE SYSTEMS, SATCOM AND SPACE SYSTEMS UPDATE

 

http://matrixspace.com

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04 Dec 25. Raytheon, an RTX (NYSE: RTX) business entered a strategic collaboration agreement with Amazon Web Services (AWS) to significantly advance satellite data processing and mission control operations. Through this effort, Raytheon is equipping customers with the mission-critical space capabilities needed to meet national security objectives. The collaboration enables Raytheon to identify initiatives for deploying scalable cloud-based solutions using AWS artificial intelligence (AI) and machine learning (ML) services. Raytheon will leverage AWS to help customers reduce mission costs, increase program flexibility, and accelerate the delivery of capabilities to operations.

“Our customers rely on Raytheon to solve their most complex problems across space, data processing, command and control, and mission management functions,” said Erich Hernandez-Baquero, vice president of Space Intelligence, Surveillance and Reconnaissance at Raytheon. “This collaboration with AWS empowers our teams to accelerate responsible AI innovation, increase agility while maintaining the highest levels of security, optimize resources, and strengthen systems to drive effective results for our customers.”

The collaboration expands options for customers to leverage combined Raytheon and AWS solutions for better decision-making, operational coordination, and flexibility including:

• Improved mission data processing and reporting leveraging AWS and Raytheon’s collection and mission engineering capabilities running on AWS.
• Bringing mission management to the edge with the AWS Outpost family of services, a suite of fully managed solutions delivering AWS infrastructure and services to virtually any on-premises or edge location for a truly consistent hybrid experience.
• Advanced constellation command and control using modular, software-defined systems for task scheduling and asset coordination.
• Scalable mission management to rapidly and securely incorporate new capabilities into operations for expanding architectures using AWS serverless technologies.
• Incorporate AWS advanced AI and ML services to revolutionize software development and mission operations by leveraging Amazon SageMaker and Amazon Bedrock.

“This collaboration unites the security, reliability, and higher levels of availability from AWS with Raytheon’s space systems expertise to create new possibilities for our customers in the space industry,” said David Appel, vice president of U.S. Federal at Amazon Web Services. “This relationship embodies our customer-obsessed approach, driving innovations that boost mission performance, cost efficiency, and operational agility. Together, we’re propelling space technology forward, ensuring our customers maintain their competitive edge in this critical domain.”

Raytheon and AWS are actively executing programs for government and commercial customers under this agreement. (Source: PR Newswire)

 

03 Dec 25. Shield AI and Sedaro today announced a strategic partnership to advance autonomous operations in orbit. The collaboration establishes Shield AI’s Hivemind Pilot as Sedaro’s preferred autonomy software for on-orbit demonstrations, extending the company’s proven edge autonomy from air and sea into space. Shield AI and Sedaro announced a strategic partnership that establishes Shield AI’s Hivemind Pilot as Sedaro’s preferred autonomy software for on-orbit demonstrations, bringing the same resilient, edge-based autonomy that is redefining warfare to satellites delivering critical infrastructure and national defense capabilities. Under the agreement, Shield AI will use the Sedaro Platform as its primary environment for developing, testing, and demonstrating Hivemind in space-relevant scenarios. The combination of Hivemind’s battle-proven autonomy and Sedaro’s high-fidelity simulation platform will accelerate the design, simulation, and validation of autonomous behaviors for orbital missions.

“The strategic partnership with Sedaro and its technology is a critical enabler of at-the-edge, in-orbit autonomy,” said Christian Gutierrez, vice president of Hivemind Solutions at Shield AI. “Combining Hivemind Pilot with Sedaro’s high-fidelity models and simulation environment will unlock multi-agent cognitive teaming for space applications and new mission capabilities for our customers.”

This partnership marks Shield AI’s deliberate expansion into the space domain, bringing the same resilient, edge-based autonomy that is redefining warfare to satellites delivering critical infrastructure and national defense capabilities. By integrating Hivemind with Sedaro’s collaborative, edge deployable simulation architecture—trusted by the U.S. Space Force, Space Development Agency, NASA, and leading primes—Shield AI can rapidly iterate autonomous behaviors for proximity operations, swarm coordination, defensive counter-space, and cognitive battle management across constellations.

“At Sedaro, we make it easier, faster, and safer to design, simulate, and operate missions at scale,” said Robbie Robertson, CEO and co-founder of Sedaro. “Integrating Shield AI’s Hivemind autonomy brings that same agility to on-orbit systems, dramatically reducing time from concept to proven capability.”

The companies will collaborate on deployment designs ranging from ground-based centric control to in-orbit cognitive capabilities, paving the way for scalable, autonomous spacecraft operations in contested and communications-limited environments.

About Shield AI

Founded in 2015, Shield AI is a venture-backed deep-tech company with the mission of protecting service members and civilians with intelligent systems. Its products include the V-BAT and X-BAT aircraft, Hivemind Enterprise, and the Hivemind Vision product lines. With nine offices and facilities across the U.S., Europe, the Middle East, and the Asia-Pacific, Shield AI’s technology actively supports operations worldwide. For more information, visit www.shield.ai. Follow Shield AI on LinkedIn, X, Instagram, and YouTube. (Source: PR Newswire)

 

03 Dec 25. QuesTek Innovations Executive Vice President of Market Operations Jason Sebastian, PhD detailed recent materials advancements in space exploration during a keynote speech at the Stainless Steel World Conference & Expo in Maastricht. The speech, delivered during the event’s Sustainability Day on November 19, outlined challenges and opportunities facing space OEMs as they develop novel materials and make advancements in reusable rockets. QuesTek Innovations EVP Jason Sebastian, PhD, delivers a keynote on materials advancements in the space industry at the Stainless Steel World Conference & Expo in Maastricht, The Netherlands. © Stainless Steel World

“Now, I’m not a rocket scientist. I guess I’m a rocket materials scientist,” Sebastian joked before defining the core challenge of materials engineering for space applications. “There are three main properties that you’re concerned with: Tensile strength, fatigue strength and burn resistance. But there are fundamentally trade-offs here. Elements like aluminum and titanium that you can add to nickel superalloys to provide strength are exactly the elements that exacerbate the burn resistance and make it worse.”

Drawing on recent collaborations with leading private sector space companies, Sebastian showed how QuesTek’s ICMD® materials engineering and design platform is producing breakthroughs in both materials performance and development time. ICMD®, launched in 2023, was built on computational models developed by QuesTek in order to resolve client challenges in hundreds of engagements, including those completed on behalf of clients such as NASA. The software has a growing global subscriber base of OEMs and academic institutions and was named to TechRound’s SaaS66 list of the top software platforms in Europe.

QuesTek announced expanded additive manufacturing capabilities for the platform earlier this year. In his keynote, Sebastian explained that developing novel materials for additive manufacturing is the key to balancing the tradeoffs involved in rocket design.

“To get the most out of materials and really get the most out of your closed cycle engine development, you want burn resistant alloys that are also printable,” Sebastian told the capacity crowd at the Maastricht Exhibition & Conference Centre. “Additive manufacturing is so important because of the complexity of these engine designs.”

Sebastian cited a recent example in which a printable material designed using ICMD® was able to reduce dramatically the number of parts on a rocket. The new parts — too intricate to be manufactured by any other method — were printed and flew on test rockets within a year.

For industry leaders, the approach Sebastian outlined enables higher burn resistance without losing strength while simultaneously reducing development and qualification timelines.

It also supports more complex regenerative cooling pathways and accelerates closed-cycle engine commercialization.

“This opportunity to deliver a keynote at such a large and highly regarded conference in The Netherlands was the perfect capstone to our strategic expansion in Europe this year,” says Bill Mahoney, COO of QuesTek Innovations. “Jason expertly outlined the materials engineering landscape and how QuesTek is leading the path forward.”

For more on QuesTek’s work in the space industry, see Fast Company’s 2025 Most Innovative Companies in space (QuesTek is number 6) and Jason Sebastian’s interview on Fox News following the successful launch and platform landing of SpaceX’s Starship rocket.

