France 2030 was announced as a national plan, but its deployment has been profoundly geographic — concentrated in existing centers of industrial and scientific excellence while making targeted bets on industrial transformation in regions that were historically left behind. The result is a regional innovation map that looks familiar in some ways (Paris dominates) and startling in others (Hauts-de-France, once France’s rust belt, is now home to the country’s most dynamic industrial investment program).
This scoreboard ranks France’s 13 metropolitan regions on five indicators: France 2030 funding received per capita, R&D intensity (R&D expenditure as percentage of regional GDP), startup creation rate (deep tech specifically), patent applications per 100,000 inhabitants, and FDI greenfield projects attracted since 2021. Each indicator is normalized to a 20-point scale; the total score is out of 100. Overseas territories (DOM-TOM) are discussed separately given their distinct economic structures.
Methodology
France 2030 Funding per Capita (20 points): Based on Bpifrance disbursement data by region for 2021-2025, divided by INSEE regional population figures. Includes direct grants, loans, and equity investments through managed funds. Does not include IPCEI co-funding from other EU member states attributed to French projects.
R&D Intensity (20 points): MESRI (Ministry of Higher Education and Research) regional R&D data for 2024, expressed as percentage of regional GDP. France’s national average is approximately 2.3% of GDP; the EU target under Horizon Europe is 3%.
Deep Tech Startup Creation (20 points): INPI company creation data filtered for deep tech sectors (biotech, semiconductor, quantum, advanced materials, aerospace, energy tech) using Bpifrance’s deep tech classification. 2021-2025 cumulative, normalized per 100,000 population.
Patent Applications (20 points): EPO and INPI combined patent filing data, 2024 annual figures, per 100,000 inhabitants.
FDI Projects (20 points): Business France FDI project data for 2021-2025, manufacturing and R&D categories only, normalized per 100,000 population.
Regional Scoreboard
1. Île-de-France — Score: 91/100
Population: 12.2 million | Regional GDP: €750B
The undisputed national leader by every measure except geographic equity. Île-de-France captures approximately 38% of all France 2030 funding despite containing 18% of France’s population — a concentration that reflects both the administrative concentration of major beneficiaries (most large company headquarters are in Paris) and the genuine density of research and scientific infrastructure on the Saclay plateau.
R&D intensity exceeds 4.2% of regional GDP — the highest of any French region and above the EU’s Horizon Europe 3% target. The region houses 8 of France’s 20 highest-ranked universities, INRIA headquarters, four CNRS regional delegations, and the largest concentration of CAC 40 R&D centers in Europe.
The startup creation story centers on the Paris tech ecosystem. Station F — the world’s largest startup campus, located in the 13th arrondissement — has incubated over 1,000 companies since 2017, with accelerating France 2030 alignment as programs like the i-Nov competition direct applications toward the campus. The 3IA Ile-de-France AI institute, Saclay quantum hub, and PRAIRIE AI research institute all anchor world-class talent.
Weakness: Extreme concentration in the metropolitan area creates an equity problem. The Seine-et-Marne and Essonne outer departments, despite nominally belonging to Île-de-France, see far less innovation investment per capita than Paris proper.
France 2030 headline projects: Mistral AI (Paris), Jean Zay supercomputer expansion (Saclay), 3IA Ile-de-France, Lumière hospital bioproduction, CEA-Leti quantum programs.
2. Auvergne-Rhône-Alpes — Score: 84/100
Population: 8.1 million | Regional GDP: €280B
France’s second-largest economy and the most scientifically diverse region outside Île-de-France. Auvergne-Rhône-Alpes encompasses three distinct innovation ecosystems that would each be nationally significant: Grenoble (semiconductors, quantum, energy), Lyon (biotech, diagnostics, chemicals), and Clermont-Ferrand (Michelin-anchored materials, tire tech, advanced manufacturing).
R&D intensity sits at approximately 3.4% of regional GDP — the second highest nationally and above the EU 3% target. This reflects the concentration of CEA, CNRS, and Grenoble INP research investment alongside heavy industrial R&D from STMicroelectronics, Soitec, Schneider Electric, and Sanofi.
