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14 Jan 26. SpaceX Activates Free Starlink Service in Iran Amid National Internet Blackout. On Tuesday, January 13, 2026, SpaceX began waiving all subscription fees for its Starlink satellite internet service in Iran. The move follows a near-total communications blackout imposed by the Iranian government starting January 8, aimed at suppressing escalating nationwide protests. Activists and independent monitoring groups confirmed that Iranians with access to the approximately 50,000 to 100,000 smuggled terminals can now connect to the web without a paid subscription. The “Free Iran” activation mirrors similar crisis-response deployments in Ukraine, Sudan, and recently Venezuela, positioning Starlink as a primary tool for bypassing state-level censorship.
Circumventing a Sophisticated Digital Lockdown
The Iranian regime’s current shutdown is described as the most comprehensive in its history, affecting fiber-optic networks, cellular data, and even whitelisted government landlines. In response, SpaceX pushed a critical software update to terminals inside Iran on January 13 to boost signal resilience against government jamming efforts.
Despite the “free” service, users face extreme physical risks. Technical reports indicate:
- Signal Jamming: Iranian security forces are utilizing military-grade jammers, allegedly sourced from Russia and China, to disrupt GPS and L-band satellite signals in urban centers like Tehran.
- Aerial Surveillance: Authorities have reportedly deployed drones over residential neighborhoods to identify the telltale flat-panel satellite dishes on rooftops.
- Legal Penalties: Under a law enacted in late 2025, possession of an unlicensed Starlink terminal is punishable by up to 10 years in prison, or even the death penalty if the user is accused of espionage.
Executive and Geopolitical Perspectives
The activation of free service followed high-level discussions between the Trump administration and Elon Musk. On January 11, President Trump publicly stated his intent to work with Musk to boost internet access for Iranian demonstrators as part of a “soft power” campaign for internet freedom.
“We can confirm that the free subscription for Starlink terminals is fully functional,” said Mehdi Yahyanejad, a Los Angeles-based activist who has assisted in smuggling units into the country. “We tested it using a newly activated terminal inside Iran. It is the only way for Iranians to communicate with the rest of the world right now”.
Outlook: The Fight for Orbital Sovereignty
As of January 14, connectivity remains “patchy” in major cities but more stable in border regions where jamming is less concentrated. The Iranian government has officially protested the Starlink activation to the International Telecommunication Union (ITU), labeling it a violation of national sovereignty. The situation serves as a critical test for the “Sovereign-Commercial Nexus,” where a private aerospace firm effectively overrides a nation-state’s domestic law. Analysts expect SpaceX to continue iterative software updates to counter evolving jamming techniques as the death toll from the internal unrest is estimated to exceed 2,000 as of Tuesday. (Source: Satnews)
20 Jan 26. National Reconstruction Fund backs Gilmour Space with cornerstone investment to build sovereign launch capability. The National Reconstruction Fund Corporation has made a major $75 m cornerstone investment in Australian rocket company Gilmour Space Technologies, anchoring a $217m capital raise aimed at scaling Australia’s sovereign space capability. The National Reconstruction Fund Corporation (NRFC) investment, made through preferred equity, was jointly led with superannuation fund Hostplus, which also committed $75 m. The funding round values the Queensland-based company at more than $1 bn and brings together government, superannuation funds and private investors in one of the most significant capital injections yet into Australia’s space sector.
NRFC chief executive David Gall said the investment reflected the fund’s mandate to back nationally significant manufacturing and technology capabilities. “Space technologies are fundamental to national resilience, economic productivity and regional growth,” Gall said. “Gilmour’s pioneering technology has the potential to be a cornerstone of the Australian space industry. Our investment will help secure Australia’s access to essential space services, strengthen advanced manufacturing and create highly skilled jobs, particularly in regional Queensland.”
Founded on the Gold Coast, Gilmour Space is developing an end-to-end, sovereign space capability spanning the design, manufacture, testing and launch of rockets and satellites from Australia. The company conducted the first test flight of an Australian-developed orbital launch vehicle in July last year and is now progressing towards regular commercial launch operations. NRFC funding will support continued development and qualification of Gilmour Space’s Eris orbital launch vehicle, scale satellite and rocket manufacturing, and expand infrastructure at the Bowen Orbital Spaceport in North Queensland. Bowen is the first and only spaceport in Australia licensed by the Australian Space Agency and other regulators for orbital launch operations.