About QuesTek

Headquartered in Evanston, Illinois, QuesTek’s Materials by Design® technology and ICMD® software platform are proven to reduce the development time and cost and increase the performance of novel materials. In its market space, QuesTek is the first provider to execute the full cycle from novel design to production, certification, and flight operations with proprietary materials, in a fraction of the time and cost of traditional, or purely algorithmic methods. questek.com. (Source: PR Newswire)

 

04 Dec 25. Titomic Limited (ASX: TTT), a global leader in cold spray additive manufacturing utilizing their Titomic Kinetic Fusion™ technology, is pleased to announce the successful completion of a hot fire test on a solid rocket motor thrust chamber produced for a major U.S. aerospace and defense prime. The milestone marks a major step forward in validating Titomic’s proprietary Titomic Kinetic Fusion (TKF)™ technology for demanding aerospace and defense applications, confirming the capability of cold spray additive manufacturing to produce high-performance components for mission-critical systems. https://news.northropgrumman.com/srm/Northrop-Grumman-Collaborates-to-Rapidly-Develop-Test-Solid-Rocket-Motor-Components . The thrust chamber, manufactured using Titomic’s advanced cold spray process, underwent rigorous hot fire testing under extreme operating conditions. The results demonstrated exceptional structural integrity, strength, and thermal resilience, not only meeting but exceeding the performance expectations required for aerospace and defense propulsion systems. The successful test highlights the robustness and reliability of Titomic’s manufacturing approach, which enables rapid production of high-quality metallic components without the need for traditional high-heat or melting processes. This achievement reinforces the growing confidence in Titomic Kinetic Fusion™ as a transformative manufacturing technology for the aerospace and defense sectors. By eliminating conventional barriers in metal manufacturing, Titomic offers the ability to produce large and complex geometries with improved material properties, significantly reduced lead times and minimal material waste. These advantages present clear opportunities for meeting increasing market demands for innovative and complex aerospace and defense applications. enhancing efficiency, sustainability, and responsiveness across global supply chains. The successful hot fire test represents a key validation milestone for both Titomic and the prime, providing a strong foundation for future collaboration, including the potential integration of cold spray technology into operational programs. It also demonstrates Titomic’s capability to deliver localized manufacturing solutions in the United States, aligning with its strategy to strengthen partnerships with major defense primes and expand its presence in the Department of Defense.

“This successful test validates the strength and performance of Titomic’s technology in one of the most challenging environments imaginable,” said Jim Simpson, CEO of Titomic, “It represents not only a technical achievement but further affirms cold spray as a critical additive manufacturing capability for advanced aerospace and defense solutions. Titomic delivered the components to its customer within weeks of receiving the order, demonstrating our ability to rapidly deliver – from prototype to production – critical missile components which today has significant lead times.”

Further adoption of Titomic Kinetic Fusion™ in propulsion applications is a recent contract with another major U.S. prime contractor evaluating the capability for rocket engine repair. “We are truly excited about the continued interest in our demonstrated TKF™ solutions,” said Dr. Patti Dare, Titomic USA President. (Source: PR Newswire)

 

03 Dec 25. L3Harris Enhancing Marine Corps’ Resilient, Multi-Orbit SATCOM Operations. L3Harris Technologies is enhancing the operational capabilities of the U.S. Marine Corps’ satellite communications (SATCOM) terminals through a new delivery order under the Marine Corps Wideband Satellite – Expeditionary (MCWS-X) program. The company has supported the program since 2020, delivering its tri-band Panther™ 2 man-portable SATCOM terminal. This latest order also includes upgraded Ku-band transceivers, increasing the fleet-wide power output to 25W.

“Our Panther 2 terminals allow a single Marine to deploy a fully operational SATCOM capability, accessing multiple frequency bands through a variety of resilient waveforms, in under 10 minutes,” said Bill Scorse, Director, Engineering, L3Harris. “The upgraded transceivers for this order extend the Marines’ ability to push more data across the battlespace for actionable intelligence, supporting their Joint All-Domain Command and Control objectives with multi-orbit pathway diversity.”

L3Harris’ broad portfolio of resilient waveform technology and software-defined communication systems are trusted by the U.S. Marine Corps, Army, Air Force and global allies to deliver the latest capabilities, keeping fighting forces ahead of emerging threats on the modern battlefield. The company’s flexible architectures and open-system approaches are a step ahead of tomorrow, providing near-instantaneous, assured connections to relay crucial battlespace intelligence across various echelons.

“Our SATCOM solutions provide resiliency and pathway diversity to support multiple types of missions and avoid single points of failure with protected modems and waveforms for secure, wideband anti-jam communications,” said Mike Pedaci, General Manager, Tactical Communications, L3Harris. “These systems deliver resilient SATCOM with connectivity to different orbits, constellations, frequency bands and provider networks ‘on the fly’ so our warfighters are never fighting alone.” (Source: ASD Network)

 

03 Dec 25. Marotta Controls, a longstanding and leading innovator in aerospace and defense, today announced the launch of its new Delta-V product family, a comprehensive line of in-space propulsion components engineered to meet the needs of modern satellite and spacecraft manufacturers. Developed over the past five years, Delta-V brings Marotta’s proven “CoRe®” philosophy from the launch vehicle sector to orbit, offering off-the-shelf propulsion components that reduce lead times and streamline spacecraft development. This new product line, already in production and in orbit, is Marotta’s latest strategic move to meet growing demand in the commercial space sector. It includes a robust catalog of fill/drain valves, thruster valves, isolation valves, latching valves, and pressure regulators — each designed and qualified to support both monopropellant and bipropellant propulsion architectures. The majority of components in the Delta-V lineup have already been integrated into commercial and government spacecraft, including lunar landers, which feature Marotta’s FDV060 valve for propellant service operations.

“We built Delta-V with the same philosophy that made our launch vehicle products a success: designing components spacecraft engineers can trust and procure quickly,” said Max Wolfinger, Vice President, Space Systems at Marotta Controls. “By transitioning from custom valve builds to a catalog-driven model, our customers can now design spacecraft around components that are already available. This dramatically reduces time to launch.”

Marotta’s investment in Delta-V has been substantial, spanning internal R&D, design-for-manufacturing innovations, and a scheduled expansion of its New Jersey-based production facilities. Multiple components in the new catalog were funded through Marotta’s Independent Research and Development (IRAD) programs and are currently being manufactured at scale.

“We’re providing a catalog of purpose-built spacecraft valves — shifting the approach from designing the components around the system to designing the system around the components,” added Jonathan Black, Senior Director, Space Programs and Business Development at Marotta Controls. “That means building satellites faster, at lower cost, and with fewer technical unknowns.”

The company reports that most lead times for Delta-V components are now measured in months instead of years, meeting the market needs for rapid spacecraft design, build, and manufacture.

As satellite constellations, lunar missions, and defense programs seek faster delivery and increased production volume, Delta-V positions Marotta as a key enabler of scalable propulsion infrastructure. The components are orbit-agnostic and have been designed for use across a wide range of mission profiles, from low Earth orbit (LEO) to cislunar transport.

“Our commitment to the space sector is accelerating,” said Patrick Marotta, President & CEO, Marotta Controls. “Delta-V represents our next step. With this product line, the company is bridging its heritage in precision controls with the industry’s growing need for ready-to-integrate, high-reliability propulsion systems.”

To learn more about Marotta’s Delta-V in-space propulsion product line and to download the full catalog, visit https://marotta.com/delta-v-propulsion-series.

 

03 Dec 25. UK Space Agency invests £17m to drive next wave of space innovation. The UK Space Agency has announced £17m for seventeen UK space projects through its National Space Innovation Programme (NSIP), unveiled today at Space Comm Expo in Glasgow. This investment will accelerate breakthrough technologies, boost commercialisation, and reinforce the UK’s global leadership in space innovation.  The selected projects span five strategic themes critical to the UK’s space ambitions: space domain awareness, in-orbit servicing and manufacturing, Earth observation, satellite communications, and position, navigation and timing.   Together, these projects will deliver transformative technologies to enhance climate monitoring, improve connectivity, enable sustainable satellite operations, and strengthen national security. From quantum communications and robotic servicing tools to AI-powered pollution tracking and refuellable propulsion systems, these innovations will help build a resilient, competitive UK space sector.

Space Minister Liz Lloyd said:   “Space technology benefits people’s lives every day – from checking the weather to navigating your car journey home from work. This funding backs the brilliant UK innovators developing the next generation of space technology.  By supporting our space sector, we’re strengthening the UK’s position as a world leader in space innovation and building technologies that will benefit people across the country for years to come.”

Commercial and public benefits

NSIP’s newly funded projects will also deliver tangible public value. Together, these projects are anticipated to create up to 140 skilled jobs across the UK, strengthening the talent pipeline in engineering, data science and advanced manufacturing.

