France’s industrial revival depends on companies’ ability to produce better, faster and with fewer resources. In this respect, innovation is a major lever. It improves productivity, supports a move upmarket, strengthens technological sovereignty and accelerates the transformation of factories.
Recent data show, however, that France is still lagging behind in the diffusion of technologies, scale-up and the digital transformation of its productive base.
French industrial revival: what are we talking about?
France 2030 earmarks 54 billion euros to close France’s industrial gap, invest in innovative technologies, support the ecological transition and encourage the creation of new industrial and technological structures.
These objectives cover several sectors: electric and hybrid vehicles, hydrogen, low-carbon aviation, biomedicines, sovereign digital technologies, space research and the production of strategic components.
This dynamic extends beyond the national framework. The European Union has brought industrial policy back to the forefront through critical raw materials, semiconductors, clean technologies, joint financing and economic security. The goal is to become a production continent again in order to reduce dependencies.
In this context, French manufacturers are also showing investment intentions. Industrial revival will depend on the ability to turn these projects into competitive production sites.
Why does innovation determine the return of French industry?
Innovation acts on the country’s three main bottlenecks: productivity, the move upmarket and the creation of future-oriented sectors.
Producing better in a context of slowing productivity
Innovation first acts on productivity. In industry, this efficiency relies on more precise processes, higher-performing equipment, better organisation of flows, and predictive maintenance.
This issue is decisive for France. In 2023, apparent labour productivity per head remained 3.5% below its 2019 level. Hourly productivity was 2.4% below its 2019 level (1). This decline weighs on competitiveness, on company margins and on their ability to invest.
Digital technology, artificial intelligence, robotics and industrial management tools can help close the gap. Their effect, however, depends on their actual diffusion. Only innovation integrated into production changes costs, lead times, quality and the ability to respond to the market.
Moving upmarket in the face of faster global competition
Innovation improves product performance, durability, traceability, use and adaptation to customer needs. In an open industrial economy, moving upmarket becomes a condition for withstanding competition from low-cost producers and the fastest-moving technological powers.
France retains a solid base, but its lead remains fragile. The European Innovation Scoreboard 2025 ranks it among the “Strong Innovators”, in 10th place among European Union Member States, with performance at 108.6% of the EU average. This ranking reflects a real capacity for innovation, supported in particular by human resources and the quality of the research environment.
The 2025 Scoreboard highlights challenges in research collaboration, scientific impact and the adoption of advanced digital technologies. For industry, the key issue is the circulation of innovation between laboratories, SMEs, mid-sized companies, large groups and production sites.
Creating the productive sectors of tomorrow
France’s industrial revival depends on sectors capable of driving future markets. Historical sectors remain essential, but industrial growth will also come from innovation-led sectors.
France 2030 sets several industrial objectives:
- produce nearly 2 million electric and hybrid vehicles in France;
- produce the first low-carbon aircraft;
- support at least 20 biomedicines;
- and master sovereign digital technologies.
Innovation is therefore expected to lead to production lines, commercialised products and value chains that can endure over time.
What kind of innovation can revive industry?
Industrial innovation takes several forms. The Oslo Manual defines it as a new or improved product or process that has been made available to potential users or brought into use by the organisation.
In industry, innovation concerns products, but also manufacturing processes, control methods, software, data, production organisations, maintenance, logistics and distribution methods.
Industry 5.0 broadens the concept of performance. Producing better also means reducing environmental impact, securing supplies, improving working conditions and strengthening site resilience.industrie 5.0
The 2025 Industry 5.0 Barometer reveals that 46% of companies include environmental criteria from the scoping phase. However, 60% of manufacturers consider their level of performance too low and 41% believe the ROI of digital initiatives is too weak, which slows their digital maturity.
AI, patents and data: markers of an industry in transformation
AI, patents and data show where industrial competition is already being played out: in advancing technologies and in companies’ ability to turn knowledge into production tools and new markets.compétition industrielle
Industrial AI: early uses supported by the EU
Artificial intelligence is entering industrial uses: quality analysis, predictive maintenance, planning, document processing, energy optimisation, operator assistance and stock forecasting. The first operational deployments are progressing rapidly.
The Important Project of Common European Interest on “Artificial Intelligence” (IPCEI AI), initiated by 13 Member States, supports high-impact research, development, innovation and industrial deployment projects. Its objective is to strengthen a European artificial intelligence value chain.
Patents signal the areas where competition is intensifying
Patents provide a useful indication of areas of technological competition. In 2025, 201,974 European patent applications were filed with the European Patent Office, a record figure up 1.4% year on year.
The most dynamic fields correspond to the technologies already transforming industry. Computer technology remains the leading field, with 17,844 applications and growth of 6.1%. AI-related technologies increased significantly (+9.5%) and quantum technologies rose by 37.9% in 2025.
Energy technologies are following the same trajectory. Electrical machinery, apparatus and energy reached 16,997 applications, driven by batteries, which account for 45.1% of filings in this field. For France, the challenge is to transform scientific capabilities, patent filings and demonstrators into industrialised products.
Industrial data is becoming an infrastructure for competitiveness
Data is becoming an industrial asset. It makes it possible to monitor equipment, anticipate failures, measure consumption, secure quality and feed AI models. Without reliable data, advanced technologies remain limited.
Here, the main obstacles for manufacturers are the management of sensitive data, the difficulty of demonstrating ROI, the choice of tools, access to data and the lack of internal skills.*
The conditions for turning innovation into industrial revival
Many companies know how to test a technology. The transition from pilot project to widespread industrial use is then what determines the real effect of innovation on industrial revival.
Connecting research, companies, sectors and customers
Researchers provide knowledge. Companies turn this knowledge into products, processes and services. Investors finance risk. Customers guide markets. At the end of the chain, sectors accelerate diffusion.les filières
This connection is particularly important for industrial SMEs and mid-sized companies. They need access to skills, financing, technologies, markets and partners. Large groups also play a major role, as their purchasing, location and partnership decisions can accelerate or slow the modernisation of value chains.
Simplifying access to support schemes to keep pace with innovation
Industrial innovation involves high fixed costs and uncertain returns. However, when it succeeds, the benefits extend well beyond the interests of the company that took the initial risk. Public policy therefore has a legitimate role to play in supporting research, financing, industrialisation and market access.
France 2030 provides substantial resources and sets targeted objectives, but it also raises issues of governance, timeframes, visibility and access for companies.
In areas such as AI, quantum technologies, batteries and low-carbon processes, innovation often moves in months. Support schemes must therefore actively connect the project, the financing, the factory and the market.
Innovation gives France’s industrial revival its productive, technological and strategic dimension. It can correct part of the productivity gap, modernise factories, create new sectors, reduce certain dependencies and strengthen business competitiveness.
(1) Vie-publique.fr, Productivity: where does France stand in 2025?, published on 12 May 2025, based on the 2025 report by the National Productivity Council.Productivité : où en est la France en 2025 ?