Industry and Innovation Minister Tim Ayres said the investment demonstrated how public capital could catalyse private sector confidence. “Making things in Australia is about more than good ideas – it requires long-term commitment and collaboration between the public and private sectors,” Minister Ayres said.
Minister Ayres added, “The National Reconstruction Fund investment in Gilmour Space is creating new opportunities for high-skilled jobs in Queensland and crowding in private investment, including from superannuation funds.”
Gilmour Space co-founder and chief executive Adam Gilmour said the NRFC backing was a strong vote of confidence in Australia’s ability to compete globally in space.
“Australians rely heavily on space-based services that are largely supplied from overseas,” he said. “Developing sovereign capability at home gives Australia greater resilience, choice and control. NRFC’s investment allows us to build on the technical and regulatory milestones we’ve already achieved and scale our manufacturing and launch capability to meet growing market demand.”
The company has already demonstrated its satellite capability through the successful on-orbit operation of its 100-kilogram ElaraSat satellite bus, launched on a US rideshare mission last year. It currently employs more than 220 people and works with hundreds of Australian suppliers across aerospace engineering, manufacturing and skilled trades. Hostplus chief investment officer Sam Sicilia said the NRFC-led round highlighted the strength of Australia’s investment ecosystem.
“This partnership between government and long-term institutional investors positions Gilmour Space for its next phase of growth,” he said. “It supports the development of critical national capability while delivering the potential for strong, risk-adjusted returns for our members.”
Other investors participating in the Series E round include the Future Fund, HESTA, Blackbird, Main Sequence, QIC, Funds SA, NGS Super and Brighter Super.
The funding underscores the NRFC’s role in mobilising capital into strategically important industries, using public investment to accelerate innovation, build sovereign capability and support long-term economic growth.
(Source: Space Connect)
19 Jan 26. Westcott Space Hub opens to boost UK space innovation and create hundreds of jobs. A new £20 m space innovation hub has officially opened in Buckinghamshire, supported by UK Space Agency funding, providing cutting-edge facilities to help space businesses grow and creating up to 300 jobs.
£20m new UK space innovation hub in Buckinghamshire
The Westcott Space Hub, led by URA Thrusters in partnership with Patrizia Hanover Property Unit Trust, Skyports Drone Services, Westcott Shared Facilities Ltd and Buckinghamshire Council, spans 62,000 square feet and offers state-of-the-art testing facilities, training spaces and commercial workspace for the growing UK space sector. Located at Westcott Venture Park, a site with over 50 years of heritage as a rocket engine test site, the Hub addresses a critical gap in research and development infrastructure in Buckinghamshire.
Backed by £5.8m from the UK Space Agency, the facility will support collaboration between small and medium-sized enterprises, major industry players, academia and other stakeholders in the local space ecosystem.
Space Minister Liz Lloyd said: “The opening of the Westcott Space Hub marks another exciting milestone for the UK’s space ambitions. By combining world-leading testing facilities with space for businesses to grow and collaborate, we’re giving British innovators the tools they need to compete on the global stage. This investment is about more than infrastructure – it’s about creating skilled jobs, attracting private investment, and ensuring that the next generation of space technologies are designed, built and tested right here in the UK.”
The Hub includes:
- 42,000 square feet of flexible commercial space featuring offices, laboratories and workshops, with 33% already pre-let
- A 10,000 square foot training facility with a 150-seat lecture auditorium, 15 classrooms and a fully equipped workshop
- 10,000 square feet of shared facilities including a clean room, mechanical environmental testing facilities, and propulsion testing facilities, with a vacuum chamber for testing electric propulsion engines – the only facility of its type in the UK and one of the largest in the world.
The Hub, with the support of the Buckinghamshire Council and Westcott Shared Facilities, is one of the few campuses in the world with world-class assembly, integration and testing facilities to hire.
Alberto Garbayo, CEO of URA Thrusters, said:
The Westcott Space Hub, in conjunction with our historic existing testing sites in Westcott, has made us one of the few companies in the world with capacity for full integration, production and in-vacuum testing for both, chemical and electric thrusters.
Westcott is becoming one of the leading propulsion testing sites in the world, but, thanks to the Hub, it is becoming an even more attractive place to conduct other space business activities: over the next few years we will see more Westcott-made technologies going into orbit, including deep-space.
Westcott Space Hub. Credit: Skyports Drone Services.