Innovations in Earth observation and satellite data will enhance services such as weather forecasting, agricultural monitoring, and disaster response. HR Wallingford’s AI tool will use satellite data to assess how farming practices affect water quality in our rivers and bathing waters, supporting environmental protection and more sustainable land use.

Magdrive Ltd is developing a compact, versatile and efficient metal-based plasma propulsion system, targeting mass production in the UK to support the next generation of satellite constellations.

Several projects will also contribute to national security and resilience. The University of Birmingham’s AI-powered satellite radar analysis system will help understand and respond to objects in space, improving space domain awareness and shaping the future of autonomous satellite operations, making space missions safer and smarter with bespoke AI-approaches developed by Alan Turing Institute.

BAE Systems Digital Intelligence is developing a satellite-based service to detect and track radio signals from Earth, with applications in both civil and defence contexts.  The programme is advancing the UK’s sustainability goals. Protolaunch’s water-based propulsion system and Orbit Fab’s first step to developing a refuellable electric propulsion system which will promote greener satellite operations, while Lodestar Space will develop autonomous, modular robotic tools to service spacecraft in orbit, reducing space debris and extending satellite lifespans.

Professor Mark Sims and Professor Anna Hogg, Space Academic Network (SPAN) Co-Chairs said: “We are pleased to see how the UK Space Agency NSIP programme enables great innovation across industry and academia, often jointly supporting the development of real future technologies for the UK space sector.   The strengthening of collaboration between industry and academia over the last decade clearly demonstrates the power of working together.  The wide variety of technologies now being developed through NSIP is exciting to see, each one representing an opportunity to advance the sector and drive future growth.”

Building a world-leading space economy

This new investment from the UK Space Agency builds on the UK’s £18bn space sector, which continues to grow rapidly and is a leading destination for space investment globally.

UKspace Executive Director, Colin Baldwin, said:  “We offer our congratulations to all the successful recipients of these awards. This investment expands the impact of the NSIP and provides the opportunity for space companies and academic institutions to develop innovative new sovereign capability that strengthens the UK in several important areas.   We also welcome the government’s announcement that from 2026 it will be spending more on civil space than ever before. We look forward to working with the emerging “One Government” approach to space to deliver security and growth for our nation.”

The UK last week agreed a £1.7bn investment in European Space Agency (ESA) programmes at the ESA Council of Ministers in Bremen, boosting the UK’s total commitment to £2.8 bn over the next decade. This funding will sustain thousands of high-skilled jobs, drive innovation, and deliver benefits for people and businesses—from improved connectivity to more resilient infrastructure.

Every £1 invested in ESA returns £7.49 to the UK economy, with contracts flowing back to UK industry and universities.  Today’s announcement complements recent UK Space Agency funding that reinforce the UK’s strategic direction in space. These include £6.8m in International Bilateral Fund awards to support global partnerships, and £6.9m in government funding for satellite communications projects, leveraging the space sector’s talents and strengthening the UK’s reputation as a world leader in space technology.

Together, these efforts reflect a coordinated approach to growing the UK’s space economy, advancing innovation, and delivering lasting value to citizens and stakeholders across the country.

Projects

1. Magdrive Ltd receives £2m to ready a powerful propulsion system for small satellites for mass production.
2. B2Space Ltd with partners SuperSharp Space Systems and University of South Wales receives £2m to create a UK-led Earth observation system using high-altitude platforms with advanced sensors, satcom connectivity and onboard AI.
3. Lightricity Ltd with partners AVS Added Value Solutions UK Ltd and IQE PLC receives £1.9m to create a fully flexible roll-out foldable solar panel for small satellites that can generate several kilowatts of power.
4. BAE Systems Digital Intelligence receives £1.47m to develop a satellite-based service to detect and track radio signals from Earth for defence and civil use.
5. Toshiba Europe Ltd, together with Heriot-Watt University and Cambridge, University has secured £1.45m to space-qualify critical quantum optoelectric components and integrate them into a UK-developed secure quantum communication systems for small satellites.
6. Filtronic Broadband Ltd receives £1.18m to build a high-powered amplifier system for satellite communications using advanced UK technology.
7. Lodestar Space Ltd with partners Magdrive Ltd and Cranfield University receives £1m to develop autonomous, modular robotic tools to service spacecraft in orbit.
8. Protolaunch Ltd with partners University of Southampton and Naicker Scientific Ltd receives £1m to develop a water-based propulsion system that combines chemical and electric thrust for sustainable and dynamic satellite movement.
9. University of Bristol with partners University of Bath, Fraunhofer UK Research Ltd, University of Strathclyde and University of York receives £980,000 to create a UV-based secure communication devices for smaller size and longer distance inter satellite CubeSats links.
10. University of Edinburgh with partner UK Astronomy Technology Centre (STFC) receives £850,000 to develop a compact, high-resolution CubeSat instrument to measure pollution from space, with global coverage.
11. The University of Southampton has received £800,000 and partnered with Cranfield Plasma Solutions to develop a plasma torch system for simulating the extreme thermal conditions of spacecraft atmospheric re-entry. This innovation will fill a key UK capability gap by providing high-fidelity, contamination-free material ablation testing, supporting sustainable space operations.
12. University of Birmingham with partner Alan Turing Institute receives £610,000 to design an AI-powered satellite radar system to understand the shape and structure of objects in space.
13. University of Strathclyde with partner BAE Systems PLC receives £540,000 to develop a new satellite navigation system that avoids relying on GPS by maintaining an agreed time through synchronisation.
14. University of Leicester with partner TWI Ltd receives £485,000 to build a robot-mounted welding system for in-space repair and structural joining, validated through vacuum and simulated-environment testing.
15. Orbit Fab Ltd with partner TAS UK receives £340,000 to create a refuellable electric propulsion system for satellites by developing a fluidic flatsat.
16. HR Wallingford receives £320,000, with support from Southern Water, Thames Water, and Evenlode Catchment Partnership to build an AI tool that uses satellite data to assess how farming affects water quality.
17. STFC RAL Space receives £260,000 to develop a new technology to support the calibration of next-generation meteorological satellites using UK-made electronics. (Source: https://www.gov.uk/)

 

03 Dec 25. USAF seeks advanced data fusion capability for PWSA. A SpaceX Falcon 9 loaded with a Tranche 0 payload variant for the Space Development Agency’s PWSA sits on the launch pad at Vandenberg Space Force Base in California. (Space Development Agency) The US Air Force (USAF) is looking to industry to develop a large-scale data fusion system and associated digital architecture that meet the massive information-sharing requirements for the Pentagon’s Proliferated Warfighter Space Architecture (PWSA). The effort “seeks innovative solutions to develop and demonstrate a secure, adaptable software environment capable of ingesting, integrating, and analysing high-volume, low-latency data streams from diverse space-based sources”, according to a presolicitation notice issued in November. The programme is scheduled to begin officially accepting proposals on 3 December.

“While various data fusion tools exist, few are designed to meet the scale, velocity, and multivendor integration demands of PWSA,” service officials wrote in the presolicitation notice. This [effort] seeks innovative solutions to develop and demonstrate a secure, modular, and extensible data fusion environment specifically tailored to support proliferated low Earth orbit (pLEO) space vehicles (SVs), they added.

In the end, USAF programme officials are aiming to develop “an extensible fusion platform that enables real-time situational awareness, advanced analytics, and dynamic mission adaptability” in support of PWSA command-and-control (C2) capabilities, the presolicitation noted. The PWSA consists of several capability sections (or layers) within the architecture, each one supported by constellations of low Earth orbit (LEO) satellites. The sections include the tracking layer, the transport layer, the battle management layer, the navigation layer, the deterrence layer, the support layer, and the custody layer. (Source: Janes)

 

03 Dec 25. A cluster of British designed and built satellites has been successfully launched into low Earth orbit, providing defence, security and civil sectors with UK space-based intelligence, surveillance and reconnaissance to enhance the nation’s ability to protect against modern threats. Three BAE Systems designed and built Azalea radio frequency (RF) satellites, have been successfully launched via Exolaunch as part of the Transporter-15 rideshare mission with SpaceX on 28 November, 2025. Communications with the UK-produced satellites were successfully established across the first three contact opportunities between 23:05 and 04:55 GMT. This marks a crucial milestone in the Company’s self-funded Azalea mission which will see the three satellites fly in formation at an altitude of 350 miles, using their ultra-wideband RF sensors to monitor and geolocate radio signals on Earth across vast distances. They are joined by a Synthetic Aperture Radar (SAR) satellite that can see through clouds to create images of the earth’s surface. Launched aboard the same Transporter-15 mission, the satellite from Finnish company ICEYE becomes part of a four satellite cluster with advanced multi-sensing capabilities. The cluster will process RF and SAR data in space, designed to deliver actionable information directly to decision-makers across land, sea and air in near real time – helping them protect armed forces, safeguard critical national infrastructure and detect illegal activity at sea. Over the coming months, BAE Systems will trial this novel fusion of RF and SAR data, collaborating with customers to explore a range of use cases including intelligence gathering and supporting disaster relief.

