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21. Integrating US and allied capabilities to ensure security in space

Author:
Nicholas Eftimiades
Publication Date:
04-2023
Content Type:
Policy Brief
Institution:
Atlantic Council
Abstract:
Over the last two decades, the world entered a new paradigm in the use of space, namely the introduction of highly capable small satellites, just tens or hundreds of kilograms in size. This paradigm has forever changed how countries will employ space capabilities to achieve economic, scientific, and national security interests. As is so often the case, the telltale signs of this global paradigm shift were obvious to more than just a few individuals or industries. Air Force Research Laboratory’s Space Vehicles Directorate began exploring the use of small satellites in the 1990s. The Air Force also established the Operationally Responsive Space program in 2007, which explored the potential use of small satellites. However, both research efforts had no impact on the US Department of Defense’s (DOD’s) satellite acquisition programs. The advancement of small satellites was largely driven by universities and small commercial start-up companies.1 The introduction of commercial and government small satellites has democratized space for states and even individuals. Space remote sensing and communications satellites, once the exclusive domain of the United States and Soviet Union, can now provide space-based services to anyone with a credit card. Eighty-eight countries currently operate satellites, and the next decade will likely see the launch of tens of thousands of new satellites.2 Commercial and government small satellites have changed outer space into a more contested, congested, and competitive environment. The United States has shared space data with its allies since the dawn of the space age.3 Yet it also has a history of operating independently in space. Other domains of warfare and defense policy are more closely integrated between the United States and its allies and partners. The United States has military alliances with dozens of countries and strategic partnerships with many more.4 In recent years, there have been calls to coordinate with, or even integrate allied space capabilities into US national security space strategy and plans. In this regard, the US government has made significant advances. However, much work needs to be done. There is pressure on the United States to act quickly to increase national security space cooperation and integration, driven by rapidly increasing global capabilities and expanding threats from hostile nations and orbital debris. This paper examines the potential strategic benefits to US national security of harnessing allied space capabilities and the current efforts to do so, as well as barriers to achieving success. The paper identifies pathways forward for cooperating with allies and strategic partners on their emerging space capabilities and the potential of integrating US and allied capabilities.
Topic:
Security, Defense Policy, NATO, National Security, European Union, and Space
Political Geography:
Russia, Europe, Canada, North America, and United States of America

22. Beyond launch: Harnessing allied space capabilities for exploration purposes

Author:
Tiffany Vora
Publication Date:
04-2023
Content Type:
Policy Brief
Institution:
Atlantic Council
Abstract:
The “United States Space Priorities Framework,” released in December 2021, confirmed the White House’s commitment to American leadership in space.1 Space activities deliver immense benefits to humankind. For example, satellite imaging alone is crucial for improvements in daily life such as weather monitoring as well as for grand challenges like the fight against climate change. Such breakthrough discoveries in space pave the way for innovation and new economies on Earth. Exploration is at the cutting edge of this process: it expands humankind’s knowledge of the universe, transforming the unknown into the supremely challenging, expensive, risky, and promising. US allies and partners accelerate this transformation via scientific and technical achievements as well as processes, relationships, and a shared vision for space exploration. By integrating these allied capabilities, the United States and its allies and partners set the stage for safe and prosperous space geopolitics and economy in the decades to come. However, harnessing the capabilities of US allies and partners for space exploration is complex, requiring the balance of relatively short-term progress with far-horizon strategy. Space exploration has changed since the US-Soviet space race of the 1960s. In today’s rapidly evolving technological and geopolitical environment, it is unclear whether the processes, relationships, and vision that previously enabled allied cooperation in space, epitomized by the International Space Station (ISS), will keep pace. Here, China is viewed as the preeminent competitor for exploration goals and capabilities—as well as the major competitor for long-term leadership in space.2 This development drives fears of space militarization and weaponization, prompting protectionist legislation, investment screening, and industrial policies that can disrupt collaboration among the United States and its key allies and partners.3 Further complication stems from the rise of commercial space, with opportunities and challenges due to the decentralization, democratization, and demonetization of technologies for robotic and crewed space exploration. This paper serves as a primer for current US space exploration goals and capabilities that will be critical to achieving them. It highlights arenas where US allies and partners are strongly positioned to jointly accelerate space exploration while also benefitting life on Earth. This paper concludes with recommended actions—gleaned from interviews with international experts in space exploration—for the US government as well as allied and partner governments to increase the number and impact of global stakeholders in space exploration, to remove friction in collaboration, and to guide the future of space toward democratic values.
Topic:
Security, Defense Policy, NATO, National Security, Science and Technology, European Union, Partnerships, and Space
Political Geography:
China, Europe, and Asia