The project, which began in December 2023, has been delivered with £15 m in match funding, demonstrating significant private sector confidence in the UK space industry. The Hub is expected to create approximately 100 direct jobs and 200 roles within the wider supply chain over the coming years.
Dr Paul Bate, CEO of the UK Space Agency, said: “This world-class facility will provide companies with access to cutting-edge testing infrastructure that was previously unavailable in this country, helping them to scale up and compete globally. Our £5.8m investment is already delivering results, leveraging substantial private sector funding and creating high-skilled jobs. By bringing together businesses, researchers and training facilities under one roof, the Hub will foster the collaboration essential for growing the UK’s thriving space economy. As part of the wider announcement on the Westcott Space Hub, the opening of the Skylark Café and Conference Facility marks an important step in fostering collaboration and innovation within the Westcott Space Cluster. The modern facility provides dedicated spaces for networking, knowledge exchange, and strategic partnerships, supporting businesses, researchers, and innovators working in the UK’s growing space sector.”
Steven Broadbent, Leader of Buckinghamshire Council, said: “The opening of the Westcott Space Hub marks a transformative moment for Buckinghamshire and the UK’s space sector. This project exemplifies the power of collaboration between local government, industry leaders and national agencies. Buckinghamshire has a proud heritage in propulsion and aerospace innovation, stretching back to the Skylark rocket programme. The Hub builds on that legacy by providing state-of-the-art infrastructure for research, development and training, attracting cutting-edge businesses and generating high-skilled jobs for our residents. Buckinghamshire Council is proud to play its part in this exciting journey.”
URA Thrusters, which develops sustainable propulsion solutions for spacecraft, has expanded into one of the main buildings of the Hub which will enable other companies to access world-class testing and development facilities without relocating abroad.
URA will deliver the Flight Models of two UK and European first propulsion solutions from Westcott. The first water electrolysis propulsion system and the first low power (50 W) electrospray thruster, which are planned to be launched from SaxaVord Spaceport in Scotland, in 2027.
Westcott Venture Park is already home to an established and growing community of innovative companies focused on space propulsion, autonomous systems, robotics, and communications, and is home of the National Space Propulsion Test Facility (NSPTF), also funded by the UK Space Agency. Thanks to the new shared facilities, Westcott is able to offer world-class testing and development.
The UK Space Agency’s Space Clusters Infrastructure Fund has awarded more than £45.6 m for 13 projects since it launched in 2023. This funding is complemented by over £43.8 m in match funding from the sector, generating a total of £89.6 m of private/public investment in space research and development infrastructure.
On top of that, SCIF funding awards have bolstered organisations’ ability to attract investment, helping to secure venture capital, private equity and follow-on public funding, and has already helped catalyse over £50 m in additional investment. (Source: https://www.gov.uk/)
15 Jan 26. MDA Adds 340 Vendors to $151bn SHIELD Enterprise in Third Major Tranche/ The Missile Defense Agency (MDA) has executed a third massive tranche of contract awards under its Scalable Homeland Innovative Enterprise Layered Defense (SHIELD) program, adding 340 contractors to the vehicle today, Jan. 15, 2026.
This latest round of awards reinforces SHIELD’s status as a cornerstone acquisition strategy for the agency, operating under a shared ceiling of $151 bn. According to the Department of Defense contract announcement released today, the vehicle is designed to allow the MDA and other defense entities to “rapidly compete orders” under a single, flexible enterprise structure.
Rapid Expansion of the Industrial Base
The announcement follows a rapid-fire sequence of expansion for the indefinite-delivery/indefinite-quantity (ID/IQ) vehicle. The MDA previously announced an initial tranche of 1,014 awards on Dec. 2, 2025, followed closely by a second announcement of 1,086 awards on Dec. 18, 2025.
With today’s addition, the total number of vendors eligible to compete for task orders has swelled significantly, reflecting a strategy to maximize competition. The selection process was highly contested, with the MDA reporting that 2,463 offers were received via the System for Award Management website.
Several important satellite and space companies were included in the awards:
Major Launch & Infrastructure Providers
- Blue Origin, LLC
- Firefly Aerospace Inc
- Relativity Space, Inc.
- Axiom Space Inc
- Gravitics, Inc.
- Evolution Space, Inc.
Satellite Manufacturing, Operations & Services
- Maxar Space LLC
- AST Space Mobile USA LLC
- Hawkeye 360 Federal, Inc.