Andrea Thompson, Group Managing Director at BAE Systems’ Digital Intelligence business, said: “Building on decades of experience in defence, security and space innovation, our Azalea mission reflects the critical role space plays in defence and national security, offering a unique vantage point of Earth which enables us to better understand and respond to today’s complex threats.

“This cutting-edge technology is designed to deliver near real-time, space-based insights directly to users, empowering them to make informed decisions that help protect the UK and its allies. I’m incredibly proud of the team for their work to boost the UK’s space capability.”

Weighing around 150 kilograms each, the RF spacecraft carry the Azalea Enhanced Software Defined Radio – designed, developed, built and operated by BAE Systems. The equipment uses artificial intelligence (AI) to accurately process RF and SAR data onboard the satellites, turn it into actionable intelligence and transmit it securely back to Earth. Like a mobile phone operating system  update, the payload can be rapidly reconfigured remotely whilst it is in-orbit, ensuring Azalea remains at the cutting edge of space technology to deliver future customer missions. The satellites will travel at approximately 7.6 kilometres per second, orbiting the Earth every 90 minutes.

Dr Paul Bate, CEO of the UK Space Agency said: “The successful launch of the Azalea constellation will increase the availability of advanced information from space, to help meet the fast-growing global demand from civil, national security and defence customers.

“The new satellites, which will use AI to convert raw data into actionable intelligence, represent a significant and welcome investment by BAE Systems in the UK space industry, which plays a vital role in driving economic growth and keeping us safe.”

To learn more about Azalea, visit: https://www.baesystems.com/en-uk/product/azalea

 

02 Dec 25. Deloitte Selects Spire to Deliver Advanced Satellite Capabilities, Expanding Their On-Orbit Cyber and Data Operations. Spire Global, Inc. (NYSE: SPIR) (“Spire” or “the Company”), a global provider of space-based data, analytics and space services, announced that Deloitte has contracted with them to design, build and operate eight satellites. These satellites will support Deloitte’s on-orbit cyber payloads, as well as its space data capabilities for commercial and government clients. The mission consists of eight satellites with advanced radio frequency and geolocation payloads, as well as serving as a platform for advancing Deloitte’s Silent Shield mission to further innovate in satellite vehicle defense and resilience.

“We’re in an exciting era where space is enabling unprecedented innovation. By working with Deloitte, we’re bringing next generation capabilities to orbit by deploying small satellites that can be built in months, not years,” said Theresa Condor, CEO at Spire. “This approach helps our customers to move quickly, experiment, and stay agile as their needs change. By combining Spire’s trusted satellite infrastructure with Deloitte’s vision and leadership in the field, this program moves us closer to building more resilient and adaptable space-based assets for commercial and defense markets.”

Earlier this year, Deloitte launched its first satellite, Deloitte-1, on the SpaceX Transporter-13 mission as part of its Silent Shield program. Spire has collaborated with Deloitte to test and validate Deloitte’s cyber intrusion detection system payload for satellites in orbit, strengthening the resilience and security of space systems against cyber threats. Silent Shield utilizes Spire’s advanced satellite technology, helping Deloitte study real-time satellite signaling patterns and evaluate the detection and mitigation of cyber anomalies.

“Spire’s integrated technology gives us a powerful and relevant platform to engineer, test, validate, and refine our on-orbit cyber solutions with the goal of advancing the cyber resiliency of on-orbit assets with edge cyber detection and response,” said Brett Loubert, leader of Deloitte’s U.S. Space practice. “As space becomes even more critical to our technology and security, our focus on cyber resilience and reliable access to space data enables our clients to operate even more confidently and adapt to more sophisticated threats.”

Spire’s Space Services model and robust space infrastructure offers end-to-end satellite manufacturing, launch management, and operational capabilities. With over 34 ground stations and a partner ground station network, Spire offers secure, encrypted data transmission to Deloitte’s cloud environment. (Source: ASD Network)

 

02 Dec 25. Chinese Researchers Sketch a 2,000-Drone Plan to Knock Starlink Offline. China may have just found a way to take aim at Elon Musk’s Starlink satellite constellation: a massive swarm of special signal-jamming drones. Researchers at Zhejiang University and the Beijing Institute of Technology modelled how roughly 1,000 to 2,000 coordinated jammers could overwhelm the satellite network. Each drone would broadcast noise at varying power levels, saturating the system and cutting ground terminals off from connectivity. For full coverage over Taiwan, the study estimates at least 935 synchronised jammers would be needed in the air. The strategy draws heavily from lessons in Ukraine, where Starlink kept communications alive despite Russian attempts to cut fibre networks and jam signals. Ukrainian forces restored command links within days, as SpaceX rolled out rapid software updates to counter interference. Starlink’s thousands of fast-moving satellites, constantly shifting orbital planes and handing off connections in real time, reportedly make the network tough to disrupt. Ground terminals also hop between satellites within seconds, keeping users online even under attack.

“The orbital planes of Starlink are not fixed, and the movement trajectories of the constellation are highly complex, with the number of satellites entering the visible area constantly changing,” said the researchers, as quoted by South China Morning Post.

“This spatiotemporal uncertainty poses a significant challenge for any third party attempting to monitor or counter the Starlink constellation.” (Source: UAS VISION/NextGenDefense)

 

02 Dec 25. ISI Unveils a Revolution in Real-Time Movement Tracking via RUNNER Satellite. Real-time insights powered by onboard AI and embedded AI agents mark a new era of dynamic intelligence, fundamentally changing how organizations access and use satellite-based intelligence. December 02,2025, Israel, ImageSat International (TASE: ISI), a global leader in space-based intelligence solutions, introduces the only satellite delivering real-time movement tracking from orbit. RUNNER’s unique, game-changing capability lifts satellite intelligence from static images to live, actionable answers for defense intelligence customers, and commercial sectors such as urban management, infrastructure monitoring, and disaster response. RUNNER, a pioneer of in-orbit embedded AI, has already been operational for more than three years, proving both its reliability and paradigm-shifting value. On-board analysis of movements and In-scene-dynamics enables direct dissemination of critical space-based intelligence within existing operational networks due to the compressed nature of high-level symbology, and when space-based agents become members of the warfighter networks, their utilization shall increase substantially. At the heart of RUNNER’s success is ISI’s unique multi-sensor architecture, industry-leading image stabilization, and fault-tolerant hardware, all built on decades of operational experience. The platform delivers sub-meter true-color video and dynamic analytics, with instant mapping and classification even at night or through cloud cover. RUNNER’s advanced embedded AI agents and eight onboard GPU processors enable live analysis of movement types and operational zones within seconds, providing unprecedented insight where timing and context are critical. What truly distinguishes ISI is its decades-long proprietary intelligence data archive, accumulated and continuously enhanced by generative AI. ISI is the world’s first satellite company to deploy generative AI models trained exclusively on its own unique database, turning every observation into an enriched, analyst-ready product tailored for mission reality.

“RUNNER changes the rules for satellite intelligence,” said Noam Segal, CEO of ISI. “For the first time, analysts and operators have instant access to dynamic movement tracking, embedded AI agents, and actual intelligence data, at the speed of operations and tailored for warfighter needs. This capability is a true game changer, expanding real-time intelligence to support mission decisions worldwide.”

About ImageSat International (ISI):

ImageSat International (ISI) is a global leader in space-based intelligence solutions. Leveraging over two decades of operational expertise, ISI delivers advanced satellite systems, high-resolution imagery, and AI-powered analytics to defense, homeland security, and civilian organizations worldwide. The company designs, manufactures, and operates its own satellite constellations, including proprietary new-space platforms and multi-sensor solutions, empowering customers with secure, actionable intelligence for their most critical missions. ISI’s cloud and ground technologies provide autonomous, real-time intelligence collection and dissemination, supporting rapid response and strategic decision-making globally. For more information, visit www.imagesatintl.com.

