ENDE
Status: Active · Last updated: May 2026

IPCEI AI Funding and Matchmaking: Europe’s Sovereign AI Ecosystem

IPCEI AI, the Important Project of Common European Interest on Artificial Intelligence, is an emerging European funding and matchmaking opportunity for companies developing sovereign, trustworthy and industrially relevant AI technologies.

The initiative is designed to support a next-generation European AI ecosystem covering the full AI lifecycle: data provision, AI training and deployment infrastructure, open and competitive base models, inference, fine-tuning, sector-specific AI solutions and energy-efficient AI operations.

Impact Funding Europe helps companies assess whether their AI projects fit IPCEI AI, prepare for national expressions of interest, position themselves for European matchmaking and develop the technical, financial and State aid rationale required for the next stages.

What is IPCEI AI?

IPCEI AI is a planned Important Project of Common European Interest focused on building a sovereign European AI ecosystem for industry.

The goal is not only to fund individual AI tools. IPCEI AI is intended to identify complementary project ideas across participating Member States and consolidate them into a single integrated European project for assessment under EU State aid rules.

IPCEI AI is closely linked to Europe’s wider digital sovereignty agenda. It responds to the need for secure access to data, scalable computing capacity, trustworthy AI models and industrial AI applications that can be deployed across sectors and borders.

Unlike a standard EU grant call, IPCEI AI is expected to operate through Member State-led State aid processes. National authorities launch expressions of interest, identify potential projects and participate in European matchmaking before the project is consolidated for European Commission assessment.

Latest IPCEI AI Tracking Note

May 2026 update: IPCEI AI is in an expression-of-interest and matchmaking phase across participating Member States. Several national EoI windows have already closed, while a small number of countries are still expected to publish calls.

Companies should verify their relevant national process before preparing an application. Timelines, eligibility rules and submission requirements vary by country.

IPCEI AI National EoI Status as of 10 May 2026

National IPCEI AI procedures are not synchronised across Europe. This should be treated as an indicative tracking snapshot only. Applicants should always verify the latest status with the relevant national authority.

CountryIPCEI AI status as of 10 May 2026
BelgiumClosed · 16 January 2026
CroatiaClosed · 13 February 2026
EstoniaClosed · 4 March 2026
FinlandCall for Expression of Interest expected
FranceClosed · 30 January 2026
GermanyClosed · 21 January 2026
HungaryClosed · 5 December 2025
IrelandClosed · 4 February 2026
ItalyClosed · 30 January 2026
LithuaniaCall for Expression of Interest expected
NetherlandsClosed · 24 March 2026
PolandClosed · 12 March 2026
RomaniaClosed · 9 April 2026
SlovakiaClosed · 10 March 2026
SloveniaClosed · 15 December 2025
SpainClosed · 26 December 2025
SwedenClosed · 23 February 2026
AustriaNo IPCEI AI window indicated in the tracker
CzechiaNo IPCEI AI window indicated in the tracker
PortugalNo IPCEI AI window indicated in the tracker

Important note: “Call for Expression of Interest expected” means that publication of a national call has been indicated by the Member State and remains subject to revision. It does not guarantee that a call is open or that a company is eligible.

Why IPCEI AI Matters

Artificial intelligence is becoming a strategic industrial technology. European companies increasingly need secure access to high-quality data, scalable compute capacity, trustworthy AI models, advanced inference and fine-tuning techniques, and sector-specific AI solutions.

At the same time, many European actors still depend on non-European infrastructure, platforms, foundation models or AI services. This creates strategic concerns around data sovereignty, industrial competitiveness, security, compliance, resilience and long-term technological dependency.

IPCEI AI is designed to support a European AI continuum that can serve industrial needs. It focuses on AI that is trusted, scalable, energy-efficient, interoperable and aligned with European values and regulatory expectations.

The opportunity is particularly relevant for companies developing AI for industrial applications such as autonomous manufacturing, AI-driven logistics, autonomous driving, robotics, materials research, industrial process optimisation, smart infrastructure and the Industrial Metaverse.

Who Should Consider IPCEI AI?

IPCEI AI may be relevant for companies and organisations active in:

  • industrial AI systems;
  • AI model development and fine-tuning;
  • high-quality data platforms and data spaces;
  • AI training, deployment and operations infrastructure;
  • robotics and autonomous systems;
  • autonomous manufacturing and industrial automation;
  • AI-driven logistics and supply-chain optimisation;
  • autonomous driving and advanced mobility systems;
  • simulation, digital twins and Industrial Metaverse applications;
  • AI for materials research and product development;
  • open-source AI platforms and shared AI tooling;
  • energy-efficient AI and sustainable AI operations;
  • trustworthy AI, compliance, monitoring, governance and model lifecycle management.

