Wednesday, April 8, 2026

The growing space security risks

Plus: Capella wins an SDA contract
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04/08/2026

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In the April issue: Imagery from space in minutes, military space's supplier constraints and NASA's stop-and-start approach to commercial space stations – read the issue online now.

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By Jeff Foust


In this today's edition: Northrop Grumman to build a Hungarian communications satellite, a new report warns of growing space security risks, Capella Space wins SDA award and more.


If someone forwarded you this edition, sign up to receive it in your inbox every weekday. Have thoughts or feedback? You can hit reply to let me know.


Top Stories


A new report says space security is shifting from a niche arms-control concern to a central policy issue as reliance on satellites deepens and the tools to disrupt them proliferate. The annual Global Counterspace Capabilities report by the Secure World Foundation, released Wednesday, finds that interference with space systems now carries immediate military, economic and political consequences, while the capabilities to cause that interference grow. While past discussions on counterspace technologies focused largely on the United States, China and Russia, this report says more countries are developing such technologies. [SpaceNews]


Scientists are digging into the data returned by Artemis 2's lunar flyby as the Orion spacecraft makes its way back to Earth. At a briefing Tuesday, NASA officials said the Artemis 2 astronauts took more than 175 gigabytes of images during Monday's flyby, of which about 50 gigabytes have been returned so far. NASA has used an optical communications experiment to return much of the imagery at much higher rates than traditional radio-frequency systems. The Orion spacecraft continues to work well, with the spacecraft set to splash down late Friday near San Diego. [SpaceNews]


Northrop Grumman won a contract to build Hungary's first national communications satellite. As part of Vice President JD Vance's visit to Budapest Tuesday, the Hungarian defense and space firm 4iG announced an agreement with Northrop to build a geostationary communications satellite under a program known as HUSAT. The spacecraft, a Ka-band system based on Northrop's GEOStar-3 platform, is scheduled for delivery in 2030 and would provide Hungary with its first domestically controlled satellite communications capability. The HUSAT program combines the geostationary satellite with a planned constellation of eight Earth observation spacecraft that 4iG will develop. Separately, 4iG signed an agreement with Apex to explore establishing a joint venture aimed at building small satellites in Europe and targeting demand for large constellations. [SpaceNews]


Capella Space won a $49 million contract from the Space Development Agency (SDA) for testing military satellite communications. The firm-fixed-price agreement was issued Tuesday under SDA's Hybrid Acquisition for Proliferated Low Earth Orbit, or HALO, an other transaction authority contracting mechanism used to fund rapid, on-orbit experiments. Capella, a California-based operator of a commercial radar imaging constellation and a subsidiary of IonQ, will design and develop two spacecraft equipped with specialized radio frequency payloads to test what SDA called "advanced tactical waveform performance, adaptive beamforming, and secure tactical communications" in LEO. The effort is aimed at showing that satellites in low Earth orbit can support military-grade communications links that remain reliable under interference or jamming. [SpaceNews]


Astroscale has completed the critical design review for two cubesats for the British military. The U.K. subsidiary of the Japanese on-orbit servicing venture announced the milestone Wednesday for the Orpheus mission, which was fully funded last year under a 5.15 million British pound ($7 million) contract from the U.K.'s Defence Science and Technology Laboratory. The mission involves flying a pair of near-identical spacecraft from British small satellite specialist Open Cosmos in close formation for a year in LEO. The spacecraft carry hyperspectral imagers for detecting and characterizing objects of interest. The cubesats will also study space weather. [SpaceNews]


Other News


A Minotaur 4 launched a mission for the Defense Department's Space Test Program Tuesday. The rocket lifted off from Vandenberg Space Force Base in California at 7:33 a.m. Eastern on the STP-S29A mission. The primary payload was STPSat-7, carrying several Space Test Program experiments. Also on board were a pair of U.S. Army cubesats called Rawhide and several other cubesats. [Edhat]


China launched a set of broadband constellation satellites Tuesday. A Long March 8 lifted off at 9:32 a.m. Eastern from the Wenchang spaceport on the island of Hainan, placing 18 Qianfan satellites into orbit. The Qianfan, or Thousand Sails, satellites are part of a planned broadband constellation ultimately numbering 14,000 satellites. [Xinhua]


LeoLabs is expanding beyond tracking satellites and debris into identifying potential threats in orbit. The company announced Wednesday its new Delta system, a software platform designed to detect and characterize unusual satellite behavior. The tool is aimed at military and government operators managing spacecraft in low Earth orbit, where congestion and geopolitical competition are both increasing. Delta is designed to flag behavior such as when a satellite changes its orbit in ways that put it into the same orbital plane as another spacecraft, allowing for repeated approaches. Several allied governments in Europe and Asia are already using Delta. [SpaceNews]

