France’s AI Strategy
France’s National AI Strategy has been in force since 2018. Driven by the France 2030 investment plan to transform the French economy, the Strategy has resulted in more than EUR 2.5 billion (USD 2.8 billion) of AI-related investments to date, with the goal of making France an “AI Powerhouse”. France has continually positioned itself as a European and global leader in AI, aiming to assert French AI sovereignty and challenge the AI dominance of the US and China. This ambition reflects France’s enduring political tradition of Gaullism, which advocates for a unified, independent, and sovereign French nation. To the French government, the path to European and French sovereignty in the AI domain is one of strategic interdependence, investing in funding, computing power, access to data, and talent to counterbalance the current dominant positions of the US and China.
France’s desire to develop AI capabilities independent from the US or China is bolstered by dedicated plans to transform the country into a global hub for AI training and research and supporting French SMEs’ digital transformation by facilitating AI integration. The French AI start-up Mistral (valued at €11.7 billion / USD $13.8B) following its September 2025 Series C led by ASML) is central to France’s vision of AI sovereignty, with the French pinning the hopes of a European model on the tech giant’s rapid rise. France has also adopted the “Osez l’IA” (Dare AI) initiative in July 2025, to accelerate AI adoption across all domestic companies, particularly small and medium-sized enterprises (SMEs), to boost national competitiveness.
What France Offers
France is increasingly recognized as a key center for AI investment in Europe. As the top destination for Foreign Direct Investment (FDI) in Europe for six consecutive years, France offers a stable and attractive macroeconomic environment with the world’s seventh-largest economy by nominal GDP. The French Government’s direct financial support – including the government’s Deeptech Plan and the Bpifrance public investment bank mobilizing billions of euros – has demonstrated public sector commitment to private AI company success. This sustained financial commitment has helped attract foreign investors and foster domestic growth. As of 2024, France housed 45 tech unicorns, 16 with AI-related value propositions. French AI startups raised €1.9 billion in 2024, with 30% of national venture capital dedicated to AI, leading the US (28%), UK (25%), and China (17%) by share of VC in AI.
France possesses an important edge in global AI development due to its abundant, decarbonized energy supply, which supports the highly compute-intensive nature of modern AI. With an electricity production that is over 95% low-carbon (primarily from its large nuclear fleet) and the top electricity exporter in the EU, France offers a reliable, low-carbon power source for training massive foundation models. By contrast, other key AI middle powers like Japan and the UK are net energy importers. Recognizing this advantage, the French government has dedicated an initial €10 billion investment toward constructing one of the world’s largest 1 Gigawatt (GW) decarbonized AI supercomputer sites. This infrastructure is designed to leverage France’s unique energy sovereignty, aiming to attract global AI companies seeking to minimize the significant operational costs and carbon footprint associated with large-scale deep learning and data center operations.
France boasts strong capabilities in fundamental mathematics, which is important for AI development. This is underpinned by top-rated universities (e.g., Paris-Saclay, Pierre and Marie Curie, and PSL University Paris) and the second-highest number globally of Fields Medal winners (the equivalent of the Nobel Prize for mathematics). This strength in the fundamental sciences translates to AI research, with France ranking the third in the world in number of AI researchers, cultivating leading experts like Turing award winner Yann LeCun. US AI companies OpenAI and Cohere have set up offices in France, citing the regional talent pool as one main driver.
What France Wants from the World
Despite possessing a relatively strong innovation environment and research capabilities, France faces potential loss of its AI companies to the US. Many AI companies founded by French entrepreneurs established a stronger presence in the US, such as Hugging Face and Pathway. For French entrepreneurs, the aforementioned limited fundraising opportunities are the main reason for choosing the US, with other factors like regulatory environment and innovation culture mentioned as additional reasons.
Similarly, France faces a net loss of its competitive AI talent pool. A 2024 comparative study of five European countries (France, Germany, Ireland, the UK, Switzerland) and the US found that France is the only country among the six experiencing more emigration than immigration in AI talent. AI professionals may encounter obstacles such as higher US salaries and a better innovation culture that push local AI talent to emigrate. Systemic barriers related to language and education can prevent entry of foreign talent into the French ecosystem and discourage international partnerships, such as those that make it difficult for non-French speakers and individuals with degrees from outside the Grande Écoles system (a network of prestigious French higher education institutions) to work in France. The French government is attempting to address the talent loss by allocating EUR 100 million (USD 108 million) to attract foreign talent. Local universities have also designed targeted programs to appeal to scientists in the US who face current budget cuts.