The best-fit applicants will usually have projects that are highly innovative, strategically relevant, technically ambitious and capable of generating spillover benefits beyond the applicant.

What Types of Projects Could Fit IPCEI AI?

IPCEI AI is likely to be most relevant for projects that contribute to the full AI lifecycle and to a sovereign European AI ecosystem. Potential project areas include the following.

IPCEI AI lifecycle from data provision and training to base models, fine-tuning, sector-specific AI and deployment and operations.

Data Provision and High-Quality Data Infrastructure

Projects that enable the collection, management, storage, labelling, governance or sharing of high-quality data for AI development. These projects should show how data availability, data quality, interoperability and European data protection requirements are addressed.

Open and Competitive Base Models

Projects developing large, sovereign, open or competitive base models for complex tasks such as language understanding, multimodal processing, simulation, industrial reasoning or domain-specific AI applications.

Sector-Specific AI Models

Projects developing AI models based on structured industry data, machine data or sector-specific datasets. Relevant sectors may include manufacturing, mobility, logistics, energy, materials, health, public services and smart infrastructure.

AI Training, Inference and Fine-Tuning Technologies

Projects that improve the training, adaptation, inference, fine-tuning, retraining, monitoring or optimisation of AI models across their lifecycle.

AI Platforms and Open-Source Tooling

Projects creating open, extensible platforms that allow developers, researchers, companies and public-sector actors to develop, deploy, test, share and operate AI models and tools.

Industrial AI Services and Applications

Projects creating innovative AI services for industrial and mission-critical use cases. This may include autonomous manufacturing, predictive maintenance, quality control, industrial robotics, AI-driven logistics, autonomous mobility, smart energy systems or the Industrial Metaverse.

Energy-Efficient and Trustworthy AI Operations

Projects reducing the energy intensity of AI training or inference, improving AI monitoring, supporting compliance, enabling explainability or building trustworthy AI governance and operations.

How IPCEI AI Relates to IPCEI CIC, IPCEI CIS and 8ra

IPCEI AI should be understood as the intelligence layer of Europe’s digital sovereignty agenda.

Understand the compute infrastructure layer behind IPCEI AI. IPCEI CIC focuses on the infrastructure layer: cloud, edge, distributed data processing and AI-ready compute capacity, while IPCEI AI focuses on the AI technologies themselves: data, models, fine-tuning, inference, applications, platforms, operations and governance.

IPCEI CIS is also relevant because it supports interoperable, secure and energy-efficient cloud-edge services. These cloud-edge foundations can support the deployment and operation of AI systems developed under IPCEI AI.

The 8ra Initiative provides an important ecosystem and architecture layer. It promotes a multi-provider cloud-edge continuum that can help ensure continuity, interoperability and broader adoption of solutions developed through IPCEI-CIS, IPCEI-AI and IPCEI-CIC.

You can also explore IPCEI opportunities beyond artificial intelligence, or explore all upcoming IPCEI funding opportunities in Europe.

Is Your Project IPCEI AI-Ready?

A project may be a strong candidate for IPCEI AI if it can answer the following questions clearly.

  1. Does the project contribute to Europe’s sovereign AI ecosystem? The project should strengthen Europe’s ability to develop, train, deploy, operate or govern AI technologies.
  2. Is the project beyond the state of the art? Routine AI implementation, standard software development or ordinary automation projects are unlikely to be enough. The project should show technological ambition and a clear innovation step.
  3. Does the project have industrial relevance? IPCEI AI is especially relevant for industrial AI applications and enabling technologies that can support European competitiveness across sectors.
  4. Is there a credible market failure or funding gap? The company must explain why the project would not happen in the same form, scale, timing or location without public support.
  5. Can the project generate positive spillovers? The project should create benefits beyond the applicant, such as open components, shared platforms, standards, transfer activities, knowledge dissemination, ecosystem building, training or broader access to AI capabilities.
  6. Is the company ready for European matchmaking? Companies should be prepared to position their project in a wider European structure and identify complementary partners across Member States.

IPCEI AI vs Other Funding Routes

IPCEI AI may not be the best route for every AI project. Depending on the scope, maturity and country, companies may also need to consider Horizon Europe, the Digital Europe Programme, EuroHPC-related opportunities, national AI and digital innovation schemes, European Innovation Council funding, regional innovation funding, InvestEU and blended finance, or private equity, venture debt and strategic corporate partnerships. Impact Funding Europe can help compare these routes and identify the most realistic funding strategy.