Two European companies are teaming up to develop an inspection cubesat. Bulgarian satellite maker EnduroSat and British defense tech startup Shield Space announced Wednesday plans to deploy a cubesat next year capable of maneuvering near other satellites for inspection. The partnership combines EnduroSat's standardized satellite platform architecture with Shield Space's autonomous rendezvous and proximity operations software, originally developed for drones used in Ukraine. The first mission under the partnership is slated for the second quarter of 2027 and is dubbed Broadsword, involving an 8U autonomous "chaser" cubesat that would conduct RPO operations with a smaller 3U target satellite launched alongside it. Broadsword is intended as a stepping stone toward a broader architecture centered on a mothership capable of deploying multiple maneuverable spacecraft. [SpaceNews]


The Italian government is seeking to replace the CEO of space and defense company Leonardo. The government, which owns more than 30% of Leonardo, wants to replace Roberto Cingolani, but has not offered details about why. Leonardo's shares have soared since 2022 and as recently as February Cingolani appeared to be on track to secure a new three-year term as CEO. A potential replacement is Lorenzo Mariani, a former Leonardo executive who is now is now at European missile manufacturer MBDA. Leonardo is in the process of merging its space business with those from Airbus and Thales through a joint venture named Project Bromo. [Reuters]


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Never Boring


"I've spent most of my morning just flipping through the thousands of images that have started to come down, and there is something in every image that surprises me, right? I mean, you might think that, after looking at hundreds of images taken of the lunar surface, I would get sick of it. I have not, nor do I anticipate getting sick of it."


– Kelsey Young, leader of the Artemis 2 science team, discussing the images returned from the Artemis 2 mission at a briefing Tuesday.


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Tuesday, April 7, 2026

Military Space: U.S. Space Force a big winner in Trump's budget


Plus: The Pentagon's space ambitions run into supplier bottlenecks
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04/07/2026

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Welcome to this week's edition of SpaceNews' Military Space, your source for the latest developments at the intersection of space and national security. In this week's edition: Trump's 2027 budget boosts the Space Force and missile defense; as satellite demand rises, the supply chain lags behind; and the end might be near for troubled GPS ground program OCX.


If someone forwarded you this edition, sign up to receive it in your inbox every Tuesday. We welcome your feedback and suggestions. You can hit reply or DM me on Signal @SandraErwin.43.

Chief Master Sgt. Jacob Simmons, command senior enlisted leader of U.S. Space Command, speaks with participants of the Apollo Insight Commercial Integration tabletop exercise held March 23 in Colorado Springs. This was the first of four commercial tabletop exercises scheduled to take place throughout the year. This first wargame addressed the threat of weapons of mass destruction in space. Credit: U.S. Space Command

Trump's $1.5 trillion defense plan supercharges Space Force


The Trump administration is teeing up a massive expansion of military spending, with space and missile defense among the biggest beneficiaries.


The White House's fiscal 2027 budget blueprint, released April 3, calls for $1.5 trillion in national defense spending, a roughly 42% jump that would shatter previous records. The pitch: rebuild the defense industrial base and accelerate next-gen systems, with particular focus on space-enabled missile defense for the Golden Dome for America program.


Space Force is a big winner


The service's budget would surge to more than $71 billion — about $40 billion above its 2026 level. But the news is not just the size of the request, it's how the administration wants to pay for it.


Roughly $350 billion of the defense total would come through budget reconciliation, alongside $1.15 trillion in traditional appropriations. The Space Force is deeply tied to that strategy. About $12 billion of its request would flow through reconciliation, much of it in procurement and R&D accounts that normally sit in the base budget.


Reconciliation allows the majority party to move spending with a simple Senate majority. It's still unclear whether Congress will accept using reconciliation to fund defense at this scale.


Missile defense increase


The proposal includes about $17 billion for the Golden Dome missile defense shield, with just $400 million in the traditional budget and the rest dependent on reconciliation.


The budget supports a significant expansion of tracking constellations. Funding for low Earth orbit missile-tracking satellites would jump by nearly $2 billion, with another $700 million for medium Earth orbit systems. Programs to field sensors capable of tracking moving targets from space would get a $2 billion boost, including about $800 million routed through mandatory funding.


Funding for national security space launches would increase from $1.3 billion in fiscal year 2026 for 13 launches to $4.2 billion for 22 launches in fiscal year 2027.

The budget also seeds new infrastructure: a $1.5 billion Space Data Network, automated satellite command-and-control systems and expanded procurement of proliferated LEO communications satellites.


Altogether, the Space Force request breaks down to $40.6 billion for R&D, $19 billion for procurement, $9.6 billion for operations and maintenance, and $1.8 billion for personnel.