 

01 Dec 25. Aechelon Technology, Inc. (“Aechelon”), the leading provider of advanced geospatial and visual simulation solutions, today announced the successful proof-of-concept integration of Vantor’s 3D operational terrain into Aechelon’s Project Orbion. This collaboration allows Aechelon to transform ICEYE’s high-resolution space-based synthetic aperture radar (SAR) imagery into high-fidelity, physics-accurate 3D terrain visualizations. The capability will be demonstrated interactively at I/ITSEC 2025 in Orlando, Florida.  Through this partnership, Aechelon’s SkyBeam™ AI exploitation system visually fuses ICEYE’s SAR detections of changes and objects on the ground with Vantor’s highly accurate, global-scale 3D spatial foundation—which is updated continuously to reflect the operational terrain—to create a mission-ready synthetic environment. This integration unlocks 24/7, all-weather updates to Project Orbion’s living 3D environment.

“Aechelon and Vantor have sustained a decades-long partnership—we’ve been continuously integrating Vantor’s high-resolution imagery and advanced 3D data into our products and delivering them at scale across a range of defense programs,” said Nacho Sanz-Pastor, Co-Founder and Chief Executive Officer (CEO) of Aechelon Technology Inc. “This marks the first integration of Vantor’s software-enabled spatial intelligence capabilities with Project Orbion, expanding the roster of industry leaders we’ve brought together to advance next-generation geospatial intelligence.”

Vantor’s 3D spatial foundation includes 3D terrain and 3D building footprints covering over 95% of Earth’s landmass and is accurate to within 3 meters in all dimensions. It is kept continuously up to date by Vantor’s industry-leading imaging satellite constellation—which can revisit the same location on Earth up to 15 times per day—and is delivered to the SkyBeam environment via Vantor’s Tensorglobe™ spatial intelligence platform. Project Orbion represents the industry’s first AI-enabled Digital Twin of the Earth—a continuously updated, sensor-fused 3D environment that integrates satellite imagery, radar intelligence, photogrammetry, and real-time detections into a single exploitable picture. The proof of concept highlights Aechelon’s open AI exploitation environment capable of fusing heterogeneous geospatial sources. The system uses Aechelon’s AI algorithms to extract detailed 3D vegetation and process Vantor building footprints for 3D models. Aechelon’s dynamic moving models then correlate ICEYE SAR detections, transforming them into precise, real-time 3D representations against a fused, high-fidelity terrain backdrop. Aechelon AI also enhances Vantor imagery and elevation data through machine learning–based environmental modeling, including real-time snow accumulation synchronized with ICEYE SAR satellite passes, further refining the visual fidelity and elevation accuracy.  Aechelon’s overall system is enabling operators to interactively visualize moving targets and new structures or others changes with high accuracy. Together, Aechelon, Vantor, ICEYE, and Project Orbion advance Aechelon’s mission to deliver next-generation geospatial intelligence—providing U.S. and allied forces with correlated, high-fidelity, mission-ready synthetic environments. Beyond defense, the initiative supports disaster response, emergency management, and autonomous AI system training.

Built on Aechelon’s SkyBeam™ platform, Project Orbion represents the future of Aechelon’s global, continuously updated, sensor-fused geospatial ecosystem. The live demonstration at I/ITSEC 2025 will showcase the quality of the fused 3D environments.

For more details on Project Orbion’s rapid update capabilities, visit https://aechelon.com/solutions/project-orbion.

About Vantor:

Vantor is forging the new frontier of spatial intelligence to unlock a more autonomous, interoperable world. We give decision makers and operators the power to build a unified intelligence picture, delivering the clarity they need to navigate what’s happening now and shape what’s coming next. We fuse data from the world’s most capable imaging satellites with real-time sensor feeds from space, air, and ground to create an AI-ready digital twin of Earth. Our spatial intelligence platform automates every part of the cycle—from tasking to collection to production—to update and analyze this foundation at the pace of change. Our products drive deeper mission-critical insights and connect the next generation of autonomous systems across the defense, intelligence, and commercial landscape. (Source: PR Newswire)

 

01 Dec 25. Intellistake Announces Intent to Bring Blockchain Infrastructure to Space in Partnership with Orbit AI on the AI-Enabled Orbital Cloud Network.

Key Highlights:

• Satellite Launches planned in December 2025 and March 2026 – over 500 orbital rocket launches have occurred in the past two years1.
• Intellistake intends to provide blockchain infrastructure for Orbit AI’s Orbital Cloud — a network combining NVIDIA-powered AI computing, Ethereum-based blockchain verification, and decentralized communications (DeStarlink) in orbit.
• The Orbital Cloud represents the world’s first AI-enabled space infrastructure, where data can move, compute, and verify directly in orbit without relying on ground systems.
• Intellistake intends to establish validator and node infrastructure forming the blockchain layer that enables real-time verification and decentralized coordination between satellites.
• The orbital infrastructure market is projected to grow from USD $13.5bn in 2024 to $21.3bn by 20292, while the in-orbit data centers market could reach $39.1bn by 20354.
• Backed by its pending acquisition of Singularity Venture Hub, Intellistake brings together a world-class team, technology, and resources to deliver the blockchain foundation for AI and data infrastructure in space.

Intellistake Technologies Corp. (CSE: ISTK) (OTCQB: ISTKF) (FSE: E41) (“Intellistake” or the “Company”), a developer of decentralized AI and blockchain infrastructure, has partnered with Orbit AI (“Orbit AI”), a Singapore-based aerospace company developing the Orbital Cloud — a new form of space-based infrastructure where communication, computation, and verification converge beyond Earth. The Orbital Cloud combines AI computing (DeStarAI), global connectivity (DeStarlink), and blockchain verification (Intellistake) to create an intelligent satellite network that can process and verify data directly in orbit. By shifting these processes off Earth, the platform removes dependence on centralized data centers, creating a faster, more secure, and censorship-resistant framework for AI systems. Intellistake intends to provide validator and node infrastructure to secure this system, acting as the blockchain verification layer within Orbit AI’s Coordination Layer. This blockchain backbone is designed to enable satellites to authenticate data, coordinate AI workloads, and record verified transactions independently of terrestrial networks. The partnership positions Intellistake at the intersection of blockchain, AI, and aerospace infrastructure, extending its proven expertise in decentralized technologies to a new frontier. Through its pending acquisition of Singularity Venture Hub, Intellistake combines technical leadership and deep industry resources to execute on large-scale infrastructure projects bridging decentralized AI and traditional enterprise systems. As AI capabilities expand beyond Earth, secure and autonomous systems are essential. The Orbital Cloud seeks to meet this need by creating an interconnected satellite mesh capable of global AI computation, blockchain verification, and communication in orbit. Intellistake’s contribution ensures the network is transparent, trustless, and verifiable — making it possible for AI systems to run in space with integrity and independence. According to The Business Research Company, the orbital infrastructure market is projected to expand from USD $13.5 bn in 2024 to $21.3 bn by 20292. The broader satellite market is forecast to reach USD $615.7 bn by 20323, while the in-orbit data centers market — central to Orbit AI’s DeStarAI — is expected to rise from USD $1.77 bn in 2029 to $39.1 bn by 20354. The satellite data-services market is also forecast to grow from USD $12.16 bn in 2024 to $55.24 bn by 20345.

The Orbital Cloud introduces a new category of infrastructure for AI and blockchain systems:

• Security: Blockchain verification ensures every data process and transaction is traceable and tamper-proof.
• Efficiency: AI computing happens where the data is generated, reducing latency and energy costs.
• Sovereignty: Decentralized design prevents dependence on single jurisdictions or centralized systems.
• Scalability: Each new satellite node increases computing and verification capacity, strengthening the network.

“The Orbital Cloud depends on blockchain infrastructure that can function autonomously and securely in orbit,” said Gus Liu, Co-Founder of Orbit AI. “Intellistake’s validator and verification technology completes the trust layer of our architecture, ensuring that data and AI processing in space remain transparent and independently verifiable. We are really excited to see where this partnership can take us”

“This is a massive step forward,” said Jason Dussault, CEO of Intellistake Technologies Corp. “You don’t often get the chance to work on something that’s truly never been done before. With the talent and vision on both sides, there’s huge potential in what we can build together. Partnering with Orbit AI opens the door to an entirely new frontier– one where AI, data, and trust can operate seamlessly in space, and where the groundwork we’re laying now could redefine how decentralized systems evolve for years to come.”

