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1. India's G20 Presidency: Opportunity to Resume Engagement in the Arctic

Author:
Anurag Bisen
Publication Date:
02-2023
Content Type:
Working Paper
Institution:
The Geneva Centre for Security Policy
Abstract:
The Arctic lies at the intersection of several issues with global consequences such as climate change, increased accessibility to and availability of resources, and global strategic contestation that have made the region increasingly relevant to the world. Temperatures in the Arctic continue to rise at four times the global annual average, driving many of the changes under way there, most prominently sea-level rise and the thawing of permafrost, which impact both local ecosystems and the global climate system. International scientific cooperation and data monitoring and sharing are crucial to understanding the impact of climate change, counteracting its negative effects, and enhancing living conditions and economic activity. Apart from a few limited pockets of cooperation that still exist, cooperation between Russia and the West with regard to the Arctic has largely been put on hold since the start of the conflict in Ukraine. The current absence of research and data sharing among scientists is threatening to jeopardise scientists’ understanding of the warming trends in the Arctic, exacerbating the environmental emergency the region in particular is facing. One of the few channels that still exists for constructive dialogue on a range of Arctic-related issues is the GCSP’s “‘High North Talks”’, through which discreet exchanges on various important issues continue. Among other things, the G20 agenda includes climate change, sustainable development and the environment, all of which are under threat due to the cessation of Artic-related scientific engagement. The G20 also represents a rare platform where engagement between Russia and the West has not yet ceased. The suspension of dialogue and scientific exchange vis-à-vis the Arctic is driven by a deep distrust that needs to be overcome by an interlocutor that is acceptable to all stakeholders. India's theme for its G20 presidency resonates strongly with the Arctic and its impact on the world. The resumption of Arctic-related scientific exchange is an easy deliverable with global benefits that India, which has the necessary legitimacy, credibility and relevance, should use its G20 presidency to strive for.
Topic:
Climate Change, Diplomacy, International Cooperation, Science and Technology, G20, and Sustainability
Political Geography:
India, Asia, and Arctic

2. South Korea and IPEF: Rationale, Objectives and the Implications for Partners and Neighbors

Author:
Jaewoo Choo
Publication Date:
02-2023
Content Type:
Working Paper
Institution:
Institut français des relations internationales (IFRI)
Abstract:
As a key manufacturer of high-end technology components critical to the sustainability of the Fourth Industrial Revolution, South Korea is essential in any effort to rebuild a resilient global supply chain but also to the promotion of a clean economy. South Korea can thus contribute to two of the pillars of IPEF (Indo-Pacific Economic Framework), specially to pillars II and III (supply-chain resilience and a clean economy). However, as the US executive and legislative branches intensify their hawkish approaches to China, they have not given much consideration to the possible damage they will inflict on the strategic interests of some of their allies. In particular, they have not fully considered Korean factors when legislating on bills such as the Inflation Reduction Act (IRA). This paper argues that allies such as South Korea and France must make the White House and US legislature aware of the external consequences of their decisions and behavior, and that they must cooperate within the confines of US-led strategic initiatives.
Topic:
Science and Technology, Economy, Supply Chains, and Semiconductors
Political Geography:
China, Asia, South Korea, and United States of America