23. Reach for the Stars: Bridging Italy’s Potential in Space with Its Foreign and Security Policy

Author:
Karolina Muti
Publication Date:
01-2023
Content Type:
Commentary and Analysis
Institution:
Istituto Affari Internazionali
Abstract:
Italian capabilities, expertise and potential in the space sector are not widely known. Among state actors, Rome has actually been a pioneer in the field, boasting a long tradition that started in 1964 when Italy became the third country, after the Soviet Union and the United States, to send a nationally manufactured satellite into orbit.[1] From an industrial standpoint, Italy is among the few countries whose companies cover the whole space value chain.[2] In Europe, Rome is ranked second for total number of assets in orbit and is currently the third contributor to the European Space Agency (ESA).[3] An Italian astronaut, Samantha Cristoforetti, has recently become the first European woman to take command of the International Space Station (ISS).[4]
Topic:
Security, Foreign Policy, Defense Policy, NATO, Military Strategy, European Union, and Space
Political Geography:
Europe and Italy

24. Commercial Satellite Use Catalyzes Nuclear-Armed States to Combat: A Wargame After-Action Report (Occasional Paper 2306)

Author:
Henry Sokolski
Publication Date:
10-2023
Content Type:
Special Report
Institution:
Nonproliferation Policy Education Center
Abstract:
Recent reports of Elon Musk’s refusal to allow Ukraine to use his satellites to help it mount strikes against Russian military targets in Crimea pose a basic question: Just how sustainable might military use of commercial satellites be? So far, the United States and other spacefaring nations have deferred or taken a hands-off approach to dealing with this issue. When it comes to space, states are roughly where they were with sea power in the 1600s and air power before World War I: dramatic acts of air war and naval piracy were about to ensue, but instituting national or international regulation hardly seemed urgent… until they were. How prepared are we to deal with such a transition in space? Can we keep non-state and state actors from using space to intensify the pace of military air and ground operations? Or are space Lusitanias, in which the world’s major powers get dragged into wars, more likely? To find out, the Nonproliferation Policy Education Center (NPEC) designed and conducted a wargame this summer tailored to this purpose. SpaceNews published the game’s results (see below). The game’s play begins in 2027 with a Pakistani terrorist group’s hijacking of “commercial” Chinese satellite services to mount an attack against an Indian nuclear base. The terrorists’ aim is to drag Pakistan into a war with India to help decide the status of Kashmir. Through a number of twists and turns, the game ends with intensified ground operations between Pakistan and India and China and the United States engaging in space combat against a set of each others’ commercial space satellites. Are we ready for this future? The short answer is no. The long answer can be teased from the game’s report and its key takeaways below.
Topic:
Defense Policy, Nuclear Weapons, Weapons, Space, War Games, Satellite, and Russia-Ukraine War
Political Geography:
South Asia and Asia

