Technological innovation
Technological ecosystems are being restructured in the wake of innovations such as artificial intelligence and quantum technology, prompting investment policies and efforts at governance and regulation.
Related Subjects
“Open” Telecom Networks (Open RAN): Towards a Reconfiguration of International Competition in 5G?
In line with the anti-Huawei diplomatic campaign of the Trump and Biden administrations, the United States has promoted an alternative: Open RAN, a concept defined by "open" network architectures. At the intersection of 5G geopolitics and standards, what risks and opportunities does Open RAN present for European technological sovereignty?
Reindustrializing France: Challenges of the Digital and Environmental Transformation
To succeed in the challenge of reindustrializing France, French and European companies must undertake a dual process of digital and environmental transformation, in a context of international competition.
The Pacific caught in the World Wide Web? Geopolitics of submarine cables in Oceania
This article provides a review of the digital connectivity of the Pacific Islands nations (Polynesia, Melanesia, and Micronesia) and the main challenges and prospects arising from it, at a time when the submarine cable market is undergoing profound change and a growing politicization of this technology on the international scene.
Critical technologies and industrial capabilities: National definitions and implications. The French case.
France has historically paid significant attention to strategic technologies and industries, whether they were strictly defence- and nuclear deterrence related, or considered as vectors of national independence and security, more broadly.
Fishing for Chips: Assessing the EU Chips Act
China, the United States, and the European Union (EU) are currently developing strategies for semiconductors aimed at financing R&D and the installation of new factories on their territories, in particular through subsidies. The EU Chips Act, announced in February 2022, represents a real break in Europe's industrial policy.
Deus ex machina : les enjeux de l’autonomisation des systèmes d’armes
While the automatization of machines is part of an already long historical, conceptual, and technical trajectory, the exponential progress of artificial intelligence techniques, robotics and their military applications suggest the emergence of systems that integrate more autonomy. Indeed, despite campaigns calling for a moratorium on autonomous weapons, most military powers are developing programs focused on autonomy.
Europe’s Quest for Technological Power
Computing power plays a key role in enabling data analytics and machine learning, in cybersecurity, for scientific research, and in military domains like nuclear warhead design and detonation simulation.
Convince and Coerce: U.S. Interference in Technology Exchanges Between its Allies and China
The tough-on-China policy adopted by the Trump and Biden administrations has – and will increasingly have – important consequences for Washington’s allies, both on their infrastructure choices (5G, submarine cables...) and on their technological exchanges with China.
Europe and the Geopolitics of 5G: Walking a Technological Tightrope
The acute Sino-American tensions which started in 2018 have been coupled with controversies around 5G technology, exemplified by the spotlight placed on Chinese equipment manufacturer Huawei and the security risks associated with its use. For Europe, the 5G challenge at the international level is drawing a very complex landscape.
Strategic Calculation: High-Performance Computing and Quantum Computing in Europe’s Quest for Technological Power
Computing power plays a key role in enabling machine learning, for scientific research, and in the military domain. Therefore, the race for computing power has become a key element of the US-China technological competition, and it is also a strategic priority for Europe.
Governing the Geostationary Orbit: Orbital Slots and Spectrum Use in an Era of Interference
Outer space, particularly in the telecommunication sector, is benefiting and becoming accessible to more and more actors. But with this trend comes also a reality that is every day more compelling: no meaningful development can be achieved without a clear, stable and predictable interference-free environment for the use and control of all satellites that depend upon ready access to radio frequencies and appropriate geostationary orbital slots to function properly.
The Economic Opportunities and Constraints of Green Growth: The Case of South Korea
The Financial Challenges of the Sub-Saharan Africa Telecoms Boom
Telecom industry has taken a significant place within of the economy of most African countries. In this aspect, it is an undeniable source of economic growth and development. It impacts on the financial sphere at three levels.
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