How the IPCEI AI Process Usually Works

The exact process depends on each Member State, but companies should normally expect a structured pathway.

  1. National Expression of Interest

    A national authority opens a call or screening process to identify companies and project ideas that could fit IPCEI AI.

  2. Initial Project Assessment

    Projects are assessed against national priorities, IPCEI scope, innovation level, strategic relevance, expected spillovers and potential State aid justification.

  3. European Matchmaking

    Selected companies may be invited to European matchmaking to identify complementary partners and define how individual projects fit into a single European AI project.

  4. Full Project Proposal Development

    Companies prepare more detailed technical, financial and strategic material, including project descriptions, work packages, investment planning, funding gap logic, impact rationale and spillover commitments.

  5. Chapeau and Individual Documentation

    The integrated IPCEI is described in an overarching chapeau document, while each company prepares individual project documentation explaining its specific contribution.

  6. State Aid Notification and Commission Review

    Member States submit the notification to the European Commission. The Commission reviews the project under State aid rules, including necessity, proportionality, innovation level, eligible costs, market effects and European spillovers.

  7. Approval, Funding Agreement and Implementation

    If the Commission approves the State aid and the Member State confirms the national funding decision, the company can move toward implementation, reporting and delivery obligations.

What to Prepare for an IPCEI AI Expression of Interest

Companies interested in IPCEI AI should prepare early. A strong EoI package may require:

  • concise project summary;
  • company description and AI value-chain role;
  • explanation of the AI technology, data, model, platform or application being developed;
  • description of why the project is beyond the state of the art;
  • target sectors and industrial use cases;
  • investment amount and high-level cost categories;
  • expected timing and implementation milestones;
  • explanation of the market failure or funding gap;
  • potential cross-border partners or partner types;
  • expected positive spillovers;
  • links to European digital sovereignty and competitiveness;
  • initial data governance, compliance and trust approach;
  • internal business case or investment rationale.

Who is Involved? National Points of Contact

National authorities publish details of the programme and funding procedures for each Member State. The points of contact below are provided for reference; the primary route to Impact Funding Europe support remains the CTA on this page.

How Impact Funding Europe Can Help

Impact Funding Europe supports companies from early IPCEI AI fit assessment to expression-of-interest strategy and matchmaking preparation.

IPCEI AI Fit Assessment

We assess whether your project fits the expected scope of IPCEI AI and whether it has the strategic relevance, innovation level and funding gap profile required.

Expression of Interest Support

We help prepare clear and persuasive EoI material, including the project concept, innovation narrative, European relevance, industrial use case and initial funding rationale.

Matchmaking and Partner Strategy

We help define the types of European partners needed to strengthen your project and position it within a wider AI ecosystem.

Funding Gap and Business Case Support

We support the development of the financial logic needed to explain why public support is necessary and proportionate.

Chapeau and Individual Project Documentation

We support the preparation of individual project documentation and input into broader IPCEI-level narratives.

Alternative Funding Route Analysis

If IPCEI AI is not the right fit, we help identify alternative European, national or blended finance routes.

Start Preparing for IPCEI AI

Companies interested in IPCEI AI should not wait until every detail is finalised. National expressions of interest can move quickly, and matchmaking can shape which projects become part of the European structure.

If your organisation is developing a major project in industrial AI, AI models, AI platforms, robotics, autonomous systems, AI-driven logistics, autonomous manufacturing or trustworthy AI operations, Impact Funding Europe can help you assess whether IPCEI AI is the right route.

You may also want to review our European funding strategy and application support.

IPCEI AI FAQ

What does IPCEI AI stand for?

IPCEI AI stands for Important Project of Common European Interest on Artificial Intelligence.

What is the purpose of IPCEI AI?

The purpose of IPCEI AI is to support a sovereign European AI ecosystem covering data provision, AI models, training, deployment, fine-tuning, sector-specific solutions and energy-efficient AI operations.

Is IPCEI AI a normal EU grant call?

No. IPCEI AI is not a standard EU grant call. It is expected to operate through Member State-led State aid processes, with national expressions of interest and European Commission State aid assessment.

Who should consider IPCEI AI?

Companies developing industrial AI, AI models, data platforms, AI lifecycle tools, robotics, autonomous systems, AI-driven logistics, autonomous manufacturing or trustworthy AI operations should assess whether IPCEI AI is relevant.

Can SMEs participate in IPCEI AI?