Orbit AI’s first satellite, Genesis-1, featuring onboard Ethereum wallet and blockchain-node capabilities, is expected to launch in December 2025. In 2026, Orbit AIplans to deploy a small network of satellites integrating AI computing and blockchain verification, with full constellation rollout anticipated by 2028–2030. Intellistake looks forward to supporting these milestones as AI and blockchain infrastructure move beyond Earth, with more developments to be shared as this collaboration advances.

In connection with the partnership, Intellistake and Smartlink AI Limited (a Singapore company doing business as Orbit AI) entered into a Collaboration Framework Agreement dated November 28, 2025 (the “Agreement”). Intellistake intends to complete an initial investment of US$500,000 in Orbit AI in return for a 1% equity interest. Intellistake will also have the option to invest an additional US$1 m for equity at a valuation to be determined based on Orbit AI’s next round of financing, which with the approval of Orbit AI may be increased to up to US$10 m, contingent on agreement on final terms and to be completed prior to the launch of DeStarlink Genesis-2 which is expected in 2026.

1http://spacestatsonline.com/launches/

2https://www.thebusinessresearchcompany.com/report/orbital-infrastructure-global-market-report

3https://www.alliedmarketresearch.com/press-release/satellite-market.html

4https://www.globenewswire.com/news-release/2025/04/08/3057428/28124/en/In-Orbit-Data-Centers-Market-Report-2025-Key-Players-like-NVIDIA-IBM-HPE-and-NASA-are-Pioneering-Scalable-Radiation-hardened-Computing-in-LEO.html

5https://www.precedenceresearch.com/satellite-data-services-market

About Orbit AI

Orbit AI is a Singapore based pioneer in Aerospace. Cooperating with supply chain from China and US, the company is building a decentralized low-Earth orbit satellite network (DeStarlink) combined with orbital AI compute/data-center infrastructure (DeStarAI). The company plans blockchain verified nodes in space, solar-powered compute payloads and a mesh network architecture to deliver global connectivity and digital-sovereignty services. To learn more about Orbit AI please visit https://orbitAI.global or follow http://x.com/OrbitAI_OAI

About Intellistake Technologies Corp.

Intellistake Technologies Corp. (CSE: ISTK) (OTCQB: ISTKF) (FSE: E41) is developing software solutions that leverage decentralized AI infrastructure to deliver enterprise-grade intelligence. Through validator operations, strategic token participation, and the development of enterprise AI agents, Intellistake seeks to bridge the gap between emerging decentralized networks and real-world industry adoption.

For additional information on the business of Intellistake please refer to https://www.intellistake.com/ (Source: PR Newswire)

 

28 Nov 25. Earlier this week, on behalf of the Honourable Mélanie Joly, Minister of Industry and Minister responsible for Canada Economic Development for Quebec Regions, Canadian Space Agency (CSA) President Lisa Campbell announced that the Government of Canada will invest a total of €407.71m (representing approximately CAD$664.6m) in European Space Agency (ESA) programs. This figure includes the CAD$528m previously announced. This historic investment, the largest since Canada first partnered with ESA in 1979, will advance research and development of Canadian-made space technologies for both civilian and defence purposes. It is expected to generate hundreds of jobs and a significant economic return in Canada, where every dollar awarded to Canadian companies through ESA contracts generates over three dollars in follow-on sales. It will grow and diversify Canada’s vibrant space sector, helping Canada to continue meeting its commercial, defence and security needs, and exporting these capabilities around the world. This new funding is being directed to ESA programs in areas of strategic importance like Satellite Communications, Earth Observation, Space Exploration, Space Safety, Navigation and Technology Development. These programs were selected after consultation with the Canadian space sector. By strengthening Canada’s collaboration with ESA, Canadian businesses will be positioned to work with leading European partners and compete for high-value contracts on the European space market. With this historic investment, Canada reinforces its commitment to innovation and secures its place in shaping the future of space.

“Canada’s historic investment in ESA programs supports our industrial competitiveness and advances our strategic interests. These investments will help Canadian companies win contracts in Europe and empower them to develop cutting-edge technologies that drive economic growth, open doors to international collaboration, and strengthen our collective security.”

The Honourable Mélanie Joly, Minister of Industry and Minister responsible for Canada Economic Development for Quebec Regions

“Canada’s partnership with the European Space Agency continues to deliver outstanding results for our space sector and our economy. By deepening this collaboration, we are creating highly qualified jobs and ensuring that Canadian companies can access new markets, strengthen their innovation capacity, and play leading roles in shaping the future of space.”

Lisa Campbell, President of the Canadian Space Agency

Quick facts

• Of this funding, €352.5m (representing approximately CAD$574.6m) will be put toward ESA’s optional programs, and €55.21 m (approximately CAD$90m) toward ESA’s mandatory programs.
• Funds will be divided among the following ESA optional programs:
• €116.5m in Earth Observation (CAD$189.9m)
• €75m in Space Exploration (CAD$122.3m)
• €80.5m in Satellite Communications (CAD$131.2m)
• €45m in Technologies and Industry Development (CAD$73.4m)
• €30m in Space Safety (CAD$48.9m)
• €5.5m in Navigation (CAD$9m)
• All figures are presented in 2025 economic conditions. Approximate Canadian dollar values are calculated using an exchange rate of €1 = CAD$1.63.
• These key investment decisions were made at ESA’s Ministerial Council, which took place in Bremen, Germany, on November 26–27, 2025.
• Canada is the only non-European cooperating state in ESA. Since 1979, this partnership has supported hundreds of contracts for Canadian companies, generating strong economic returns and global visibility.

(Source: PR Newswire)

 

23 Nov 25. ST Engineering to support UAE’s space ambitions with SAR satellite. ST Engineering has been selected by FADA, the space-focused entity under EDGE Group, to deliver a synthetic aperture radar (SAR) satellite as part of the UAE National SAR Constellation Program, Sirb. This project is aimed at enhancing the UAE’s Earth Observation (EO) capabilities and includes the design and delivery of the satellite and the mission control infrastructure necessary to capture high-resolution radar images for critical applications such as disaster response, environmental monitoring and national security. The satellite will have state-of-the-art imaging with sub-meter resolution and a high-speed downlink. Beyond the SAR satellite, ST Engineering will design and deliver the infrastructure required for its operation. This mission control system will enable flexible and real-time satellite monitoring, ensuring that the satellite provides reliable day-and-night, all-weather imaging. The satellite will align with FADA’s roadmap, enhancing UAE’s space-based capabilities for government and commercial use. The program will draw on EDGE Group’s depth of expertise in advanced technologies across defence and commercial fields. The project moves into its next phase after completing the SAR system design review, with assembly and integration of the satellite to follow, along with rigorous operational testing. The collaboration will continue to strengthen the UAE’s position as a global leader in space technology.

Mr. Low Jin Phang, President of ST Engineering’s Digital Systems business, said, “FADA’s selection of ST Engineering for this strategic project underscores our proven leadership in space technology and our ability to design and produce commercial Earth observation satellites. We are committed to delivering end-to-end solutions that meet the UAE’s strategic needs and contribute to its vision of building a resilient, self-sustaining space ecosystem.” (Source: Satnews)

 

27 Nov 25. OQ Technology achieves Europe’s 1st D2M emergency broadcast message from space. OQ Technology has achieved a major technological milestone using its LEO satellite constellation to successfully deliver Europe’s first direct-to-mobile (D2M) emergency broadcast message from space — transmitted directly to standard smartphones without any hardware or software modifications. This milestone makes OQ Technology the first European satellite operator to demonstrate a D2M emergency broadcast message, positioning the company at the forefront of sovereign, secure, and resilient space-based communications for public safety and disaster response — all supported by 60 MHz of MSS S-band spectrum, upper C-band, and IMT band partnerships. The live demo in Luxembourg showcased how OQ’s LEO satellite network can transmit an emergency broadcast message directly to unmodified smartphones — including both iPhone and Android devices — ensuring citizens remain connected even when terrestrial networks are down, congested, or disrupted by cyberattacks. This capability is vital for public warning systems, disaster recovery, and communications resilience across Europe and beyond, providing a reliable communication layer that remains operational when terrestrial networks are compromised. Following this successful emergency broadcast messaging demonstration, OQ Technology will demonstrate D2M voice services in the coming year, marking the next major milestone in its mission to expand European leadership in D2D connectivity. This achievement marks a turning point for Europe’s sovereign space capabilities,” said Omar Qaise, Founder and CEO of OQ Technology. “With our 60 MHz of MSS S-band spectrum rights and in-orbit infrastructure, OQ is building the foundation for a resilient and secure European direct-to-device service that connects people everywhere. With this milestone, we’ve proven that emergency broadcast messages can reach ordinary smartphones from space – anytime and anywhere.” (Source: Satnews)

