
ENISA publishes its Space Threat Landscape report. Sateliot receives €13.8M from the Spanish Govt. Sierra Space and Yuri have signed a new contract. And more.
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Maria Varmazas
You're listening to the N2K space network.
Alice Carruth
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Maria Varmazas
Today is March 26, 2025. I'm Maria Varmazas and this is T -T Min 20 seconds to Los T Dris Rocket Lab to launch a dedicated Aurora Tech mission from New Zealand as early as Thursday. 4 Kylenar Technologies has signed an MOU with Take Me to Space to develop and test low energy nuclear reaction compute modules in space. Sierra Space and Yuri have signed an agreement for a new space based medical research mission. Satelliot has received a 13.8 million euro investment from the Spanish Society for Technological Transformation. The European Union Agency for Cybersecurity has released a new report on the threat landscape in space. Foreign it is Wednesday, everybody. I hope you're having a good one. Let's dive into today's intelligence briefing. We're kicking off today's show at the cornerstone of N2K Network's area of interest and expertise, cyber and space the European Union Agency for Cybersecurity, also known as anisa, has released a new report on the threat landscape in space. The document focuses on the cybersecurity challenges faced by commercial satellites, specifically examining cybersecurity aspects across all phases of a satellite's life cycle, from development, deployment to operations and decommissioning. ANISA warned of potentially cascading effects stemming from attacks on satellites, including financial losses for businesses relying on satellites and potential disruption to essential services causing societal harm and even loss of life. The report identifies various cybersecurity challenges facing the commercial satellite industry, including risks introduced by increasingly complex international supply chains and commercial off the shelf parts, as well as ongoing and developing threats from nation states, cybercriminals and even insiders. And most importantly, it also provides suggested remediations for the various risk factors that it outlines. The document presents detailed risk assessment scenarios which illustrate potential attack vectors and their impacts on satellite operations. And we should note that there is a sense of urgency in the report, which Anissa says is aiming to enhance the resilience of commercial satellite operations by providing stakeholders with insights into current and emerging cybersecurity threats, aiding understanding and mitigating risks, and we do hope that all satellite operators take note and work now to avoid potential pitfalls. Staying in Europe Satelliet has received a 13.8 million euro investment from the Spanish Society for Technological Transformation. The funding was approved by the Spanish government's Council of Ministers and the satellite communications company has just closed a Series B funding round which raised a total of 70 million euros. Satelliet says the funds will be invested in a constellation of over 100 satellites and they say the constellation is designed to ensure real time connectivity in areas without signal coverage and will enable strategic applications across defense, security, logistics and critical infrastructure management sectors. Sierra Space and Germany based space biotech company Yuri have signed an agreement for one new Science Taxi Biospin mission and that miss continue biological and medical research advancements and drug discovery in microgravity. The agreement builds on the partnership announced between the two companies in 2022 to deliver Yuri's Science Taxi incubator to the International Space Station. Under this expanded contract, Sierra Space will now serve as the primary provider of payload integration, logistics and operational support for Yuri's Science Taxi throughout all mission phases. The culmination of the partnership will ultimately aim to provide scientific solutions for treating and curing diseases on Earth. Let's head on over to India now where High Lenner Technologies has signed a Memorandum of understanding with Take Me to Space. The companies are working to develop and test low energy nuclear reactions or Lenar powered compute modules in space. The company Take Me to Space says it's exploring multiple energy technologies, including lenr, to assess efficient methods for heat extraction and potential reuse in its compact compute focused satellites. The companies say that Lenar is also a potential alternative to the traditionally used radioisotope based thermoelectric generators or RTGs to power deep space missions. For their first collaboration, Take Me to Space will provide the satellite platform and subsystems required to test High Lenner's Lenar based thermoelectric generator in space. No details were shared yet about the schedule for that mission and let's zoom on over to New Zealand now and Rocket Lab has announced the launch window for its next mission from New Zealand. The Finding Hot Wildfires near you launch is scheduled for Thursday, March 27th. The dedicated Aurora Tech mission is Rocket Lab's first launch for the Germany based wildfire detection company. The launch is taking place on an accelerated timeline to meet the mission's time sensitive requirements. The spirebuilt satellites are aiming to enhance wildfire monitoring and detection, providing critical real time data for fire response and prevention. That is it for our Intel Briefing for this Wednesday. N2K senior producer Alice Carruth has some additional stories that didn't make today's Top five.
Liz Stokes
Alice thanks Maria. Today we've included links to an update from Isar Aerospace, who have now rescheduled their inaugural launch from Norway as early as tomorrow. Bluehalo has demonstrated their two terminal long haul multi orbit laser communications system. There's a Reuters article on Airbus saying it's in defense and space talks amid a spending surge in Europe. And the last is an article from NASA on the nomination of Greg Autry for CFO at the agency.