- Astroscale US Inc
- Antaris, Inc.
- NovaWurks, Inc
- Oakman Aerospace, LLC
Space Domain Awareness & Communications
- LeoLabs Federal, Inc.
- SES Space & Defense, Inc.
- Kratos Defense & Rocket Support Services, Inc.
- Skyloom Global Corp.
- BlueHalo LLC
Propulsion & Specialized Tech
- Exoterra Resource LLC
- Astro Digital US Inc
- Odyssey Space Research, L.L.C.
Technical Priorities and Timeline
The SHIELD vehicle differs from traditional hardware procurement by emphasizing digital maturity and speed. According to the contract solicitation details, the scope encompasses “a broad range of work areas” intended to deliver capabilities to the warfighter with increased agility.
Specific technical requirements outlined in the award notification include:
- Artificial Intelligence & Machine Learning: Applications to accelerate decision-making and threat identification.
- Digital Engineering: Maximizing the use of model-based systems engineering (MBSE) and agile processes.
- Open Architectures: Ensuring new systems can integrate seamlessly with existing defense networks.
Program Structure
Performance under the SHIELD contracts will take place across the United States. If all options are exercised, work is scheduled to continue through December 2035.
The MDA confirmed that no funds will be obligated on the base awards; instead, funding will be obligated at the individual order level as specific mission requirements are competed among the pool of vendors. The contracting activity is the MDA, Redstone Arsenal, Alabama.
What This Means
The sheer volume of vendors now attached to SHIELD suggests the MDA is moving toward a “marketplace” model of acquisition. By lowering the barrier to entry for hundreds of companies, the agency is betting that increased competition will drive down costs and surface non-traditional solutions for homeland defense. (Source: Satnews)
13 Jan 26. Department of Defense Adopts SpaceX Iteration Model to Accelerate Defense Acquisition. Speaking alongside SpaceX CEO Elon Musk, Hegseth outlined an “AI-first” transformation designed to operate at wartime speed, explicitly citing SpaceX’s rapid prototyping and “fail fast” methodology as the new blueprint for the Department of War. The visit is a centerpiece of the “Arsenal of Freedom” industry tour, which included a stop at Lockheed Martin’s F-35 facility in Fort Worth just 24 hours prior. During the Starbase event, Hegseth confirmed the appointment of Emil Michael as the department’s sole Chief Technology Officer (CTO), tasked with dismantling the “bureaucratic underbrush” that has historically slowed the deployment of space and AI assets.
Transition to the Warfighting Acquisition System
The visit marks the operational phase of the Warfighting Acquisition System, a policy overhaul announced by the Department of the Air Force on January 8. This mandate shifts the acquisition culture from compliance-based oversight to a dynamic model that prioritizes the speed of delivery over “exquisite” multi-decade development cycles. Under this new framework, Program Executive Officers have been redesignated as Portfolio Acquisition Executives (PAEs), granted the authority to make immediate trades between cost and performance to meet urgent warfighter needs. This structural shift aligns with the administration’s broader “Golden Dome” initiative, which seeks to field a proliferated layer of space-based interceptors and sensors. By leveraging commercial manufacturing scales seen at Starbase, the Department of War aims to bypass legacy prime contractors that Hegseth characterized as “risk-averse.”
Deployment of Grok and Gemini Military AI
A critical technical pillar of the Starbase announcement is the immediate integration of xAI’s Grok and Google’s Gemini into military networks. Hegseth directed the Chief Digital and Artificial Intelligence Office (CDAO) to enforce “data decrees” that will make combat-proven intelligence available across federated IT systems for AI exploitation.
Technical specifications for the AI rollout include:
- Security Clearance: Deployment at Impact Level 5 (IL5), enabling the secure handling of Controlled Unclassified Information (CUI).
- Network Reach: Integration across both unclassified and classified Pentagon networks by the end of January 2026.
- Operational Intent: Utilizing Grok’s “anti-woke” architecture to provide tactical analysis without the ideological constraints found in rival consumer-grade models.
Perspective on Bureaucratic Disruption
“Winning requires a new playbook. Elon wrote it with his algorithm—question every requirement, delete the dumb ones, and accelerate like hell,” said Secretary Pete Hegseth. “In modern warfare, the fastest innovator and iterator will be the winner, and no one can out-innovate an American entrepreneur who has been liberated from the constraints of cycling bureaucracy. We are clearing the debris, Elon-style, with a chainsaw.”