3. China in the Race to Low Earth Orbit: Perspectives on the future internet constellation Guowang

Author:
Marc Julienne
Publication Date:
04-2023
Content Type:
Working Paper
Institution:
Institut français des relations internationales (IFRI)
Abstract:
In April 2021, the Chinese government officially, but rather quietly, established a new state-owned enterprise (SOE) named China SatNet. Its mission: build out China’s “mega-constellation” program for low Earth orbiting internet satellites, known as Guowang (“national network”). Several scattered programs had already been launched in China since 2018, and the establishment of this new SOE appears aimed at streamlining and accelerating the development and deployment of the future national constellation. China's goal is to position itself in the highly strategic sector that is space-based broadband mobile telecommunication networks, so far dominated by the American SpaceX and its Starlink constellation. These constellations promise significant commercial and military outcomes that have aroused the interest of states. In this field, Beijing lags behind SpaceX, but demonstrates a fierce determination to catch up and compete with its rivals. China has already registered a request with the International Telecommunications Union to put 12,992 satellites into orbit, or roughly 1,000 more than what has so far been authorized for Starlink. To achieve its goals, China relies on traditional aerospace and telecommunications SOEs, and now on the newcomer China SatNet. It also relies on an emerging ecosystem of companies and start-ups (GalaxySpace in particular), and encourages local governments to build production parks for the space industry and new launch centers across the country. China is thus gearing up to achieve its ambitions, but will nevertheless have to face multiple challenges, including the financing of its industry in a constrained economic context, the development of a viable business model which has not yet been proven elsewhere, and above all, the growing strategic and technological rivalry with the United States.
Topic:
Science and Technology, Internet, Space, and Satellite
Political Geography:
China and Asia

4. The NewSpace market: Capital, control, and commercialization

Author:
Robert Murray
Publication Date:
04-2023
Content Type:
Working Paper
Institution:
Atlantic Council
Abstract:
Commercial opportunities in space-based technologies are expanding rapidly. From satellite communications and Earth observation to space tourism and asteroid mining, the potential for businesses to capitalize on these emerging technologies is vast and known as “NewSpace.”1 The NewSpace model is important for governments to understand because the dual-use nature of space, specifically its growing commercialization, will influence the types of space-based technologies that nations may leverage, and consequently, impact their national security paradigms. By capitalizing on the private sector’s agility and combining it with the essential research efforts and customer role played by the public sector, the NewSpace industry can play a critical function in addressing current and future national security challenges through public-private codevelopment. As the NewSpace industry expands, the role of government is evolving from being the primary developer and operator of space assets to facilitating their commercialization, while still prioritizing key advancements. US and allied governments can capitalize on this competitive landscape by strategically investing in areas that align with their national security objectives. However, it is crucial for them to first understand and adapt to their changing roles within this dynamic environment. Indeed, the benefits of the burgeoning NewSpace industry extend beyond the United States. International collaboration and competition in this area can lead to faster technological advancements and economic gains. The global NewSpace landscape is driving down costs, increasing access to space, and fostering innovation that can improve not only economic well-being, but also impact national security models. To that end, this memo will examine the broad state of the space market, discuss the industry drivers, and propose recommendations for US and allied policymakers as they consider future government investments in those enabling space-based activities that support wider national security ambitions.
Topic:
Defense Policy, International Trade and Finance, National Security, Science and Technology, European Union, Space, and Defense Industry
Political Geography:
Russia, China, Eurasia, Canada, Asia, and United States of America

5. Digital China: The Strategy and Its Geopolitical Implications

Author:
David Dorman and John Hemmings
Publication Date:
02-2023
Content Type:
Working Paper
Institution:
Pacific Forum
Abstract:
Over the past few years, there has been growing concern inside the United States, Europe, and in the Indo-Pacific on the strategic direction behind China’s technology policies. Beginning with the debate over 5G and Huawei, this debate has covered Artificial Intelligence (AI), quantum teachnology, and semi-conductors – a foundational technology. And despite a large number of policies in place – Made in China: 2025, Cyber Super Power, and the New Generation AI Development Plan – few in the West have known China’s overall digital grand strategy. In the first installment of a three-part research project, Dr. Dorman and Dr. Hemmings lay out the rise of China’s overall digital grand strategy, Xi’s role in it, and how it has been organized to fulfil Party objectives. The report tracks the rise of the strategy over the past 10 years, the acceleration of that rise during the Covid-19 pandemic, and the current state of the strategy. In particular, it finds Digital China has been supported and designed by General Secretary Xi Jinping himself, and is a bid to make China more competitive vis a vis the West through the digital transformation of rules, institutions, and infrastructure at the national level. Over the past few years, the strategy has risen to become the “overall” strategy for digital development in the eyes of the Chinese Communist Party leadership, bigger than the Digital Silk Road, deeper than the Belt and Road Initiative, more far reaching than 5G or AI, more important than Made in China: 2025, and wider than Cyber Great Power. A renewed Digital China seeks to challenge a hegemonic global system anchored to a previous age. A successful Digital China has profound implications for China’s developmental path, great power competition, and for the norms that will undergird the international system for decades to come. The Party leadership has re-written Marxist economic theory in its bid to incorporate “data” as the basis of its digital economy and in order to foster a Chinese “Digital Marxism”. Digital China seeks to whet the “sharp weapon” of innovation to facilitate its great power rise and challenge to the West. Beijing is testing whether innovative thinking can be created through the digital transformation of tools, talent, and learning. The US and its allies have begun to effect strategic counter-effect to the myriad of PRC technology policies, there is almost zero understanding or public discussion of this digital grand strategy. Whether inattention, mistranslation, or obfuscation, Digital China has been mostly missed by the West over the past decade.
Topic:
Science and Technology, Cybersecurity, Innovation, and Artificial Intelligence
Political Geography:
China, Asia, and Indo-Pacific

