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EU-NATO Cooperation and Innovation in Emerging Disruptive Technologies to Stop Russian-Chinese Hybrid Warfare in the Energy Transition

Автор/и:

Maurizio Geri

E-mail: mgeri@gmu.edu

Maurizio Geri holds a PhD in International Security Studies from Old Dominion University, Virginia, USA. Maurizio Geri is a senior strategic analyst in international security with twenty years of experience between NGOs, academia, think tanks, and international institutions. He is a former analyst for different NATO bodies, to include CMRE in Italy, ACT in the US and HQ in Brussels. He has been awarded a Marie Curie Global postdoc fellowship 2024-2026, between GMU in Washington, VUB/GMF in Belgium, and Ca’ Foscari in Venice, to research on the EU-NATO cooperation against Russian hybrid warfare, in particular in technology and in the energy-resources-climate security nexus.


Страници от броя

pp. 19-36

Резюме

/ Abstract: How can the EU and NATO face the future hybrid threats coming from Russia and other adversaries like China in the energy sector during the green transition? Energy security is among the most vulnerable sectors of national security, with significant potential to destabilize societies. Both the green energy and technological transitions will increase vulnerabilities of new infrastructures, supply chain and technologies in the decades to come. The West therefore will need a grand strategy, to increase resilience and capabilities investing in innovation for new technologies (so called “Emerging Disruptive Technologies”/EDTs), defending the supply and value chain of critical materials and resources, and protect the new infrastructures. A closer and more efficient cooperation between the EU and NATO in these sectors becomes fundamental, as dual use technology could help in both the technological and energy transitions and hinder new non-kinetic warfare in these areas.

Ключови думи

/ Keywords: Hybrid Warfare, Energy Security, Emerging Disruptive Technologies (EDTs), EU-NATO Cooperation, Supply Chain Resilience.

Disclaimer: Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or Research Executive Agency. Neither the European Union nor the granting authority can be held responsible for them.

Acknowledgements: Funded by the European Union MSCA (GA number 101105349).


APA standard citation:

Geri, M. (December 2024). EU-NATO Cooperation and Innovation in Emerging Disruptive Technologies to Stop Russian-Chinese Hybrid Warfare in the Energy Transition. Security and Defense(2), 19-36. https://doi.org/10.70265/YIAM8555

Chicago standard citation:

Geri, Maurizio. "EU-NATO Cooperation and Innovation in Emerging Disruptive Technologies to Stop Russian-Chinese Hybrid Warfare in the Energy Transition." Security and Defense (Vasil Levski National Military University Publishing Complex), № 2 (December 2024): 19-36. https://doi.org/10.70265/YIAM8555

Harvard-Anglia standard citation:

Geri, M., 2024. EU-NATO Cooperation and Innovation in Emerging Disruptive Technologies to Stop Russian-Chinese Hybrid Warfare in the Energy Transition. Security and Defense, December, Issue 2, pp. 19-36. https://doi.org/10.70265/YIAM8555

MLA standard citation:

Geri, Maurizio. "EU-NATO Cooperation and Innovation in Emerging Disruptive Technologies to Stop Russian-Chinese Hybrid Warfare in the Energy Transition." Security and Defense 2 (2024): 19-36. https://doi.org/10.70265/YIAM8555.