 

24 Nov 25. AST SpaceMobile’s BlueBird 6 to take flight in December. AST SpaceMobile, Inc. (NASDAQ: ASTS), is building the only space-based cellular broadband network designed for both commercial and government applications that is accessible directly by standard smartphones. The BlueBird 6, a U.S. licensed satellite, is scheduled to launch on December 15th from the Satish Dhawan Space Center in India. You will be able to watch a live broadcast on the launch day on AST SpaceMobile’s YouTube channel. BlueBird 6 is the first of AST SpaceMobile’s next-generation satellites. When launched, it will feature the largest commercial phased array in low Earth orbit at nearly 2,400 square feet. This represents a 3.5 times increase in size over BlueBirds 1-5 and supports 10 times the data capacity. AST SpaceMobile is accelerating production with 40 satellites equivalent of microns on track to be completed by early 2026. The company expects five orbital launches by the end of Q1 2026, with launches occurring every one to two months on average to reach 45–60 satellites launched by the end of 2026 and support continuous coverage across the United States and select markets.

“Our next-generation satellites will soon enable ubiquitous cellular broadband coverage direct to everyday smartphones from space,” said Abel Avellan, Founder, Chairman and CEO of AST SpaceMobile. “As an American company, we are proud to demonstrate U.S. leadership in space innovation while pioneering the next era of global connectivity.”

This ramp-up is supported by nearly 500,000 square feet of manufacturing and operations facilities worldwide, including roughly 400,000 square feet in the United States, and a global workforce of nearly 1,800 people, the overwhelming majority of whom are based in the U.S. The exact timing of orbital launches is subject to change based on a number of factors, including launch readiness of the launch provider, weather conditions, and other factors, many of which are beyond our control. (Source: Satnews)

 

27 Nov 25. Proximus Global + Starlink to expand Direct-to-Cell satellite connectivity in Europe. BICS, a Proximus Global company, and Starlink have entered into a strategic partnership, appointing BICS as the preferred IPX provider in Europe for Starlink’s direct-to-cell satellite connectivity services. The collaboration enables Starlink to leverage the IPX network to connect mobile network operators (MNOs) today, while also paving the way for Starlink’s next-generation network that will be capable of providing broadband service to smartphones. Proximus Global’s IPX network, which functions similarly to a roaming exchange, acts as a bridge to connect Starlink to MNOs, which enables standard smartphones to connect directly to satellites in remote areas without terrestrial coverage. In the future, it will support the next iteration of network coverage to optimize smartphone performance in non-terrestrial networks.

Mike Nicolls, Starlink, VP of Engineering at Starlink said, “We’re excited to work with Proximus Global to ensure Starlink’s next-generation constellation can leverage harmonized spectrum to provide the most powerful satellite-to-mobile service across Europe to further our mission of ending mobile dead zones and providing connectivity when people need it most. This partnership is a critical step in preparation to not only advance seamless connectivity but also interconnect European operators with enhanced data security.”

The first European operator to benefit from this partnership will be Kyivstar, Ukraine’s largest digital and mobile operator, serving nearly 22.5 m Ukrainians as of September 30, 2025. Proximus Global and Starlink’s work with Kyivstar demonstrates how critical this service can be, particularly in emergencies when network infrastructure is harmed, even where base stations and fibre lines are destroyed. Satellite connectivity is playing a vital role in bridging these gaps, ensuring uninterrupted communication during a time when connectivity is more crucial than ever.

Ben Vandermeulen, Chief Revenue Officer at Proximus Global, added, “While satellites are a game-changer for global connectivity, it’s not inherently disruptive to existing players in the industry – there’s room for everyone. With partnerships like this, our IPX acts as bridge to unlock new opportunities. Satellite providers gain access to broader consumer bases, mobile operators can seamlessly plug coverage gaps, and end-users benefit from more reliable and consistent connectivity. It’s a win-win for everyone involved.”

For Proximus Global, this partnership represents a significant milestone in its mission to unite satellite companies with terrestrial mobile operators through their extensive roaming network. Leveraging BICS’ leadership in IPX connectivity, built over more than 20 years, this collaboration underscores the importance of satellite connectivity as a crucial step towards achieving truly global, ubiquitous coverage—especially in underserved areas where traditional infrastructure is lacking. (Source: Satnews)

 

29 Nov 25. ICEYE, the global leader in Synthetic Aperture Radar (SAR) satellite operations, has successfully launched and deployed five new SAR satellites into orbit. The satellites were integrated via Exolaunch and successfully lifted off on November 28, 2025, aboard the Transporter-15 rideshare mission with SpaceX from Vandenberg Space Force Base, California, USA. Each spacecraft has established communication, and routine commissioning operations are underway. The new satellites will serve both ICEYE’s commercial constellation and dedicated national missions, including the Greek National Space Program, the Polish Armed Forces’ MikroSAR program, as well as BAE Systems’ Azalea constellation. With this deployment, ICEYE continues to increase sovereign capabilities, imaging capacity and resilience for governments who require rapid, reliable, and high-fidelity situational awareness, day or night and through any weather. Including today’s launch, ICEYE has launched 62 satellites into orbit for the company and its customers since 2018, 22 of which have launched in 2025. Looking ahead, the company plans to continue its rapid expansion to meet growing global demand for persistent monitoring. With this launch, ICEYE adds another fourth generation (Gen4) SAR satellite to its commercial constellation. In September, ICEYE introduced its Gen4 SAR satellite, now available for commercial operations. Gen4 delivers up to 16 cm resolution and expands the high-resolution coverage area to 400 km, enabling more images per orbital pass and higher revisit rates, resulting in the world’s highest-fidelity commercial SAR imagery. These capabilities enhance target detection and classification to support defense and ISR missions globally.

Rafal Modrzewski, CEO of ICEYE, said: “This launch marks another important step both in supporting our customers in deploying their own constellations and scaling the world’s most advanced commercial SAR constellation. As global interest in space-based intelligence accelerates, ICEYE stands ready to help countries build sovereign satellite missions – turning high-quality satellite imaging into actionable intelligence for security and resilience.”

Gen4 can be purchased as a fully sovereign capability that is not subject to ITAR control. ICEYE delivers the Gen4 satellite as part of a complete, secure system that can be launched, deployed, and operated within 12 months, including ground segment, comprehensive training and continuous software updates.

About ICEYE

ICEYE delivers unparalleled persistent monitoring capabilities to detect and respond to changes in any location on Earth, faster and more accurately than ever before.

Owning the world’s largest synthetic aperture radar (SAR) satellite constellation, ICEYE provides objective, near real-time insights, ensuring that customers have unmatched access to actionable data, day or night, even in challenging environmental conditions. As a trusted partner to governments and commercial industries, ICEYE delivers intelligence in sectors such as defense and intelligence, insurance, natural catastrophe response and recovery, security, maritime monitoring, and finance, enabling decision-making that contributes to community resilience and sustainable development.

ICEYE operates internationally with offices in Finland, Poland, Spain, the UK, Australia, Japan, UAE, Greece, and the US. We have more than 900 employees, inspired by the shared vision of improving life on Earth by becoming the global source of truth in Earth Observation.

(Source: PR Newswire)

 

28 Nov 25. SpeQtral, Singapore’s leading quantum communications company, in partnership with the UK Science and Technology Facilities Council’s (STFC) RAL Space, announces the successful launch and deployment of the SpeQtre CubeSat aboard SpaceX’s Transporter-15 mission. The spacecraft, containing SpeQtral’s space-qualified entangled photon pair source and detector modules was deployed into sun-synchronous orbit on 28th November, 2025, marking a significant milestone for Singapore-UK space collaboration and quantum communications technology.

Advanced Quantum Communications Technology

The SpeQtre satellite carries advanced quantum hardware designed by SpeQtral to explore secure space-based quantum communications. It represents a notably difficult technical challenge – demonstrating the exchange of quantum information from a CubeSat roughly the size of a microwave oven. By scaling down this complex technology, the mission aims to reduce costs and improve accessibility for future quantum communication missions. SpeQtre will investigate various aspects of quantum communications from space, starting with fundamental validation of quantum components and progressing toward sophisticated quantum communication protocols.