6. Enhancing small state preparedness: Risks of foreign ownership, supply disruptions and technological dependencies

Author:
Mikael Mattlin, Shaun Breslin, Elina Sinkkonen, Liisa Kauppila, and Annika Björkdahl
Publication Date:
08-2023
Content Type:
Working Paper
Institution:
Finnish Institute of International Affairs
Abstract:
The post-Cold War liberalist view, according to which interdependences supported a virtuous cycle of mutual gains, has given way to a realist-tinged view that regards economic interdependence as a cause of insecurity and an element in conflicts. In this new environment of increasing great power competition and technological decoupling, all states are not created equal. Major states such as the United States and China can be system shapers, whereas small states tend to be system takers. Unlike smaller states, they have a greater ability to use their investment leverage, supply chain dominance and control of core technologies. For smaller states with open economies, such as Finland and Sweden, these capabilities of major powers create vulnerabilities in the form of security risks of foreign ownership, supply disruptions and critical technological dependencies. The report explores how small states can mitigate such risks. A series of innovative Delphi backcasting exercises in Finland and Sweden brought together 113 sectoral experts and generalists to ponder ways to prevent dystopian scenarios from unfolding. The target years of the scenarios extended from 2027 to 2035, encouraging ideas on both short- and longer-term solutions. Instead of aiming for a consensus of expert views, the process sought to produce a variety of effective means and measures that a small state could choose to adopt. The exercise consisted of nine scenarios, presented as comic art. The narratives on the risks of foreign ownership focused on 1) acquisitions of gaming companies gathering personal data, 2) transfers of real estate ownership in Lapland and 3) venture capital investments in emerging technology start-ups. The scenarios on supply disruptions dealt with 4) discriminatory practices limiting access to antibiotics, 5) political retaliation limiting access to water treatment components and 6) sanctions on wind power materials, components and minerals. As for high technology dependencies, the cases included 7) the maintenance of military technology, 8) the cybersecurity of health technology and 9) the supply of chemicals for research and development activities. According to the report, small states have the least leeway in navigating the risk environments created by technological dependencies, whereas the toolkits to tackle the potential dangers of foreign ownership and supply disruptions are more extensive. Although different issues and insecurities require different bespoke solutions, all the risk categories call for active mitigation efforts. Most of the suggested Finnish and Swedish expert solutions can be clustered into three alternative approaches: protectionist/interventionist, liberal and technologically oriented. Protectionist/interventionist solutions would expand the state’s powers in controlling, guiding and limiting economic activities. Key suggestions included: covering acquisitions and greenfield investments in national foreign direct investment screening screening real estate acquisitions with a wide range of countries of origin imposing country-specific limitations to real estate acquisitions screening venture capital investments in emerging technologies initiating a national security act to limit foreign control rapidly imposing country- and company-specific limitations to bids in critical industries increasing tariffs supporting domestic or EU-level production through subsidies and industrial policy friendshoring the production of critical goods expanding the scope of supply stockpiling in pharmaceuticals and water treatment components The more liberal approach towards national preparedness would focus on solving the challenges primarily through carrots instead of sticks – to avoid limiting entrepreneurial freedoms and interfering with the dynamics of the capitalist market economy. The proposed solutions included: initiating value debates to guide individuals’ choices when accepting investments formulating a national innovation strategy to boost domestic companies’ operating conditions in emerging technology fields teaching “technology literacy” to guide the use of foreign-owned products engaging all stakeholders in making decisions on foreign ownership diversifying the sources of critical goods such as antibiotics enhancing awareness of risks and making “plan Bs” in supply chain management deepening the EU’s single market to offer genuine scalability opportunities for start-ups The third, more technologically oriented approach would rely on new innovations or technical solutions to enhance small state preparedness. Key ideas included: innovating new medicines to replace antibiotics prioritising non-conventional technologies such as small modular reactors (SMRs) enhancing domestic capacity to produce key components with 3D printing researching alternative materials to replace critical chemicals developing the recycling, recovery and transportation of critical chemicals adopting geofencing and coding solutions to enhance cybersecurity designating emerging technologies as focus areas in higher education increasing the adaptability of technical solutions through standardisation These three approaches prioritise different key solutions for enhancing small state preparedness. However, they represent generic policy preferences rather than ready-made policy recommendations. Ideally, states can formulate their own pick-and-mix toolkit by combining elements from the different approaches. The complementary nature of some of the expert views was also suggested by the fact that many – even most – respondents argued for diversification as a solution to various challenges. For example, and regardless of the chosen strategy, tendering rules could be improved by placing quality over price, taking geopolitical risks into account and allowing multiple winners in contrast to the currently dominant winner-takes-it-all logic, which leads to overly concentrated supply chains. Moreover, at least minor legislative tightenings were widely proposed to be made on foreign ownership – especially with regard to that of nationals of authoritarian states. These changes were, however, typically proposed to be complemented with such balancing acts as long-term leases and incentives to develop and acquire domestic products and companies. Ultimately, by highlighting alternative approaches to small state preparedness, this report seeks to encourage democratic discussion on a broader political choice: what type of state and economy do we want in the future? It is not only their identity that guides what states do; adopted policies and means also shape state identities over time.
Topic:
Security, Science and Technology, Supply, and Geoeconomics
Political Geography:
China, Finland, Asia, Sweden, and United States of America

