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EIC Accelerator Winners by Sector and Technology: The Data Room Upgrade

October 24, 20261,257 words7 min

The EIC Accelerator data room has received an upgrade. Rather than only covering the companies funded from 2021 onwards, it now reaches further into the past, and the industry explorer classifies the investigated winners by the sector they work in and the technology they apply.

Going Back Before the EIC Accelerator

If you have followed the programme for a while, you know that before the EIC Accelerator got its name, it was called the SME Instrument. The SME Instrument ran for a very long time, and it is essentially the same programme you know today as the EIC Accelerator, with a grant of up to €2.5 million.

Right now the data goes back to 2019, and over time it will go further and further into the past. Alongside that, the data room creates follow-ups on what happened to the companies:

The first results of those follow-ups are in What Happened to EIC Accelerator Winners.

A Three-Dimensional Breakdown of the Winners

In the past I have written a lot of articles on the industries, to give applicants an indication of which types of industries are funded the most and which are not funded a lot, for example the Step 1 success rates by country and sector and the Step 2 success rates and year trends. This time the picture is much more accurate, because each winner is classified twice.

  • Sector: the type of industry the company operates in.
  • Technology: the technology it applies, because the same technology can be applied in different industries.

Together with the funding year, that gives a three-dimensional breakdown of the winners: industries, technologies and time.

What the data covers

The video focuses on the 2019 to 2024 cohorts. In the data room snapshot dated 21 October 2026, 1,211 of 1,333 companies have been investigated and classified, spanning 12 sectors, 88 industries and 288 technologies. That classified sample already includes six companies first awarded funding in 2025; coverage of recent cohorts is still incomplete. The counts below describe this snapshot, not every winner of the programme. See the data room methodology for how the data is compiled.

Health Is Clearly the Winner

The conclusion is not that different from my previous articles. Health is clearly the biggest sector, with 445 companies, or 36.7% of the 1,211 classified winners. Digital and computing comes second, with 131.

445Health winners in the classified sample
131Digital and computing winners, in second place
3.4xHealth winners per digital and computing winner

Within health, medical devices account for 220 companies, followed by biopharmaceuticals with 108 and in vitro diagnostics with 44. Medical devices alone represent almost half of the health sector.

The health result is not that surprising. There is a very natural fit between medtech and deep tech. Very often the company is a university spin-off, very often there are scientists involved, and very often there are real hardware patents or patents on certain therapeutics or treatments. That makes it very hard to argue that a medtech company is not deep tech, and that is why medtech is so overrepresented.

Why digital and computing still comes second

Digital and computing is usually the opposite. These companies usually do not have the PhD researchers, they more rarely have patents unless they build hardware, and they are usually much more software heavy. It is not that Europe has so many health tech companies; health has the big numbers because of its natural fit with deep tech.

For digital and computing, my guess is that it does so well simply because there are so many companies. There are many, many software companies, so even with a weaker fit, a large number in absolute terms comes through when enough companies apply.

The following places in the sector breakdown are energy with 117 companies, agrifood with 98, electronics and semiconductors with 81, climate and environment with 79, and industrial technology with 72. Each company counts once here, under its primary sector. It is very interesting to cross-reference these sectors with the other numbers in the data room: how many companies are funded per cut-off, how many are still active, how many managed to scale and how many ended up failing.

The same snapshot includes 31 space companies, 63 in mobility and transport and 23 in construction. These totals give the scale of the sectors; the year and cut-off charts on their data room pages show how their representation changes over time.

Space Is Rising, Industry Is Falling

There are some very clear trends over time. Space is going up: more and more space companies are funded every single cut-off. Other sectors show a negative trend, with fewer and fewer companies funded every cut-off. Those are industrial technology, mobility and transport, and construction.

Rising

Space, with more companies funded at every cut-off.

Falling

Industrial technology, mobility and transport, and construction, with fewer companies funded at every cut-off.

What could be the reason? My guess is that policy is a big one. It is becoming more and more clear that space is very, very important. Even if you do not want to be in space, you need satellites in space. Space has major strategic importance in itself, through access to launches and access to satellites. Right now SpaceX carries most of the world's cargo to orbit, and Europe has completely fallen behind. So I am not too surprised by that trend.

AI Is the Top Technology

When it comes to the technologies, I am also not very surprised to see that artificial intelligence is the top technology across all sectors, with 204 companies. Computer vision follows with 55, then robotics with 50. The full technology ranking also includes cloud software with 49 and semiconductor design with 35. A company can use several technologies, so these counts overlap and should not be added together as separate winners.

Of course, many technologies in the EIC Accelerator are basically N equals one. There is a very unique technology that only this company is developing, or that fewer than ten companies in the world are working on. So you cannot make the calculation that health is the biggest sector and AI is the biggest technology, and therefore an AI health start-up is going to win.

The takeaway

Health and AI are the biggest sector and the biggest technology among EIC Accelerator winners. That describes what ends up being funded, not a formula for winning: most winning technologies are close to unique.

There are many more statistics in the data room than I can go into here, so open the EIC Accelerator data room at www.eiceu.com and click through the sector and industry explorer, the technology rankings and the company outcomes. It will keep being updated, and over time more and more companies will be added.

Start with the EIC Accelerator

Expert review for Step 1 and Step 2, suitability assessment and grant screening.

