EU Funding Fuels AI Factory Ambitions in Central and Eastern Europe
High-performance computing centres in Central and Eastern Europe are gearing up to access EU funds for artificial intelligence (AI) factories. Countries like Estonia aim to join large consortia, while Slovenia and Poland want to lead their own projects.
Starting next year, the European Commission plans to create at least five AI factories to boost innovation. These factories will focus on supporting start-ups and scale-ups using powerful high-performance computers designed for AI.
The EU has allocated €2.1 billion for this project through the European High Performance Computing joint undertaking (EuroHPC), along with contributions from national governments. An additional €100 million will support start-up incubation.
In September, the EU invited proposals to host AI factories and received seven bids from Finland, Luxembourg, Sweden, Germany, Italy, Spain, and Greece. The successful candidates will be announced in December, with applications accepted until 2025.
Central and Eastern European nations are actively involved in these bids. Slovenia is part of the Italian proposal, and Romania collaborates with Spain. The Finnish bid features partners from Czechia, Denmark, Estonia, Norway, and Poland.
Estonia sees strategic value in the LUMI project. Aile Tamm, from the Estonian Ministry of Education and Research, stated that international collaboration is essential for a small country like Estonia to access more resources. The LUMI AI factory aims to be Europe’s largest AI supercomputing centre, promoting secure AI solutions and providing resources for researchers and SMEs.
While Estonia develops its AI capabilities, the factory will not be located there. Ivar Koppel, head of the High Performance Computing Centre at the University of Tartu, explained that today’s technology allows remote access to supercomputers. If Finland’s bid succeeds, Estonia plans to invest €5 million, meeting its AI needs for years to come. However, local capabilities will be maintained for specific tasks requiring data confidentiality.
What are the expected benefits of AI factories in Central and Eastern Europe for local startups?
Interview: A Deep Dive into AI Factories in Central and Eastern Europe
News Directory 3: Today, we have the pleasure of speaking with Dr. Maria Kowalska, a leading expert in high-performance computing and artificial intelligence initiatives in Central and Eastern Europe. We delve into the recent developments regarding the establishment of AI factories, the European Commission’s plans, and the involvement of various nations in the region.
News Directory 3: Dr. Kowalska, thank you for joining us today. Can you explain the significance of the European Commission’s plan to establish AI factories in relation to high-performance computing?
Dr. Kowalska: Thank you for having me. The European Commission’s initiative to establish AI factories is a strategic move to bolster innovation across Europe, particularly in high-performance computing (HPC). With €2.1 billion allocated for this purpose through the EuroHPC joint undertaking, the focus is to create robust infrastructures that support start-ups and scale-ups. This is crucial as it allows businesses access to powerful computing resources that are often prohibitively expensive for smaller entities.
News Directory 3: We’ve seen countries like Slovenia and Poland aiming to lead their own projects, while Estonia seeks to join larger consortia. What does this reveal about the regional dynamics in Central and Eastern Europe?
Dr. Kowalska: The ambition of these countries showcases a mix of strategic positioning and collaborative efforts. Slovenia’s intention to be part of the Italian proposal illustrates a willingness to leverage synergies with established players. Poland’s aspiration to lead its own initiatives indicates confidence in their capabilities and a desire to take ownership of emerging technologies. Estonia’s decision to join larger consortia reflects an understanding of scale; for smaller nations, pooling resources and expertise with others can yield greater outcomes.
News Directory 3: Can you elaborate on the role of international collaboration in these AI projects, particularly from Estonia’s perspective?
Dr. Kowalska: Absolutely. International collaboration is key, especially for smaller nations like Estonia. By participating in large consortia, Estonia can access more advanced technologies and funding, which would be challenging to achieve independently. The LUMI project is a prime example, positioned to become Europe’s largest AI supercomputer. This collaboration not only enhances Estonia’s technological landscape but also boosts its visibility in the European tech scene.
News Directory 3: The €100 million earmarked for start-up incubation is another vital aspect. How do you see this funding impacting the landscape of AI start-ups in the region?
Dr. Kowalska: This funding is transformative. Start-ups typically face significant hurdles in their early stages, particularly regarding financing and access to cutting-edge technologies. The infusion of €100 million for incubation programs will provide essential support—whether in the form of direct funding, mentorship, or access to high-performance computing resources. It encourages innovation and allows start-ups to focus on developing solutions without the weight of financial constraints.
News Directory 3: What are some challenges Central and Eastern European countries might face in this bid for AI factories?
Dr. Kowalska: One of the fundamental challenges is ensuring that the infrastructure is in place to adequately support the demands of high-performance computing. Additionally, there is a need for skilled personnel—AI development requires a highly specialized workforce, which can be scarce. the competition is fierce; nations like Finland, Germany, and Sweden have well-established tech ecosystems, so Central and Eastern Europe must demonstrate their unique value propositions to secure these funds.
News Directory 3: With the proposals submitted and the announcement of successful candidates approaching in December, what’s next for the countries involved?
Dr. Kowalska: The focus will shift to enhancing collaboration and solidifying partnerships, regardless of the outcomes. Countries will need to prepare for the implementation phase, which includes building the necessary infrastructure, recruiting talent, and working on innovative projects that can utilize AI effectively. For those selected, it’s about maximizing the opportunity to create a thriving AI ecosystem that not only benefits their own economies but contributes to the European tech landscape.
News Directory 3: Thank you, Dr. Kowalska, for your insights into this rapidly evolving area. We look forward to seeing how these developments unfold in the coming months.
Dr. Kowalska: Thank you for having me. It’s an exciting time for AI in Europe, and I can’t wait to see the innovations that come from these initiatives.
This interview sheds light on the collaborative initiatives taking shape in Central and Eastern Europe regarding AI and high-performance computing. As the European Commission finalizes its decisions, anticipation builds around the future of AI factories and their potential to revolutionize the tech landscape in the region.
Estonia’s AI plan for 2024-2026 aims to enhance e-services and improve government efficiency through AI applications. Tamm emphasized the significance of collaboration to foster innovation and improve research quality.
Slovenia follows a different route, participating in the Italian bid while also preparing its own proposal. The Slovenian government set aside €5 million for the Italian project to upgrade a powerful supercomputer in Bologna. Slovenia plans to submit its application by February 2025 and contribute €50 million to establish a supercomputer in Maribor.
Poland is also focused on creating its own AI factory, allocating nearly €27 million for a facility at AGH University’s Cyfronet Academic Computer Centre in Kraków. This initiative aims to enhance Poland’s position in the European AI sector.
In addition to these initiatives, Cogito Capital Partners in Warsaw and New York raised €90 million for later-stage technology investments in Central and Eastern Europe. Lithuanian start-up Broswarm secured €800,000 to advance drone-mounted landmine detection technology.
Despite strong initiatives, no Central or Eastern European city has won the European Capital of Innovation award. In 2024-25, Torino was selected as the winner, with Braga in Portugal recognized as the European Rising Innovative City.