7. Peninsula Plus: Enhancing U.S.–South Korea Alliance Cooperation on China, Multilateralism, and Military and Security Technologies

Author:
Jacob Stokes and Joshua Fitt
Publication Date:
03-2023
Content Type:
Working Paper
Institution:
Center for a New American Security (CNAS)
Abstract:
The United States–Republic of Korea (ROK or South Korea) alliance has entered a critical phase. In 2023, the two countries will commemorate the 70th anniversary of signing their bilateral mutual defense treaty. This year also marks the first full year under national leaders President Joe Biden and President Yoon Suk Yeol. After several challenging years in the two countries’ relationship, ties are improving. Better alliance relations have, unfortunately, coincided with a deterioration in the regional and global security environment, specifically due to threats from North Korea, China, and Russia. This report examines the U.S.-ROK alliance as it adapts to the new regional context by exploring how the United States and South Korea can sustain and deepen their relationship in three vital policy areas: coordination on China, alignment in minilateral and multilateral settings, and defense technology collaboration. Perhaps the biggest shift in alliance priorities in recent years has been the growing importance of the China challenge. During Chinese Communist Party General Secretary Xi Jinping’s decade in power, Beijing has adopted a more muscular foreign policy. Both the United States and South Korea have reshaped their approaches toward China in response. ROK concerns about China have grown as Beijing shields Pyongyang and acts aggressively elsewhere in the region, including toward Taiwan. But South Korea’s approach to China will continue to differ from that of the United States. The allies have divergent preferences regarding the speed, manner, and degree of partial decoupling with China. Moreover, South Korea’s deep trade ties with China will continue to make it vulnerable to Chinese political and economic coercion.
Topic:
Security, Science and Technology, Alliance, Multilateralism, Cooperation, and Military
Political Geography:
China, Asia, South Korea, and United States of America

8. Technological Innovation and the Development of the Fuel Cell Electric Vehicle Industry Based on Patent Value Analysis