France 2030’s semiconductor investment has been transformative. The STMicro/GlobalFoundries €7.5B Crolles investment sits entirely within Auvergne-Rhône-Alpes, making this single project — the largest manufacturing FDI in French history — a defining France 2030 achievement for the region.
France 2030 headline projects: STMicro/GlobalFoundries Crolles (€7.5B), Genvia high-temp electrolyzer (Béziers), McPhy Energy, CEA-Leti quantum programs, LyonBiopole health investments.
3. Hauts-de-France — Score: 79/100
Population: 6.0 million | Regional GDP: €165B
The most dramatic France 2030 transformation story in France. Hauts-de-France — historically France’s former mining and steel heartland, which suffered chronic industrial decline from the 1970s through 2010s — has become the focal point of France’s EV battery industrialization and green steel transformation. In absolute funding terms, the region has received more France 2030 capital for physical manufacturing investment (as distinct from R&D) than any region except Île-de-France.
The R&D intensity score remains below average (2.1% of GDP), reflecting the region’s manufacturing rather than research orientation. But the startup creation rate has jumped significantly — battery engineering companies, hydrogen technology firms, and circular economy startups have clustered around the gigafactory ecosystem.
The FDI metric is exceptional. ACC’s German and Italian partner contributions to the Douvrin gigafactory, alongside independent FDI decisions by suppliers to the gigafactory ecosystem, have made Hauts-de-France France’s top region for manufacturing FDI per capita since 2022.
France 2030 headline projects: ACC gigafactory Douvrin-Billy-Berclau (€7B+), Verkor gigafactory Dunkirk, ArcelorMittal DRI Dunkirk, Maubeuge carbon-neutral industrial zone.
4. Occitanie — Score: 74/100
Population: 6.1 million | Regional GDP: €180B
Toulouse’s aerospace and space cluster gives Occitanie strong scores on R&D intensity (approximately 2.8% of GDP — driven almost entirely by Airbus, Safran, Thales, and CNES spending) and FDI projects (Airbus supplier ecosystem attracts sustained foreign investment). The startup creation rate has improved under France 2030, with the New Space segment generating a disproportionate number of spinoffs relative to Toulouse’s population.
The limitation is sectoral concentration: approximately 65% of Occitanie’s R&D investment traces to aerospace and defense, creating a relatively narrow innovation base. France 2030’s diversification push — through the ANITI AI institute co-anchored in Toulouse and agritech investments in the region’s agricultural hinterland — has begun broadening the profile, but aerospace dependency remains high.
France 2030 headline projects: Airbus ZEROe hydrogen aircraft, Safran RISE engine, CNES New Space accelerator, ANITI AI institute.
5. Bretagne — Score: 70/100
Population: 3.4 million | Regional GDP: €105B
Bretagne systematically outperforms its population size on per-capita metrics. R&D intensity at approximately 2.5% of GDP beats the national average, driven by a surprisingly dense ecosystem of ICT companies (Technicolor, Nokia Bell Labs Bretagne), defense contractors (Naval Group submarine production at Brest, Thales defense electronics at Brest), and emerging ocean technology companies leveraging IFREMER’s Brest campus.
France 2030’s deep sea investment — modest in absolute terms — has particular significance for Bretagne, where IFREMER conducts the majority of its research. The agritech investments in the region’s agricultural sector (Bretagne is France’s leading pork and dairy producer) feed into France 2030’s third agricultural revolution objectives.
France 2030 headline projects: IFREMER deep sea, Lhyfe offshore hydrogen Bretagne site, agritech investments, Naval Group submarine innovation program.
6. Normandie — Score: 67/100
Population: 3.3 million | Regional GDP: €103B
Normandie hosts France’s two newest nuclear reactor construction sites (EPR2 at Penly, in addition to the existing fleet at Paluel, Penly, Flamanville, and Cattenom partly located here), making it a natural beneficiary of France 2030’s nuclear investments. EDF’s operational research center and several nuclear service companies are concentrated around the Seine valley. The chemical industry corridor from Rouen to Le Havre adds an industrial decarbonization dimension.