Eureka Network

Eureka Network offers multiple international collaborative R&D programs including Network Projects, Clusters, Eurostars, Globalstars, and Innowwide, with funding ranging from €50K to €6.75M per project depending on the specific program. The network focuses on market-driven innovation and deep-tech development across diverse technology sectors including ICT/Digital, Industrial/Manufacturing, Bio/Medical Technologies, Energy/Environment, Quantum, AI, and Circular Economy. Applicants include SMEs, large enterprises, research organizations, universities, and startups, with Eurostars specifically targeting R&D-performing SMEs.

EIC Transition

EIC Transition provides up to €2.5 million in funding to bridge the 'valley of death' between laboratory research and market deployment, focusing on technology maturation and validation. The program supports single legal entities or small consortia of 2-5 partners including SMEs, start-ups, spin-offs, and research organizations. Technology areas include Health/Medical Technologies, Green/Environmental Innovation, Digital/Microelectronics, Quantum Technologies, and AI/Robotics.

EIC STEP Scale-Up

EIC STEP Scale-Up offers substantial equity investments of €10-30 million for established deep-tech companies ready for hyper-growth and large-scale expansion. The program targets SMEs or small mid-caps with up to 499 employees who have secured pre-commitment from qualified investors. Focus areas include Digital & Deep Tech (Semiconductors, AI, Quantum), Clean Technologies for Net-Zero goals, and Biotechnologies.

EIC Pre-Accelerator

EIC Pre-Accelerator is a pilot program providing €300,000-€500,000 in funding for early-stage deep-tech development and preparation for the EIC Accelerator program. The initiative is exclusively available to single SMEs or small mid-caps from 'Widening countries' to support regional innovation development. The program covers deep-tech innovations across physical, biological, and digital domains.

EIC Advanced Innovation Challenges

EIC Advanced Innovation Challenges is a new pilot program offering €300,000 (Stage 1) and up to €2.5 million (Stage 2) for breakthrough deep-tech solutions through ARPA-style staged funding with demand-side integration. The program targets single entities or small consortia (2-3 partners) including SMEs, start-ups, and research organizations. Focus areas include Physical AI for autonomous robotics and New Approach Methodologies (NAMs) for animal-free biomedical testing, requiring TRL 4 entry with end-user commitment.

EIC Pathfinder

EIC Pathfinder offers up to €3 million for Open calls and up to €4 million for Challenge-based calls to support early-stage research and development with proof-of-principle validation. The program requires research consortia with a minimum of 3 partners from 3 different countries, including universities, research organizations, and SMEs. Technology focus areas include Health/Medical, Quantum Technologies, AI, Environmental/Energy, and Advanced Materials.

EIC Accelerator

EIC Accelerator provides flexible funding options including blended finance (€2.5M grant + €0.5M-€10M equity), grant-only (up to €2.5M), or equity-only arrangements for scale-up and market deployment of breakthrough innovations. The program targets SMEs, start-ups, and small mid-caps with up to 499 employees, with MedTech/Healthcare representing 35% of funded projects. Other technology areas include Biopharma, Energy, AI, Quantum, Aerospace, Advanced Materials, and Semiconductors.

Innovation Partnership

Innovation Partnership facilitates collaborative innovation between public and private sectors with typical funding of €1-5 million per project. The program supports cross-sectoral strategic technologies through public-private partnerships and consortia. Projects focus on addressing societal challenges through collaborative innovation approaches.

Innovation Fund

The EU Innovation Fund provides substantial funding of €7.5 million to €300 million for large-scale demonstration of innovative low-carbon technologies. The program targets clean energy, carbon capture, renewable energy, and energy storage technologies to accelerate the transition to a low-carbon economy. Applicants include large companies, consortia, and public entities capable of implementing large-scale demonstration projects.

Innovate UK

Innovate UK offers various programs with funding ranging from £25K to £10M depending on the specific initiative, supporting business-led innovation, collaborative R&D, and knowledge transfer. The organization funds projects across all sectors with particular focus on emerging technologies and supports UK-based businesses, research organizations, and universities. Programs are designed to drive economic growth through innovation and technology commercialization.

Industrial Partnership

Industrial Partnership provides €2-10 million in funding for industrial research and innovation partnerships focusing on manufacturing, industrial technologies, and digital transformation. The program supports industrial consortia and research organizations in developing collaborative solutions for industrial challenges. Projects aim to strengthen European industrial competitiveness through strategic partnerships.

Eurostars

Eurostars is a joint EU-Eureka program offering €50K-€500K for international R&D collaboration specifically led by SMEs. The program takes a bottom-up approach, accepting projects from all technology fields without predefined thematic restrictions. R&D-performing SMEs must lead the consortium and demonstrate significant R&D activities.

LIFE Programme

The LIFE Programme provides €1-10 million in funding for environmental protection, climate action, and nature conservation projects across the European Union. The program supports environmental technologies, climate adaptation strategies, and biodiversity conservation initiatives. Applicants include public authorities, private companies, NGOs, and research institutions working on environmental and climate challenges.

Neotec

Neotec is a Spanish program offering €250K-€1M in funding for technology-based business creation and development, supporting the growth of innovative Spanish SMEs and start-ups. The program covers all technology sectors and aims to strengthen Spain's technology ecosystem. Funding is specifically targeted at Spanish technology-based SMEs and start-ups to enhance their competitiveness and market presence.

Thematic Priorities

EU Thematic Priorities encompass various programs aligned with EU strategic priorities including green transition, digital transformation, health, and security initiatives. Funding amounts vary based on the specific program and call requirements, with projects designed to address key European challenges. Applicant eligibility varies by specific program and call, with different requirements for different thematic areas.
EIC AcceleratorStatistics#EIC Accelerator#data room#sectors#technologies#health#artificial intelligence#space#SME Instrument
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