Technology
Technologies, particularly digital and space technologies, raise political, strategic and economic issues that are profoundly transforming the dynamics of international competition and cooperation.
Related Subjects
Technical Standards, Soft Connectivity and China’s Belt and Road: Towards greater convergence or fragmentation?
As the intensification of geopolitical competition points toward increased global fragmentation, the definition of technical standards for future markets and industries will play an important role in determining just how deep the fissures will run.
Artificial Promises or Real Regulation? Inventing Global AI Governance
The risks inherent to the unregulated use of AI, a key technology and vector of profound transformations within societies underline the pressing need to harmonize governance efforts at the international level. The Summit for Action on Artificial Intelligence to be held in Paris in mid-February could be an unprecedented timely occasion to agree on a global governance framework of AI for the public good.
From Conservative Nationalists to Tech-Libertarians: Far-Right Ideologies in the Trump 2 Administration
The officials and advisers of the Trump 2 administration represent diverse ideological currents, some of which are relatively new to Washington.
From nonproliferation to strategic competition: US export controls and China
Technological competition is at the heart of the renewed great-power competition that has characterized relations between the USA and China since the 2010s. The role of technological innovation in the evolution of power relations is already recognized in the literature of international relations. However, developments in US technology policy under the last two administrations raise the reverse question: how does the perception of changing power relations (in this case, Chinese technological catch-up perceived as a threat to US leadership) transform policies granting or denying access to technological innovation?
Taiwan’s Rising Space Program: Building Up Industry, Supporting National Security
Taiwan, known for its leadership in semiconductors and information and communications technology (ICT), is now making significant strides in the space industry. While historically modest, Taiwan’s space program has seen a transformation since 2020, driven by President Tsai Ing-wen’s commitment to expanding the country’s space capabilities. Key milestones include the passage of the Space Development Act and the creation of the Taiwan Space Agency (TASA), which has bolstered the resources and visibility of Taiwan’s space ambitions.
AI and Technical Standardization in China and the EU: Diverging priorities and the need for common ground
Given the highly disruptive potential of AI, global cooperation on AI safety and governance is imperative, and yet the deeply transformational potential of AI also ensures that a high level of competition and systemic rivalry is likely unavoidable. How can the EU best manage its complex relationship with China in the field of AI so as to ensure a necessary level of cooperation in spite of competition and rivalry?
China’s Quest for a Quantum Leap
The global race to harness quantum science is intensifying. Recognizing the strategic potential of quantum technology for economic, military, and scientific advancement, China is focusing on quantum breakthroughs as a way to shift the balance of power, especially in its competition with the United States. President Xi Jinping has emphasized the importance of scientific innovation, particularly in quantum fields, to fuel national development and ensure security.
China’s Mature Node Overcapacity: Unfounded Fears
China is decoupling from, not flooding, the global mature-node semiconductor market. As China increasingly pursues industrial policies encouraging domestic chip production, its own growing chip demand will prevent a direct flood of cheap Chinese chips on foreign shores. However, as Beijing achieves its goal of decreasing the reliance of domestic downstream manufacturers on foreign chips, European and American mature-node semiconductor companies will feel the ripple effects of an increasingly “involuted” Chinese chip ecosystem.
EUDIS, HEDI, DIANA: What's behind Three Defense Innovation Acronyms?
In Europe, with Russia’s war of aggression against Ukraine showing little sign of abating, a persistent gap remains between security needs and defense spending. According to a 2006 commitment enshrined at the 2014 Wales NATO summit, the North Atlantic Treaty Organization (NATO) members should disburse no less than 2% of their national gross domestic product (GDP) on defense, out of which 20% is to be spent on equipment and research and development. In 2024, only 23 Allies out of 32 are expected to meet or exceed this target, though a significant improvement from only three in 2014. This total includes the United States (US) devoting 3.38% of its GDP to defense, constituting almost 70% of all NATO member defense spending combined.
Sat-to-Cell: Towards Universal Connectivity?
Sat-to-Cell is a new type of service that connects smartphones directly to satellites. It has recently enabled innovative applications such as emergency text messaging via satellite. The technology is developing rapidly, and many questions are now being raised about its potential impact.
Technical Standards, Soft Connectivity and China’s Belt and Road: Towards greater convergence or fragmentation?
As the intensification of geopolitical competition points toward increased global fragmentation, the definition of technical standards for future markets and industries will play an important role in determining just how deep the fissures will run.
Artificial Promises or Real Regulation? Inventing Global AI Governance
The risks inherent to the unregulated use of AI, a key technology and vector of profound transformations within societies underline the pressing need to harmonize governance efforts at the international level. The Summit for Action on Artificial Intelligence to be held in Paris in mid-February could be an unprecedented timely occasion to agree on a global governance framework of AI for the public good.