Normandie scores below average on startup creation — the region lacks a major university research cluster of the caliber needed to generate deep tech spinoffs at scale — but its heavy infrastructure investment makes it a durable beneficiary of France 2030’s capital-intensive programs.
France 2030 headline projects: EPR2 Penly construction, Seine Normandie industrial decarbonization zone, Le Havre hydrogen port hub.
7. Provence-Alpes-Côte d’Azur (PACA) — Score: 66/100
Population: 5.1 million | Regional GDP: €175B
PACA’s innovation profile is bifurcated: Sophia Antipolis delivers strong digital and IoT metrics, while Fos-sur-Mer hosts some of France’s most carbon-intensive industrial sites — making it simultaneously a deep tech cluster and an industrial decarbonization priority. France 2030’s industrial decarbonization investments have directed significant capital toward Fos-sur-Mer for steel, chemical, and port logistics decarbonization.
Aix-Marseille University, the largest French-speaking university in the world by enrollment, has not historically punched its weight in spinoff creation — but targeted France 2030 deep tech transfer programs may change this trajectory.
8. Grand Est — Score: 61/100
Population: 5.5 million | Regional GDP: €165B
Strasbourg’s European institution concentration (European Parliament, Council of Europe, Court of Human Rights) gives Grand Est unusual access to EU funding streams that complement France 2030. The pharmaceutical cluster around Strasbourg (Boehringer Ingelheim, Eli Lilly operations) and the industrial base in Alsace contribute to moderate R&D intensity.
9–13. Centre-Val de Loire, Pays de la Loire, Bourgogne-Franche-Comté, Nouvelle-Aquitaine, Corse
These regions score between 45 and 60 on the composite index. Nouvelle-Aquitaine benefits from Bordeaux’s aerospace supply chain and hydrogen investments. Pays de la Loire hosts Lhyfe (hydrogen, headquartered in Nantes) and Naval Group operations at Saint-Nazaire. The three remaining regions have more limited France 2030 footprints, relying primarily on agricultural technology, regional SME innovation, and tourism-adjacent digital investments.
The Regional Equity Problem
France 2030’s geographic concentration is both its strength and its potential political vulnerability. By directing the majority of investment toward existing centers of excellence, the plan maximizes the probability of achieving technological breakthroughs. But the collateral effect is deepening regional inequality: a researcher in Saclay can access world-class infrastructure, a startup ecosystem, and proximity to venture capital simultaneously; a similarly talented person in Limoges or Auxerre has essentially none of these advantages.
President Macron’s original France 2030 announcement included a regional reserve of approximately €2.5B allocated through regional prefects for locally-driven projects. In practice, this reserve has been deployed unevenly — wealthier regions with stronger administrative capacity to manage complex Bpifrance applications have captured more of the regional funding than the lower-performing regions it was ostensibly designed to help.
The 2025 spending review partially addressed this by introducing a regional equity correction factor into the Bpifrance scoring rubric for certain competition types — effectively increasing the score of applications from lower-ranked regions by a fixed coefficient. Whether this administrative adjustment can meaningfully counterbalance the underlying structural advantages of Paris-Saclay and Grenoble is the central unanswered equity question of France 2030.
Investment Implications
For international investors, the regional scoreboard supports several conclusions. First, talent availability for deep tech hiring correlates strongly with the top-four regions (Île-de-France, Auvergne-Rhône-Alpes, Hauts-de-France for manufacturing, Occitanie for aerospace). Second, France 2030 subsidy access — particularly for manufacturing investment — favors Hauts-de-France and Normandie given their lower starting industrial base and explicit government prioritization. Third, the research-to-commercial pipeline is most efficient in the Saclay-Grenoble axis, where physical proximity between lab and company shortens the technology transfer timeline.