Yes, SMEs may be able to participate depending on the national process and their role in the value chain. Some may participate as direct participants, associated partners or linked ecosystem contributors.

What is IPCEI AI matchmaking?

Matchmaking is the European process through which promising national project ideas are discussed, aligned and consolidated into a single integrated European IPCEI AI proposal.

How is IPCEI AI connected to IPCEI CIC?

IPCEI CIC focuses on compute infrastructure, while IPCEI AI focuses on AI technologies, models and applications. The two initiatives are complementary because AI deployment depends on secure, scalable and sovereign compute infrastructure.

How can Impact Funding Europe help with IPCEI AI?

Impact Funding Europe can help assess project fit, prepare EoI material, develop the funding narrative, support funding gap logic, map partner needs and compare IPCEI AI with alternative funding routes.

IPCEI AI scope, timelines, eligibility rules and funding routes depend on Member State participation, national budget decisions and European Commission State aid approval. This page is for general information and does not constitute legal advice or a guarantee of funding.

↑ Back to top

Leaf l green.png

Clean Energy

In 2019 the EU completed a comprehensive update of its energy policy framework to facilitate the transition away from fossil fuels towards cleaner energy and to deliver on the EU’s Paris Agreement commitments for reducing greenhouse gas emissions.

The agreement on this new energy rulebook – called the Clean energy for all Europeans package – marked a significant step towards the implementation of the energy union strategy, published in 2015.

Climate, Energy and Mobility is the focus for Cluster 5 in Horizon Europe. This clusters aims to fight climate change by better understanding its causes, evolution, risks, impacts and opportunities, and by making the energy and transport sectors more climate and environment-friendly, more efficient and competitive, smarter, safer and more resilient

More information here.

Recent Projects

Mortiz Thiede

Dr. Mortiz Thiede

Financial Modelling & Loan Facilities

Dr. Moritz Thiede strengthens Impact Funding Europe’s finance work with robust modelling and debt-structuring expertise. Trained as an economist (Diplom-Volkswirt), he has served as a Senior Consultant delivering complex company analyses, controlling systems, restructuring support, and financing advisory.

He builds bankable financial models, develops scenarios that survive stress tests, and translates project narratives into lender-ready numbers—cashflow logic, covenants, and repayment capacity. Moritz supports clients in structuring loan facilities, negotiating term sheets, and aligning funding strategy with operational reality, including blended finance approaches where grants and debt must fit together cleanly. He works comfortably with lenders and investors alike.

Olaf Gerd Gemein

Olaf Gerd Gemein

Verocity

Olaf is a passionate Serial Entrepreneur and Business Architect with a specific ambition: to be a change catalyst!

With over 30 years of practical experience in various markets in Europe, Asia, North and South America and Canada, he has successfully supported more than 100 projects in the ICT sector. His contributions have focused on accelerating start-up and innovation clusters, building networks, products and services from scratch, facilitating and implementing go-to-market strategies. He is frequently asked to speak at conferences and facilitate networking on smart tech topics around the world.

Peter Schottes

Peter Schottes

Eisenschmidt Consulting

Peter holds a PhD in nature science (climate impact research), worked as a project manager for software development and as a freelance consultant. He is managing director and shareholder of Eisenschmidt Consulting Crew in Kiel, Germany. He is a specialist in transformation projects and works as a sparring partner for top executives. His focus in on strategy development, digital transformation and concept development.

Peter is active as advisor for StartUps and Angel investor. At IFE he overlooks the entire process of community building, stakeholder management and is also responsible for the project kick-offs.

Alex neu

Alex Chalkley

Venturenomix

Alex has a BSc in Mathematics, Economics & Computing and has already built a market-leading R&D Funding Consultancy in the UK from 2009 to 2019. Alex has developed funding bids, mainly in the form of R&D Grant Applications, that have secured over €60m for clients operating at the forefront of technology innovation. Venturenomix, focuses on supporting Impact Ventures by offering specialist funding related consultancy services to ambitious people seeking funding for good projects. At IFE, Alex is Managing Director and responsible for all aspects of the business, in particular recruiting, mentoring and adding value to the EU Grant Writing Consultants working on multi-million Euro EU Grant Applications.

Smart city l green

Smart City

A smart city is a place where traditional networks and services are made more efficient with the use of digital and telecommunication technologies for the benefit of its inhabitants and business. 

A smart city goes beyond the use of information and communication technologies (ICT) for better resource use and less emissions. It means smarter urban transport networks, upgraded water supply and waste disposal facilities and more efficient ways to light and heat buildings. It also means a more interactive and responsive city administration, safer public spaces and meeting the needs of an ageing population. Last not least, it aims to make a city a healthier, more sustainable and more attractive place to be for its residents and visitors.