Maria Varmazas
And as a reminder, everybody, you can find links to those stories in the Selected Reading section of the Show Notes in your podcast app and on our website space.n2k.com@/crew if you find our podcast useful, please do us a favor and share a five star rating and short review in your favorite podcast app. It'll help other space professionals like you to find the show and join the T minus crew. Thank you for your support. We really appreciate it. We'll be right back.
Alice Carruth
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Maria Varmazas
Foreign welcome back for one of our final stories. Today this news made us go holy shiitake. They're gonna grow mushrooms in space. Yeah, there's gonna be a lot of puns in this one. Buckle up. Oyster mushrooms specifically are of interest for this story. In just a few weeks we will see the liftoff of Fram 2, which is SpaceX's human spaceflight mission Sending crew into a polar orbit. That mission is expected to last three to five days. And of course, a lot of science will be happening for the busy crew aboard. Australian Eric Phillips will be leading the mushroom experiment. Among the many other things I'm sure he'll be doing, hopefully some oyster mushrooms will germinate, bloom mushroom. And the experiment overall is to see how mushrooms, those nutritional powerhouses that they are, well, how they do in microgravity compared to control groups on Earth. And it's Australian company FoodIQ that's making this experiment possible. They sound like fun guys. Sorry. And all these experiments about growing food in space, well, a lot of it's in hopes that one day when humans are interplanetary, we'll have figured out some of the hard stuff about growing food off world so we don't have to try and brown bag entire missions. It'd be so, so nice if other worlds had food already growing there for us, or at least the ability to easily harbor life. And hopefully one day, that's a discovery we'll all celebrate. But until then. A recent analysis of Martian rock, thanks to NASA's Curiosity rover, shows that prebiotic chemistry on the red planet may have gotten further along than we previously thought. New analysis of a rock sample currently stored in Curiosity shows the molecules decane, undecane and dodecane, all fragments of fatty acids that can be the building blocks of life, though they don't have to be. So let's not get ahead of ourselves there. The thing is that these compounds are the most complex yet found in Mars samples. Previously, we'd only seen really simple small organic molecules. So larger molecules like those mean more advanced organic chemistry existed on Mars. What that means to be determined, was there once life on Mars. Can't entirely rule that one out yet. Still exciting times. That's it for T minus for March 26, 2025, brought to you by N2K CyberWire. For additional resources from today's report, check out our show notes@spare.n2k.com we'd love to know what you think of this podcast. You can email us@space2k.com or submit the survey in the show notes. Your feedback ensures we deliver the information that keeps you a step ahead in the rapidly changing space industry. N2K strategic workforce intelligence optimizes the value of your biggest investment. Your people. We make you smarter about your team while making your team smarter. N2K Senior Producer is Alice Carruth. Our producer is Liz Stokes. We're mixed by Elliot Peltzman and Trey Hester. With original music by Elliot Peltzman. Our executive producer is Jennifer Ibin, Peter Kilpe is our publisher, and I am your host, Maria Varmazes. Thanks for listening. See you tomorrow. T minus.
Alice Carruth
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T-Minus Space Daily: EU’s Report on Cyber Threats in Space
Hosted by Maria Varmazas, N2K Networks
Release Date: March 26, 2025
In the March 26, 2025 episode of T-Minus Space Daily, host Maria Varmazas delves into the latest developments in the space industry, with a particular focus on the European Union Agency for Cybersecurity’s (ANISA) new report on cyber threats in space. The episode also covers significant industry news, including investments, partnerships, and upcoming missions that shape the global space landscape.
Overview of the ANISA Report
Maria Varmazas opens the briefing by highlighting the cornerstone topic of the episode: the European Union Agency for Cybersecurity’s (ANISA) newly released report on the threat landscape in space. The report meticulously examines the cybersecurity challenges faced by commercial satellites throughout their life cycle—from development and deployment to operations and decommissioning.
Key Findings and Risks
Maria emphasizes the report's warning about the "potentially cascading effects stemming from attacks on satellites," which could lead to substantial financial losses for businesses dependent on satellite services and disrupt essential societal functions, even resulting in loss of life.
Quote:
"There is a sense of urgency... we hope that all satellite operators take note and work now to avoid potential pitfalls." – Maria Varmazas [04:15]
Identified Cybersecurity Challenges
The report identifies several critical challenges:
Complex International Supply Chains: The increasing complexity and globalization of supply chains introduce vulnerabilities, especially when relying on commercial off-the-shelf (COTS) components.
Emerging Threat Actors: The landscape is evolving with threats not only from nation-states but also from cybercriminals and insiders, each with distinct motives and capabilities.
Lifecycle Vulnerabilities: Each phase of a satellite's life presents unique security challenges that require tailored mitigation strategies.
Suggested Remediations
ANISA's report doesn't just outline problems but also proposes solutions:
Enhanced Resilience Measures: Implementing robust security protocols at every stage of the satellite lifecycle to mitigate risks.
Stakeholder Collaboration: Encouraging collaboration among satellite operators, manufacturers, and cybersecurity experts to share best practices and threat intelligence.