“This mission represents years of collaborative development between our teams,” said Chune Yang Lum, CEO of SpeQtral. “We’re taking a systematic approach that validates each aspect of the technology step by step, building toward increasingly ambitious quantum communications capabilities.”

The mission builds on SpeQtral’s previous space heritage, including involvement with the successful SpooQy-1 CubeSat mission that demonstrated an entangled photon pair source in space. The company has established strategic partnerships with major industry players including SES, Thales Alenia Space, and Hispasat to advance commercialization of space-based quantum communications.

Experts from RAL Space have developed the instrument that will beam SpeQtre’s quantum signals to Earth, assembled the satellite hardware and ensured its readiness for space using their suite of environmental test facilities.

Commissioning Phase Begins

Following deployment, the satellite platform will undergo commissioning over the coming months, involving activation and testing of all spacecraft subsystems. SpeQtral and RAL Space will then commission their respective quantum payload and optical system, with this phased approach ensuring thorough validation before progressing to quantum experiments and other out of band key delivery mechanisms.

“SpeQtre is the first satellite developed through our agile mission facility, and a credit to the teams who have worked hard to deliver the payload for launch,” said Andy Vick, Disruptive Technology Lead at RAL Space and UK Principal Investigator for SpeQtre. “By approaching this mission with speed and creativity, they have already paved the way for more ambitious missions ahead, including future UK demonstrators. But for now, for SpeQtre, the real fun begins as we look forward to the beginning of our quantum experiments in space.”

Addressing Cybersecurity Challenges

Space-based quantum communications address critical emerging needs as quantum computing advances threaten conventional encryption methods. Unlike terrestrial fibre networks which are distance-limited, satellite-based systems provide quantum-secure communications across vast distances without requiring additional intermediary trusted repeater nodes.

The mission supports broader international efforts to establish quantum-secure communication networks, including the European Space Agency’s INT-UQKD and Q-DESIGN programmes, highlighting global recognition of quantum communications as critical technology for future cybersecurity.

Singapore-UK Partnership

The SpeQtre collaboration stems from a Singapore-UK bilateral initiative designed to strengthen technological cooperation between the two nations. It is part of the Space Technology Development Programme administered by the Office for Space Technology & Industry (OSTIn), Singapore’s national space office, and the National Quantum Technologies Programme administered by UK Research and Innovation. The cooperation leverages Singapore’s quantum expertise at SpeQtral, and UK’s world-class space engineering capabilities at RAL Space.

“The launch of SpeQtre represents a significant milestone in the Singapore-UK collaboration on space technologies, showcasing Singapore’s leadership in space-based quantum communications. Through the Space Technology Development Programme, OSTIn has supported SpeQtral’s developments in quantum key distribution technologies, which is vital to ensure quantum-secure communications in an increasingly interconnected world. This mission reinforces the value of strategic international partnerships in driving innovation and advancing critical technologies.” said Mr. Jonathan Hung, Executive Director of Office for Space Technology & Industry, Singapore (OSTIn).

Operations Timeline and Looking Ahead

Following the commissioning phase, quantum communications experiments are expected to begin in early 2026. The mission will start by conducting experiments with quantum-enabled optical ground stations at the Centre for Quantum Technologies at the National University of Singapore, and at RAL Space’s Chilbolton Observatory in Hampshire, UK. Data from these experiments will allow for demonstrations of secured communications between the two sites and inform development of future commercial quantum communications satellites.

As quantum computing capabilities advance, the need for quantum-secure communications becomes increasingly urgent for governments, financial institutions, and critical infrastructure operators worldwide. Success in this mission will demonstrate the viability of cost-effective, small-satellite approaches to quantum communications, potentially accelerating deployment of commercial quantum communications constellations while establishing important precedents for international cooperation in quantum technologies and space-based security systems.

About SpeQtral

SpeQtral is a pioneer in quantum communications, with a vision to build and deploy global quantum networks. SpeQtral develops quantum-secure products and services designed to protect sovereign and enterprise telecommunication networks against classical, as well as future quantum-based cyber-attacks on cryptography. Combining both terrestrial and space-based solutions, SpeQtral aims to secure the world’s networks against the threats posed by the imminent quantum revolution and drive innovation in quantum communications that will serve as the building blocks for the future quantum internet.

https://speqtralquantum.com/

About RAL Space

RAL Space is the UK’s national space laboratory, working in partnership with government, industry, and academia to advance our understanding of space and our environment – for the benefit of all. Based at the Rutherford Appleton Laboratory and Chilbolton Observatory, our 350+ experts work across the lifecycle of space missions. We contribute to groundbreaking projects across Earth observation, space weather, planetary science, and astronomy, working with UK and international partners including ESA, NASA, and the UK Space Agency. As part of the Science and Technology Facilities Council (STFC) and the wider UK Research and Innovation (UKRI), RAL Space plays a central role in shaping the UK’s space capabilities. (Source: PR Newswire)

 

28 Nov 25. Spire Global, Inc. (NYSE: SPIR) (“Spire” or “the Company”), a leading global provider of space-based data, analytics and space services, successfully launched eleven satellites aboard SpaceX’s Transporter-15 mission from Vandenberg Space Force Base. The launch included satellites for Spire’s Space Services customers, along with three replenishment satellites that strengthen the Company’s fully deployed, dual-use constellation.

Expanding Customer Missions in Space

On this launch, Spire Space Services deployed satellites for GHGSat and Lacuna Space:

• GHGSat: Spire launched two satellites for GHGSat carrying payloads to monitor greenhouse gas emissions, expanding GHGSat’s constellation dedicated to high-resolution methane detection. Both satellites are equipped with methane detection payloads that enhance the company’s ability to deliver frequent, independent, and precise emissions data from space. Spire has designed and now operates a total of five satellites for GHGSat, supporting its goal of providing actionable insights that help industries and governments track and reduce greenhouse gas emissions.
• Lacuna Space: Spire also launched four satellites for Lacuna Space, each combining a Spire-built platform with Lacuna’s latest-generation IoT payloads. The satellites expand Lacuna’s global constellation designed to deliver low-cost, reliable connectivity to sensors and mobile equipment in remote or underserved regions. The mission supports IoT applications across agriculture, logistics, energy, environmental monitoring, and the blue economy—enabling use cases from improving crop yields to tracking critical assets worldwide.

Spire Strengthens its Dual-Use Constellation

As part of the mission, Spire also launched three satellites carrying advanced Radio Occultation (RO) and Automatic Identification System (AIS) payloads to deliver high-quality atmospheric and radio-frequency data for global weather, climate, and commercial intelligence. Earlier this month, the Company also launched an innovative radio frequency geolocation (RFGL) satellite co-founded via LuxImpulse programme, which is managed by the Luxembourg Space Agency and implemented by the European Space Agency. The mission launched aboard SpaceX’s Bandwagon-4. (Source: BUSINESS WIRE)

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Founded in 2017, MatrixSpace is creating the next generation of artificial intelligence enabled sensing solutions to digitize the outdoors beyond the limits of human perception.

The company combines novel artificial intelligence and radar technologies to identify movement and provide context in real-time. MatrixSpace sensors are the smallest, lightest and most portable high-performance systems on the market powered by AI. They deliver actionable insights that empower a broad range of public and private enterprises to protect assets and maintain safety with superior situational awareness.

For the modern, mobile battlespace, MatrixSpace provides both high performance 4D radar and jam-resistant mesh networked communications engineered to perform in the harshest conditions—day or night, in any weather, and in remote, rugged locations. Designed for flexibility, our radar systems can be integrated with tactical vehicles or mounted on structures like buildings, TOCs, or stanchions. Offering 360° coverage, they provide unmatched field-of-view advantages, while low energy consumption allows for solar/battery-powered operation in off-grid environments at twice the duration and a fraction the cost of alternatives. The MatrixSpace AI platform removes clutter and classifies objects, so operators can act confidently without specialized radar expertise.

 

The MatrixSpace expeditionary radar kit fits in a standard daypack and contains everything needed to deliver actionable detections to an ATAK mobile device in less than 5 mins.

 

MatrixSpace solutions are designed and developed in the United States, without ITAR export restrictions, manufactured under the highest ISO and IATF standards and rigorously tested for quality, reliability and compliance.

 

Visit maxtrixspace.com

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