From Conservative Nationalists to Tech-Libertarians: Far-Right Ideologies in the Trump 2 Administration
The officials and advisers of the Trump 2 administration represent diverse ideological currents, some of which are relatively new to Washington.
From nonproliferation to strategic competition: US export controls and China
Technological competition is at the heart of the renewed great-power competition that has characterized relations between the USA and China since the 2010s. The role of technological innovation in the evolution of power relations is already recognized in the literature of international relations. However, developments in US technology policy under the last two administrations raise the reverse question: how does the perception of changing power relations (in this case, Chinese technological catch-up perceived as a threat to US leadership) transform policies granting or denying access to technological innovation?
Taiwan’s Rising Space Program: Building Up Industry, Supporting National Security
Taiwan, known for its leadership in semiconductors and information and communications technology (ICT), is now making significant strides in the space industry. While historically modest, Taiwan’s space program has seen a transformation since 2020, driven by President Tsai Ing-wen’s commitment to expanding the country’s space capabilities. Key milestones include the passage of the Space Development Act and the creation of the Taiwan Space Agency (TASA), which has bolstered the resources and visibility of Taiwan’s space ambitions.
AI and Technical Standardization in China and the EU: Diverging priorities and the need for common ground
Given the highly disruptive potential of AI, global cooperation on AI safety and governance is imperative, and yet the deeply transformational potential of AI also ensures that a high level of competition and systemic rivalry is likely unavoidable. How can the EU best manage its complex relationship with China in the field of AI so as to ensure a necessary level of cooperation in spite of competition and rivalry?
China’s Quest for a Quantum Leap
The global race to harness quantum science is intensifying. Recognizing the strategic potential of quantum technology for economic, military, and scientific advancement, China is focusing on quantum breakthroughs as a way to shift the balance of power, especially in its competition with the United States. President Xi Jinping has emphasized the importance of scientific innovation, particularly in quantum fields, to fuel national development and ensure security.
China’s Mature Node Overcapacity: Unfounded Fears
China is decoupling from, not flooding, the global mature-node semiconductor market. As China increasingly pursues industrial policies encouraging domestic chip production, its own growing chip demand will prevent a direct flood of cheap Chinese chips on foreign shores. However, as Beijing achieves its goal of decreasing the reliance of domestic downstream manufacturers on foreign chips, European and American mature-node semiconductor companies will feel the ripple effects of an increasingly “involuted” Chinese chip ecosystem.
Sat-to-Cell: Towards Universal Connectivity?
Sat-to-Cell is a new type of service that connects smartphones directly to satellites. It has recently enabled innovative applications such as emergency text messaging via satellite. The technology is developing rapidly, and many questions are now being raised about its potential impact.
EUDIS, HEDI, DIANA: What's behind Three Defense Innovation Acronyms?
In Europe, with Russia’s war of aggression against Ukraine showing little sign of abating, a persistent gap remains between security needs and defense spending. According to a 2006 commitment enshrined at the 2014 Wales NATO summit, the North Atlantic Treaty Organization (NATO) members should disburse no less than 2% of their national gross domestic product (GDP) on defense, out of which 20% is to be spent on equipment and research and development. In 2024, only 23 Allies out of 32 are expected to meet or exceed this target, though a significant improvement from only three in 2014. This total includes the United States (US) devoting 3.38% of its GDP to defense, constituting almost 70% of all NATO member defense spending combined.
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Related centers and programs
Space Program
Space has become a crucial theme in the main international think tanks’ research activities as it entails important strategic, economic, and technological issues.
Since 2001, Ifri has integrated space in its research, notably by ensuring that the political dimension of scientific and human exploration programs is emphasized, and by supporting reflections on the Code of Conduct for Outter Space Activities.
Today, as part of its research agenda, Ifri mobilizes several of its centers and programs to transversally tackle the theme of space, through three main inputs:
- the competition of powers, driven by the Sino-American rivalry;
- critical points related to mastery of space, such as the issue of autonomous access to space or the mega-constellations necessary for the digital revolution;
- these developments’ challenges for Europe and its status as a space power.
Since the Summer 2020, Ifri has been coordinating a tripartite European Space Governance Initiative, together with two other renowned European think tanks: the Deutsche Gesellschaft für Auswärtige Politik (DGAP) in Germany and the Istituto Affari Internazionali (IAI) in Italy.
Center for Geopolitics of Technology
Artificial intelligence (AI), 5G, cybersecurity, robotics, semiconductors, space…Technologies—particularly digital technologies—now profoundly affect all human activities and, by extension, international relations. The political, strategic, economic, and social stakes that arise from them are expressed across multiple political levels, involving states, international organizations, and private companies alike. International dynamics of competition and cooperation are being reshaped as a result. To address these challenges, Ifri launched its Geopolitics of Technology Center in 2020, offering a distinctly European perspective on the international issues surrounding so-called critical technologies.