Proactive Risk Management: Adopting a proactive approach to identify and address vulnerabilities before they can be exploited.
Quote:
"The document presents detailed risk assessment scenarios which illustrate potential attack vectors and their impacts on satellite operations." – Maria Varmazas [05:30]
Conclusion and Call to Action
Maria concludes this segment by stressing the urgency conveyed in the report. She urges satellite operators and stakeholders to heed ANISA’s insights to bolster the resilience of commercial satellite operations against evolving cyber threats.
Beyond the central theme of cybersecurity, the episode covers several noteworthy developments within the space sector:
Satelliot has secured a €13.8 million investment from the Spanish Society for Technological Transformation, culminating in a total of €70 million from their Series B funding round. This capital infusion will facilitate the deployment of a constellation exceeding 100 satellites aimed at providing real-time connectivity in underserved regions. These satellites are poised to support strategic applications across defense, security, logistics, and critical infrastructure management.
Sierra Space has entered into an agreement with Germany-based space biotech company Yuri to advance the Science Taxi Biospin mission. This collaboration builds on their 2022 partnership to deliver Yuri’s Science Taxi incubator to the International Space Station (ISS). Under the new contract, Sierra Space will oversee payload integration, logistics, and operational support, aiming to drive advancements in biological and medical research in microgravity with long-term goals of developing treatments and cures for diseases on Earth.
High Lenner Technologies has signed a Memorandum of Understanding (MOU) with Take Me to Space to develop and test Low Energy Nuclear Reactions (LENR) compute modules in space. This partnership explores LENR as a potential alternative to traditional Radioisotope Thermoelectric Generators (RTGs) for powering deep space missions. The initial collaboration involves Take Me to Space providing the satellite platform and subsystems necessary to test High Lenner’s LENR-based thermoelectric generators, with mission schedules to be announced.
Rocket Lab has announced the launch window for its next mission from New Zealand, scheduled for Thursday, March 27th. The dedicated Aurora Tech mission serves the Germany-based wildfire detection company Hot Wildfires, deploying Spire-built satellites designed to enhance wildfire monitoring and detection. The mission aims to provide critical real-time data to support fire response and prevention efforts.
Senior Producer Alice Carruth introduces additional stories that complement the main briefing:
Isar Aerospace Launch Rescheduling: Isar Aerospace has rescheduled their inaugural launch from Norway to as early as the following day, March 27th.
Bluehalo’s Laser Communications Demonstration: Bluehalo successfully demonstrated their two-terminal long-haul multi-orbit laser communications system, signaling advancements in high-speed space communication technologies.
Airbus in Defense and Space Talks: According to a Reuters article, Airbus is engaged in defense and space discussions amidst a surge in European defense spending, indicating increased collaborative efforts in space defense technologies.
NASA’s CFO Nomination: NASA announced the nomination of Greg Autry for the position of Chief Financial Officer, as reported in recent coverage.
Growing Mushrooms in Space
Maria shares an exciting development from Australia: SpaceX’s upcoming Fram 2 mission will carry an experiment led by Australian Eric Phillips to grow oyster mushrooms in microgravity. This experiment, facilitated by Australian company FoodIQ, aims to assess how nutrient-rich mushrooms thrive in space compared to Earth-based control groups. Success in this area is crucial for future interplanetary missions, where sustainable food sources are essential for long-term human presence.
Quote:
"It'd be so, so nice if other worlds had food already growing there for us, or at least the ability to easily harbor life." – Maria Varmazas [09:15]
Mars Rock Prebiotic Chemistry Analysis
A recent analysis of Martian rock samples by NASA’s Curiosity rover reveals the presence of complex organic molecules—decane, undecane, and dodecane. These fatty acid fragments are potential building blocks for life, marking the most complex organic compounds detected on Mars to date. While these findings do not confirm past life, they suggest that prebiotic chemistry on Mars was more advanced than previously understood, opening new avenues for astrobiological research.
The March 26 episode of T-Minus Space Daily offers a comprehensive overview of critical issues and advancements in the space industry. From ANISA’s pivotal cybersecurity report to groundbreaking investments and innovative missions, the episode underscores the dynamic and interconnected nature of today’s space endeavors. Listeners are encouraged to stay informed and engage with these developments to navigate the rapidly evolving space sector effectively.
Notable Quotes:
Maria Varmazas on ANISA's Urgency:
"There is a sense of urgency... we hope that all satellite operators take note and work now to avoid potential pitfalls." [04:15]
Maria Varmazas on Risk Assessment:
"The document presents detailed risk assessment scenarios which illustrate potential attack vectors and their impacts on satellite operations." [05:30]
Maria Varmazas on Space Agriculture:
"It'd be so, so nice if other worlds had food already growing there for us, or at least the ability to easily harbor life." [09:15]
For more detailed information and access to additional resources from today's report, visit the Show Notes on the N2K Networks website.