US-China Alignment
President Macron has consistently articulated an ambition for France to achieve “strategic autonomy” in AI, explicitly positioning French capabilities as an alternative to US and Chinese dominance. France places significant emphasis on its energy edge as a path to become a third pole, aiming to build public supercomputers as an ‘alternative to the American cloud giants’. This vision of AI sovereignty, rooted in France’s Gaullist tradition of independence in foreign policy, drives France’s efforts to build indigenous AI capabilities, attract international investment on its own terms, and shape global AI governance frameworks that reflect European values and interests.
Despite this rhetoric of independence, France’s ambitions to shape the global AI governance agenda and pursue sovereign AI are constrained by geopolitical realities. Given the intensifying regulatory friction with the United States, which actively resisted the EU’s comprehensive AI Act, the AI Action Summit in Paris failed to achieve the expectation from global policymakers and experts of extending the “Brussels Effect.” The Summit also drew criticism from leading AI figures for failing to address AI risks and harms. Instead of pushing for global convergence with strict EU standards, France has demonstrated a pivot toward a pro-innovation, anti-regulatory stance, which is structurally closer to the US model. This stance, combined with overall framing and rhetoric around the AI Impact Summit, illustrates how France’s technological leadership ambitions are heavily shaped by economic pressures to prioritize domestic competitiveness over regulatory dominance.
Similarly, France still relies on the US and China to advance its AI agenda. France actively courts American investment and collaboration, successfully attracting funding from major US tech companies like Amazon, Microsoft, and NVIDIA for French AI infrastructure projects and startups. However, the relationship has notable friction points: the US declined to sign France’s AI declaration at the 2025 Paris AI Action Summit, and France lacks the formal bilateral AI partnerships that the US has established with closer allies like the UK and Japan. Meanwhile, France and China appear to find common ground in their AI value propositions. The May 2024 Macron-Xi joint statement on AI emphasized multilateralism, inclusivity, and balancing AI opportunities with risks – themes that align with France’s vision of an alternative governance model to perceived US unilateralism. The two countries reaffirmed their promise of bilateral cooperation on AI during Macron’s visit to China in December 2025.
French academics, however, have wondered how far the US will “allow” Paris’ relationship with Beijing to go. France remains normatively and formally embedded in NATO security architectures, bound by EU regulations – especially the China “derisking” agenda. This limits its deeper technological integration with China, particularly in AI-integrated advance manufacturing and AI-related infrastructure, as exemplified by previous frictions over Electric Vehicles and 5G. By cultivating ties with both powers while committing fully to neither, France aims to preserve strategic flexibility, assert European, and importantly, French interests, and position itself as an independent voice in global AI governance – even as the practical constraints of security, talent, and technology ecosystems pull it toward greater engagement with the US.
Note: This living set of country profiles is intended to be an accessible resource for policymakers, academics, and industry professionals, and all others seeking to understand the international relations of the technology transforming our virtual feeds and physical environments. It reflects the state of affairs at the time of writing (December 2025).
The research and analysis of OCPL experts are their own and do not necessarily reflect organisational views.
Authors: Sydney Reis*, Zilan Qian*, Karuna Nandkumar*, Kayla Blomquist+, Sam Hogg, Sumaya Nur Adan, Julia Pamilih, Jonas Balkus, Renan Araujo, Songruowen Ma, Tiffany Chan1
*Denotes primary authors who contributed most significantly to the content of the paper. +Denotes authors who contributed most significantly to the framing and direction of the paper. We are grateful to Caroline Jeanmaire, Clint Yoo, Huw Roberts, Joël Christoph, Luis Enrique Urtubey De Cesaris, Nikhil Mulani, Saad Siddiqui, Sharinee Jagtiani, and Zar Motik Adisuryo for their valuable feedback on this project. Authorship of this project indicates contribution but does not imply full agreement with every claim.