25. Space: America's New Strategic Front Line

Author:
Henry D. Sokolski
Publication Date:
10-2023
Content Type:
Book
Institution:
Nonproliferation Policy Education Center
Abstract:
Last week, the Congressional Commission on the Strategic Posture of the United States released its final report. Although Congress tasked it to assess the role of space systems in America’s strategic posture, the commission dedicated less than a half-page of its 160-page review to this matter. Of its 20 pages of specific recommendations, the commission made none on space. This seems odd. As China and Russia build up their nuclear arsenals well beyond what America has deployed, the cost and impracticality of quantitatively countering these threats only grows. The commission report rightly recommends the United States make its strategic nuclear forces less vulnerable to a potential first strike. But what of the argument that to do this America and its allies must be able to stun or disable its adversaries’ military eyes, ears, voices, and nervous systems both on Earth and in space? Those who argue this maintain that if America commands space, it can be assured of victory in war and, better yet, be able to deter conflicts. Does it follow that if America and its allies lose assured command of space, acquiring more and better nuclear weapons may be for naught? What does securing command of space demand? What would it enable our military to do? What space capabilities are our key space adversary — China — and our key Asian allies—Japan and South Korea — planning to employ? What will implementing America’s current space strategy entail and cost? What might alternatives to this strategy entail? Which, if any, space capacities and military actions does the Outer Space Treaty (to which Russia, China, the United States, and most states in Asia and Europe are parties) allow or prohibit? Can these limits be enforced? What can space war simulations do to help get the answers? NPEC commissioned some of the nation’s top military and legal space experts to examine these issues. It then held a series of space simulations to test their answers out. The result, which my staff and I are releasing today, is a 354-page volume, Space: America’s New Strategic Front Line (introduction below). It features insights from space policy experts and practitioners and more than suggests that strategic deterrence will depend on securing space superiority.
Topic:
Security, Defense Policy, Nuclear Weapons, Nonproliferation, and Space
Political Geography:
Russia, Japan, China, South Korea, North America, and United States of America

26. Developing Good Practices in Export Control Outreach to the NewSpace Industry

Author:
Kolja Brockmann and Lauriane Héau
Publication Date:
03-2023
Content Type:
Commentary and Analysis
Institution:
Stockholm International Peace Research Institute (SIPRI)
Abstract:
NewSpace is changing the nature of the space industry, exacerbating missile proliferation risks and posing challenges for the effective implementation of export controls. NewSpace companies develop, test, produce, use and market missile-related emerging and dual-use technologies, including small and micro launchers. One of the measures states can take to address these developments is to step up targeted outreach to NewSpace actors, raising awareness of such risks to strengthen compliance with export controls and foreign direct investment (FDI) screening mechanisms. Key elements of an effective outreach strategy for the NewSpace sector include tailored use of established outreach tools, mapping stakeholders, incentivizing participation in outreach activities, consistently engaging with launch vehicle manufacturers, inter-agency cooperation and raising awareness of FDI-related risks. The Missile Technology Control Regime, the Hague Code of Conduct and the Wiesbaden Process provide multilateral forums through which states can begin sharing experiences and develop good practices for outreach to the NewSpace industry.
Topic:
Arms Control and Proliferation, Weapons, Nonproliferation, Space, Exports, Industry, and Dual-use Technologies
Political Geography:
Global Focus

27. The Arctic is Hot: Addressing the Social and Environmental Implications

Author:
Emilie Broek
Publication Date:
09-2023
Content Type:
Policy Brief
Institution:
Stockholm International Peace Research Institute (SIPRI)
Abstract:
The Arctic is becoming more hotly contested and attracting new developments. The European Union (EU) is one actor that is turning to the Arctic to achieve its climate, energy, space-related and security goals. However, this increased interest can result in negative social and environmental local implications if not properly planned for and considered. This SIPRI Policy Brief provides an overview of the EU’s focus on the Arctic, with a particular focus on Kiruna, and the importance of human-centred and precautionary approaches.
Topic:
Security, Foreign Policy, Climate Change, Environment, European Union, Space, and Energy
Political Geography:
Europe and Arctic