More than half of the world’s population now lives in urban areas. This is expected to reach 80% by 2050. Cities and metropolitan areas are centres of economic activity, knowledge generation, innovation and new technologies. Cities influence the quality of life of citizens who live or work in them and they are major contributors to global challenges.

A mission in this area will help us meet the goals and targets set out by international policy frameworks such as the COP21 Paris Agreement, the UN’s Sustainable Development Goals (notably SDG11), the Urban Agenda for the EU and the Habitat III New Urban Agenda as cities play a key role in all of them.

Read more here.

Recent Projects

Green city l green

Green Deal

The European Green Deal sets out how to make Europe the first climate-neutral continent by 2050. It maps a new, sustainable and inclusive growth strategy to boost the economy, improve people’s health and quality of life, care for nature, and leave no one behind.

The Green Deal spans and informs all of the Horizon Europe Pillars and Destinations. As such, there is no dedicated funding programme, apart from Horizon Europe itself. This strategy underpins Horizon Europe funding from 2021-2027. You can read more about the Pillars and funding opportunities here.

Recent Projects

Laptop l green

Open Data

The success of Europe’s digital transformation will depend on establishing effective rules to ensure trustworthy technologies, to give businesses the confidence and means to digitise, and to ensure highest privacy standards for citizens. The Data Strategy and the White Paper on Artificial Intelligence are the first pillars of the new digital strategy of the Commission. They all focus on the need to put people first in developing technology, as well as on the need to defend and promote European values and rights in how we design, make and deploy technology in the economy.

The European strategy for data aims at creating a single market for data that will ensure Europe’s global competitiveness and data sovereignty. Common European data spaces will ensure that more data becomes available for use in the economy and society, while keeping companies and individuals who generate the data in control.

Cluster 4 in Horizon Europe is dedicated to Digital, Industry and Space. The overarching vision behind the proposed investments under Cluster 4 is that of Europe shaping competitive and trusted technologies for a European industry with global leadership in key areas, enabling production and consumption to respect the boundaries of our planet, and maximising the benefits for all parts of society in the variety of social, economic and territorial contexts in Europe.

This will build a competitive, digital, low-carbon and circular industry, ensure sustainable supply of raw materials, develop advanced materials and provide the basis for advances and innovation in  global challenges to society.

Recent Projects

Electric car l green

Mobility

The European Green Deal calls for a 90% reduction in greenhouse gas emissions from transport in order for the EU to become a climate-neutral economy by 2050, while also working towards a zero-pollution ambition. To achieve this systemic change, we need to (1) make all transport modes more sustainable, (2) make sustainable alternatives widely available in a multimodal transport system and (3) put in place the right incentives to drive the transition.

Climate, Energy and Mobility is the focus for Cluster 5 in Horizon Europe. This clusters aims to fight climate change by better understanding its causes, evolution, risks, impacts and opportunities, and by making the energy and transport sectors more climate and environment-friendly, more efficient and competitive, smarter, safer and more resilient

More information here.

Recent Projects

Leaf l green

Agriculture

The Farm to Fork Strategy is at the heart of the Green Deal. It addresses comprehensively the challenges of sustainable food systems and recognises the inextricable links between healthy people, healthy societies and a healthy planet. The strategy is also central to the Commission’s agenda to achieve the United Nations’ Sustainable Development Goals (SDGs). All citizens and operators across value chains, in the EU and elsewhere, should benefit from a just transition, especially in the aftermath of the COVID-19 pandemic and the economic downturn. A shift to a sustainable food system can bring environmental, health and social benefits, offer economic gains and ensure that the recovery from the crisis puts us onto a sustainable path. Ensuring a sustainable livelihood for primary producers, who still lag behind in terms of income, is essential for the success of the recovery and the transition.

Cluster 6 under Horizon Europe ringfences innovation grant funding for Food, Bioeconomy, Natural Resouces, Agriculture & Environment. This cluster aims at reducing environmental degradation, halting and reversing the decline of biodiversity on land, inland waters and sea and better managing natural resources through transformative changes of the economy and society in both urban and rural areas. It will ensure food and nutrition security for all within planetary boundaries through knowledge, innovation and digitalisation in agriculture, fisheries, aquaculture and food systems and steer and accelerate the transition to a low carbon, resource efficient circular economy and sustainable bioeconomy, including forestry.

More information here.

Recent Projects