Author:
Yanfei Li, Jia Zhao, and Jianjun Yan
Publication Date:
06-2023
Content Type:
Working Paper
Institution:
Economic Research Institute for ASEAN and East Asia (ERIA)
Abstract:
Currently, major economies are competing on the technological and industrial development of fuel cell electric vehicles (FCEVs). This paper discusses the relationship between the patent value of FCEVs and the commercialisation of this technology. First, the patent data of FCEVs are analysed, focusing on data of China, Germany, Japan, the Republic of Korea, and the United States. Then, the paper constructs the FCEV patent value index framework based on the technological value and economic value of patents. Finally, this paper conducts an empirical study to analyse the influence of patent value on the development of the FCEV industry. It is found that, under the current situation, individual patent value can significantly promote the development of the FCEV industry, whilst the gross patent value of a certain country even has a negative impact. In addition, the increase of hydrogen infrastructure, research and development expenditure, and market demand will significantly promote the development of the FCEV industry. The development level of related industries such as the battery electric vehicle industry and the reduction of environmental pollution are also significant drivers of the development of FCEVs.
Topic:
Development, Science and Technology, Innovation, Industry, and Electric Vehicles
Political Geography:
Asia

9. ASEAN Digital Community 2045

Author:
Lili Yan Ing, Yessi Vadila, Ivana Markus, and Livia Feliciani Nazara
Publication Date:
11-2023
Content Type:
Working Paper
Institution:
Economic Research Institute for ASEAN and East Asia (ERIA)
Abstract:
Over the last decade, the Association of Southeast Asian Nations (ASEAN) has undergone significant development in digitalisation. The rapid digital transformation in ASEAN, however, has brought forth risks and challenges encompassing data security, cybersecurity, competition, and the digital divide. To effectively address these challenges and leverage the potential of the digital realm, ASEAN developed nine frameworks during 2016–2023. Yet, the focus is primarily on digital trade. We suggest that ASEAN embrace digital transformation by establishing the ASEAN Digital Community (ADC) 2045. This vision could provide guidance to Member States, enabling them to overcome regional challenges and unlock their digital potential. It is crucial for ASEAN to nurture digital development across the three key pillars: political-security, economic, and socio-cultural dimensions. The three pillars should be built on four fundamental elements: data governance, value-added enhancement, improved digital connectivity, and digital inclusivity. Through the establishment of ADC 2045, ASEAN could position itself as a significant player in the global digital economy while ensuring that digital transformation aligns with its sustainable and inclusive development agenda.
Topic:
Science and Technology, Investment, Innovation, Trade, ASEAN, Connectivity, and Competition
Political Geography:
East Asia, Asia, and Southeast Asia

10. China’s Semiconductors Reflections on Sources and Solutions to an Expensive Problem

Author:
Jonathan Liebenau
Publication Date:
11-2023
Content Type:
Working Paper
Institution:
LSE IDEAS
Abstract:
The semiconductor industry has been a renewed topic of political debate for over three years. Due to recent US sanctions on the most advanced semiconductors, the industry has quickly become another flashpoint in the competition between the US and China to dominate the 21st century’s strategic technologies. In this Strategic Update, Dr Jonathan Liebenau explains the development of the semiconductor industry in the context of China’s rise to become an increasingly capable technology power. China’s sustained efforts in industrial policy to cultivate a domestic innovation system coincided with Western firms’ offshoring strategies since the 1990s, transforming China into a large producer and consumer of semiconductors. While Taiwan and the West retained cutting edge chip design capabilities, Chinese firms such as Huawei and Hikvision have become competitive providers of mobile phones, surveillance equipment and related infrastructure services. Despite Washington and its partners’ conviction to constrain in China’s technological prowess, industrial policy initiatives such as the CHIPS Act will face an uphill battle when it comes to bringing manufacturing capacity back to Western economies. In this context, the UK must combine short term incentives with a longer-term strategic vision to remain competitive in one of the 21st century’s key strategic arenas.
Topic:
Science and Technology, Sanctions, Strategic Competition, Production, and Semiconductors
Political Geography:
China, Asia, North America, and United States of America