Space Force to accelerate programs


"Our team has done a really good job of explaining why Space Force capabilities are so critical," Gen. Chance Saltzman, the Space Force's top officer, said last week at the Mitchell Institute's Spacepower Security Forum. "The leadership … agree with our advocacy that space capabilities need to grow."


The plan, he said, is to scale existing programs and compress timelines. "You can't wait five, six, seven years to be where we need to be," Saltzman said. "We need to be there in two years, three years."


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Space's supply chain problem is coming into focus


The Pentagon's push to scale up satellite production is running into a familiar problem: the supply chain.


Officials and industry leaders warn that key parts of the space industrial base — especially lower-tier suppliers — may not be ready to support a shift toward high-volume satellite production.


The concern: the Space Force's strategy of rapidly replacing satellites in a conflict depends on production capacity that may not exist yet. The Space Force is looking to shift toward a model that treats satellites as replaceable assets rather than long-lived platforms, a concept that depends on being able to ramp production quickly in a crisis.


A recent report from the Aerospace Industries Association and PwC warns the sector's supply network, built for low-volume, bespoke systems is struggling to keep up with rising demand.


The pressure is showing up in components such as optical inter-satellite communications terminals, radiation-hardened microelectronics and propulsion systems. These are produced by a small number of suppliers, and risks can go unnoticed until production stalls.


Programs showing strain


The Space Development Agency's proliferated satellite constellation has faced delays tied to supply chain issues, including problems with optical communications terminals and encryption devices.


Industry analysts say the biggest weaknesses aren't always in headline technologies, but in less visible components — valves, microelectronics and propulsion materials — where capacity hasn't kept pace with demand.


"We're going to hit a whole bunch of critical constraints in the industrial base," said Jamie Morin of Aerospace Corp., pointing to persistent gaps in scaling high-reliability components.


The AIA report says government procurement swings, driven by budget cycles, continuing resolutions and shifting priorities, make it difficult for suppliers to justify investing in new capacity.


The issue gets attention on Capitol Hill


Rep. Rob Wittman (R-Va.), vice chair of the House Armed Services Committee, said lawmakers are expected to focus on supplier base expansion in the fiscal 2027 defense policy bill.


"In many places we have single points of failure," Wittman said.


Government and industry are pushing for better visibility into the supply chain, a persistent challenge given that much of the data sits with contractors.


The AIA report recommends creating a shared platform linking government demand with supplier capacity, with the goal of giving companies clearer signals to invest.



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Read the April issue now: In the latest edition of the magazine: Debra Werner reports how companies are meeting the demand for Earth imagery in mere minutes and Sandra Erwin explores how key parts of the space industrial base could struggle to keep up with the Space Force's plan to scale satellite production. Subscribe now and access the digital issue.

After 15 years, Pentagon poised to scrap OCX ground system for GPS


The Pentagon is preparing to end development of the long-delayed Next Generation Operational Control System, or OCX, one of the military's most troubled space programs.


OCX, awarded in 2010 to RTX for about $1.5 billion, was designed to modernize the ground system that commands and controls the U.S. military's Global Positioning System satellites. The program aimed to handle both legacy and next-generation spacecraft, strengthen cybersecurity and enable full use of M-code, the military's jam-resistant GPS signal.


Instead, it became a case study in software-driven acquisition problems. The program slipped roughly seven years past its original 2018 delivery target, with costs climbing to nearly $4.6 billion in awarded contracts. To date, only an early version — OCX Block 0 — has been fielded, supporting launch and early orbit operations for GPS III satellites.


Now, according to people familiar with the program, development and testing of follow-on increments Block 1 and Block 2 have effectively stopped.


The shift became clearer April 1, when the Pentagon awarded RTX a $45 million contract modification for OCX Block 0. The award covers support for the final GPS III launch and funds studies on how parts of OCX could be reused in the existing ground system, rather than continuing full development.


That existing system, known as the Architecture Evolution Plan, or AEP, is operated by the U.S. Space Force and has been steadily upgraded by Lockheed Martin over the past several years as OCX fell behind schedule. Originally intended as a stopgap, AEP has matured into a viable alternative, now performing many of the functions OCX was meant to deliver.


A combination of persistent technical issues, rising costs and a credible fallback has led Pentagon leaders to reconsider whether OCX should continue. Instead, officials are negotiating with RTX to salvage usable elements of the system and integrate them into the AEP baseline.


The final decision rests with the Pentagon's senior acquisition leadership. Michael Duffey, the undersecretary of defense for acquisition and sustainment, is expected to issue an Acquisition Decision Memorandum formally ending the program.


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The growing space security risks

Plus: Capella wins an SDA contract ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ‌ ...