Hegseth’s remarks underscored a pivot toward the “Musk Stack”—a vertically integrated approach to defense where launch, connectivity, and intelligence are treated as a singular, rapidly evolving ecosystem rather than isolated government programs.
Outlook for National Security Space Launch
As the Department of War moves to operationalize these reforms, industry watchers are focusing on the 2027 “fly-off” for the next generation of space-based interceptors. The Starbase visit reinforces the military’s intent to utilize Starship as the primary heavy-lift platform for the 480-satellite MILNET constellation, a partnership intended to secure American orbital dominance. The successful integration of commercial AI into the Pentagon’s core signifies a permanent shift toward the “sovereign-commercial nexus,” where the distinction between private innovation and national defense continues to blur. (Source: Satnews)
12 Jan 26. As SpaceX Targets 50,000 Starlink Satellites, China Files for 200,000-Unit Mega-Constellation. In a significant escalation of the orbital broadband race, China has submitted a major regulatory filing with the International Telecommunication Union (ITU) for a massive satellite constellation totaling approximately 200,000 spacecraft. The move highlights a strategic ambition to deploy a network that would quadruple the current long-term deployment goals of SpaceX’s Starlink, which is working toward a 50,000-satellite architecture. The filing indicates that China is moving to operationalize a parallel commercial launch sector, often referred to as a “Shadow Starlink,” to compete directly with Western Low Earth Orbit (LEO) dominance.
Geopolitical Competition in the LEO Sector
This development validates the ongoing “Surge” strategy from Chinese space authorities, specifically focusing on the G60 Starlink and Guowang projects. By filing for such a high volume of orbital slots, China is positioning itself to challenge the primary-occupant status currently held by the United States and its commercial partners.
The scale of this competition directly impacts several industry layers:
- Regulatory Oversight: Increased pressure on the ITU to manage orbital debris and spectrum allocation for hundreds of thousands of active nodes.
- National Security: The Federal Communications Commission (FCC) has expressed concerns regarding the geopolitical implications of a Chinese-controlled global broadband network.
- Commercial Viability: The massive influx of capacity could fundamentally alter the economics of global satellite internet pricing.
The Rise of the G60 Breakout
The filing is part of a broader trend where China seeks a “breakout” from traditional state-run space operations to more agile, commercially modeled constellations. This “G60 Breakout” represents a move toward high-cadence manufacturing and launch capabilities intended to match the vertical integration of the “Musk Stack”.
The strategy focuses on building domestic launch hubs and satellite production facilities that can output thousands of units annually, a necessity if China intends to populate even a fraction of the 200,000 slots requested in the ITU filing.
Outlook: Regulatory and Orbital Hurdles
As China and the U.S. move closer to a 2027 milestone for constellation maturity, the international community faces unprecedented challenges in space traffic management. While the filing for 200,000 satellites represents a declaration of intent, significant technical and regulatory hurdles remain before such a fleet can be successfully deployed.
Future scrutiny from the ITU and the FCC will likely focus on the “bring-into-use” (BIU) requirements, which mandate that a percentage of the filed satellites must be operational within a specific timeframe to retain the spectrum rights. Failure to meet these milestones could lead to a significant reduction in China’s authorized orbital capacity. (Source: Satnews)
09 Jan 26. Rivada Space Networks: Time for an announcement? For many years Rivada Space Networks has kept the market on tenterhooks regarding its plans for a 576-craft mega-constellation for its ‘Outernet’ laser-linked LEO fleet. Fresh news might be forthcoming, although nothing is congfirmed – as yet. But there are clues that something is bubbling under. Rivada Networks (the Space division is a wholly-owned subsidiary of Rivada Networks) is backed, in part, by Peter Thiel, a German-US entrepreneur and co-founder of PayPal (with Elon Musk), Palantir Technologies and a high-profile investor in Facebook, and according to Forbes worth some $25bn. Rivada has continued to state that it is still working with Terran although its preliminary work has been suspended. On December 1st 2025 Declan Ganley, CEO at Rivada, said the firm had won a long-running dispute with Chinese-backed entities over Rivada’s rights to satellite spectrum. He commented: “I received good Thanksgiving day news from my excellent legal teams in Liechtenstein and Germany.” Rivada’s second major problem is timing. Under ITU rules, Rivada must launch 300 satellites (288+12 spares) by this Summer (144 by June, and 144 by September), and the rest must be deployed by mid-2028. Failure to meet these days places Rivada’s ITU orbital spectrum priorities at risk. An extremely dated announcement once talked of Rivada’s deployment starting in 2024 and with global coverage by 2026. Those commitments have clearly been missed, and – as yet – there’s no firm news on the cash. Even if money were to turn up tomorrow then Rivada would need to heavily lobby the ITU for permission to launch well after the mid-Summer 2026 dates. But there might be signs of ‘white smoke’ from above Rivada’s Munich, Germany HQ. The first clue is that Rivada is hiring, including a Director Procurement, and VP/Procurement Management, IT Support Engineer, Ground Segment System Architect. Rivada’s Berlin office wanted a Director Spevctrum Development. Rivada has also made no secret that it has won some valuable contracts. Just before the holiday it announced that NOW Group had signed a new deal with Rivada, as has Commercis Partners, and around a half-dozen other business (based in the Philippines, Taiwan, Japan, India, Singapore and Australia) as well as a December 2024 contract with the US Navy. Rivada puts up regular VIP speakers at industry conferences and summits, extolling the vertues of its Outernet scheme. Clemens Kaiser (Chief Program Officer) is scheduled to speak at Germany’s Handelsblatt’s Security Conference in Berlin on January 18. But what of the clues that something is bubbling under? Senior staff hirings are one indicator. The Christmas holiday period also saw a slew of celebratory images issued by Rivada, as well as reminders of a “New Year, New Job” invitations for the above listed hirings. The message said: “From traditional German Christmas markets to sun-soaked Hawaiian beaches, our employee merchandise has been involved with lots of festivities across the globe, showing that our team spirit spreads far and wide…just like Rivada’s Outernet where connectivity reaches everywhere with pole-to-pole coverage!” Rivada has been busy signing up businesses, service agreements and market access licences with – it claims – a combined value more than $18bn in connectivity. Three months ago Rivada’s SVP/Corporate Communications said that a little more patience was needed. Just before the holiday he updated his comment, saying: “While I can’t disclose anything right now, I hope to be able to say more very soon!” Does this imply positive news? Does Rivada now have the bns of funding needed to re-start production? And the vital question as to whether Rivada – and its licensing authorities – can pursuade the ITU to grant it some sort of postponement to its mid-Summer 2026 launch obligations? (Source: Satnews)
16 Jan 26. Starlink-rival Eutelsat signs deal with Europe’s MaiaSpace to launch satellites. European satellite operator Eutelsat (ETL.PA), osaid on Friday it had signed a deal with French space startup MaiaSpace for the future launches of its low Earth orbit (LEO) satellites, in a major strategic boost for Europe as it seeks to catch up with U.S. rival SpaceX. The agreement with MaiaSpace, a subsidiary of Europe’s largest rocket maker ArianeGroup, is a multi-launch deal set to start in 2027.MaiaSpace will add a complementary launch option alongside existing partners, said Arlen Kassighian, chief engineering officer at Eutelsat. Eutelsat owns OneWeb, which is currently the world’s only other operational LEO constellation besides Elon Musk’s Starlink. OneWeb is considered a strategic asset by the French and British governments, two of Eutelsat’s largest shareholders, because its satellites provide secure internet access to governments, militaries, businesses and consumers in underserved areas.
French President Emmanuel Macron last year called on Europe to step up its space strategy to counter Starlink, and said on Thursday that France would accelerate the use of LEO satellite constellations.
MaiaSpace is developing a partially reusable mini-launcher that would make it the first of its kind in Europe. Reusable rockets help reduce launch costs and allow for more frequent launches. SpaceX has been using its partially reusable Falcon 9 rocket for more than a decade and is testing an upgraded version, Starship, designed for full reusability. Ariane 6 is Europe’s main heavy launch system but it is not reusable. SpaceX’s rockets have supported a high launch frequency that enabled the deployment of more than 9,000 Starlink satellites. Eutelsat has relied on SpaceX and the Indian Space Research Organisation for recent launches, though OneWeb sent its first satellites into orbit with Russia’s Soyuz before cancelling the partnership in the wake of Moscow’s invasion of Ukraine in 2022. Eutelsat, which acquired OneWeb in 2023, plans to launch 440 Airbus-built LEO satellites in the coming years to replenish and expand its constellation. MaiaSpace, founded in 2022, expects to begin commercial operations in 2026. (Source: Reuters)
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