28. Buy Before You Build: A Decision Framework for Purchasing Commercial Space Services

Author:
Peter Cunniffe, Megan Lewis, and Bryan Clark
Publication Date:
10-2023
Content Type:
Special Report
Institution:
Hudson Institute
Abstract:
A recent wave of private investment in space creates new opportunities for government agencies to benefit from commercial innovation. Leaders of national security space acquisition organizations regularly express their intention to first buy commercial space capabilities and build government space systems only when they must.1 However, achieving greater use of commercial space services requires overcoming barriers that have thus far prevented the government from fully benefiting from private sector funding and creativity. This report assesses the increasingly wide range of commercial space services available to government agencies, identifies obstacles hindering greater use by the US government, and makes recommendations for overcoming them.2 While the report focuses on the US government use of commercial space services, its analysis and recommendations are relevant for governments of other space-faring nations.
Topic:
Defense Policy, National Security, Space, and Investment
Political Geography:
North America and United States of America

29. Moonshot vs. Long March: Contrasting the United States’s and China’s Space Programs

Author:
Katherine Kurata and David Lin
Publication Date:
11-2023
Content Type:
Journal Article
Journal:
China Brief
Institution:
The Jamestown Foundation
Abstract:
On the morning of November 2, 2023, the Gobi Desert’s silence was shattered: From a remote launchpad at the Jiuquan Satellite Launch Center (中国酒泉卫 星发射中心), the Hyperbola-2 (双曲线二号), a slender rocket bearing the iSpace emblem (星际荣耀), surged upwards, before gracefully alighting back on Earth (iSpace WeChat, November 2; CNSA, November 2). This suborbital hop marked a major achievement for iSpace as the company progresses towards developing reusable medium-lift rockets. The test demonstrated key technologies like the methalox engine and landing capabilities that will enable iSpace’s larger reusable rocket plans with Hyperbola-3. In China’s rapidly growing commercial space industry, iSpace, alongside other ambitious startups like Galactic Energy (星河动力), CAS Space (中科宇航探索技术), and Deep Blue Aerospace (深蓝航天), are striving to replicate the success of American pioneers such as SpaceX (Galactic Energy WeChat, July 24; CAS Space WeChat, April 4; Deep Blue Aerospace WeChat, May 7, 2022). Their goal: to revolutionize orbital access with reusable rocket technology. The success on November 2 was more than an engineering accomplishment; it was a testament to China’s emerging “innovation power”—its capacity to create, adopt, and seamlessly integrate new technologies (Foreign Affairs, February 28; US House of Representatives, May 17). This successful launch marks not just a step forward in technological capability but also a strategic shift in the global space race. With a unique mix of state guidance and entrepreneurial zeal, China is charting an alternate path in space exploration, contrasting sharply with the United States’s focus on private sector innovation. As the United States and China advance their respective space programs, their differing approaches are reshaping the landscape of space leadership. While America champions private sector innovation, China exerts centralized state control. Yet amidst an increasingly congested orbital environment, it is clear that the future trajectory of space exploration hinges not solely on innovation itself, but specifically on the capacity for nations to effectively combine government direction with commercial dynamism. The country that strikes this balance will harness the strengths of both its public and private sectors to accelerate advancement, and will be positioned to spearhead humanity’s future in the final frontier.
Topic:
Science and Technology, Space, Innovation, and Public-Private Partnership
Political Geography:
China, Asia, North America, and United States of America

30. The Consolidation of the Brazilian Space Program: Changes and Challenges in the Third Space Age

Author:
Marco Aurélio Chaves Cepik, Jaíne Garcia de Souza, and Vanessa Redel Dal-Berto
Publication Date:
06-2023
Content Type:
Journal Article
Journal:
AUSTRAL: Brazilian Journal of Strategy International Relations
Institution:
Postgraduate Program in International Strategic Studies, Universidade Federal do Rio Grande do Sul
Abstract:
The article aims to understand what stage the Brazilian Space Program (PEBR) is in in the Third Space Age. In this context, it illustrates the growing presence of States in the space region, resulting in the rise of emerging space powers, as is the case of Brazil. In addition, it addresses the achievements and challenges present in the PEBR since the 2000s to understand the reason for the stagnation of the national space program. The conclusion of this research points out that through the false retakes carried out in recent decades, the PEBR experienced minimal national advances in the space sector and accommodated itself to a position of space periphery, in which it depends on other space powers.
Topic:
Science and Technology, Space, and Emerging Powers
Political Geography:
Brazil and South America