WE ARE LIRA

Experts In R&D Grants & Innovation Funding

Lira uses its deep expertise, well-crafted skills, and unwavering commitment to win highly-competitive funding for breakthrough technologies that will change the world.

By continually developing our knowledge of funding programmes and our expertise in preparing applications, we empower innovators to find and win the resources they need to become successful.

10

Funding schemes

+80

Happy clients

21

Experts in diverse fields

Our services & expertise

Funding applications that stand out

Funding applications that stand out

Lira partners with deep-tech start-ups and scale-ups worldwide, taking you from blank page to fully-polished submission.

  • End-to-end support: from work-plans and realistic budgets to robust financial models.
  • Compelling storytelling: crisp narrative, data-driven focus, and eye-catching visuals.
  • Result-driven expertise: our Partners know exactly what remote evaluators/jury panels look for and how to present your innovation.
How we work
  1. Discover
    We mine your team’s knowledge to surface the strongest technical and commercial arguments.
  2. Craft
    Our partners shape those insights into clear, comprehensive arguments, mapping every requirement of the call.
  3. Refine
    Iterative edits with your feedback ensure accuracy, authenticity, and a tone that reflects your innovation.
  4. Polish
    Final editing and design give your proposal the professional finish that makes it stand out.

You own the content. We supply the expertise, experience, knowledge, know-how that turn your proposal into a winning application.

Securing innovation funding is only the beginning. Once the contract is signed, a maze of reporting templates, compliance rules, and milestone checks appears overnight. Lira’s partners step in as your outsourced Project Management Office - PMO, so you stay focused on developing your technology.

What you gain
  • Dedicated Project Manager
    A single, senior point of contact steers your project from kick-off to final audit.
  • Zero-stress compliance
    We monitor every clause in your Grant Agreement, prepare progress reports, and coach your team for reviews. Ensuring you stay fully compliant with legal, financial, and contractual obligations. 
How we work
  1. Set-up
    We map requirements, build a tailored action plan, and perform work-package tracking.
  2. Run
    Milestone reviews, and up-to-date reports keep everyone aligned.
  3. Close-out
    Final reports, official documentation, audit files, and exploitation plans delivered on time and on spec.
Your innovation, uninterrupted

By lifting the administrative weight, Lira frees your team to do what it does best.

Project management that keeps your grant and your team on track

Project management that keeps your grant and your team on track

Innovation Funding & Services

EIC Accelerator

The EIC Accelerator is a funding scheme designed for high potential, high risk start-ups and scale-ups developing deep tech. In 2026, the overall budget is €634mn split in Open and Challenge calls. Open calls are for companies from any industry, while Challenge calls have specific topics. The EIC Accelerator funding includes a grant component of up to €2.5mn and/or equity of up to €10mn.
EIC Pathfinder
The EIC Pathfinder funding scheme is part of the European Innovation Council’s efforts to support groundbreaking research and innovation. It aims to promote high-risk, high-reward projects that have the potential to lead to significant technological advancements.

EIC Transition

EIC Transition aims at maturing both technology and business ideas thus increasing technology and market/commercial readiness, supporting several different pathways beyond fundamental research.

EIC STEP Scale Up

The EIC STEP Scale Up supports the development and manufacturing of critical technologies. It does so by offering high amounts of investment to promising companies driving game-change innovation in these critical areas. This support should help them secure larger equity funding rounds to further scale their business.

EIC Advanced Innovation Challenges - Pilot

The EIC Advanced Innovation Challenges is a new, two-stage funding scheme, being piloted in 2026 and 2027. The programme supports high-risk, deep-tech innovation with transformative potential in areas where there is extensive research but lack of commercial uptake.

EIC PRe-accelerator

The EIC Pre-Accelerator - Widening is a new and strategic initiative under the Horizon Europe Work Programme 2025, specifically designed to boost innovation potential in more countries.

Women TechEU

Women TechEU is a grant funding programme designed to support leading deep-tech, female-led start-ups based in EU and Horizon Europe Associated Countries. The programme offers funding and tailored business support services.

LCA

A multidisciplinary and holistic approach is the only possible route to effectively understand and quantify the sustainability performance of a novel product or process to be introduced in the market.

DTIF

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Innovation fund

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Our clients

We believe that achieving impactful results comes from a combination of detailed understanding of funding programmes, comprehensive analysis, meticulous planning and multiple iterations. Our focus on these aspects guarantees an approach that is tailored to your specific objectives and supports successful outcomes.

Testimonials

Joana Caldeira
The recommendation we received to work with Lira paid off. They helped us put up a winning project. Without their support we wouldn’t have succeeded in the Pre-Accelerator on our first attempt, standing out among over 1,000 applicants. And the icing on the cake? No upfront! So you know they are in the same boat with you, sweating it out
CEO and co-founder of Fetalix
John Favier
Partnering with Lira on our EU funding applications was an easy decision. Their deep technical insight and strong record of success made a real difference throughout the process. The team goes above and beyond to ensure a smooth and high-quality experience every time. I would not hesitate to recommend Lira to any organisation seeking a reliable and expert partner.
CEO & Co-founder of NanobOx
Sebastiano Zannoli
We chose to work with Lira on our EU funding applications because of their outstanding technical expertise and proven track record of success. Their team is genuinely committed to providing the best possible customer experience and consistently delivers work of exceptional quality. Highly recommended!
Founder & President at Angiodroid
In the GenAI era, it's easy to forget how essential it is to rely on truly competent, knowledgeable, and trustworthy partners. We've found Lira to be exactly that. Their team is dedicated and genuinely passionate about helping deep-tech clients succeed. They combine technical expertise with sharp business insight, enabling them to grasp complex technical details and industry nuances alike. If you're looking for the right human in the loop in a world increasingly driven by AI, Lira is the perfect choice.
CEO at Flow-nano
Paolo Ganis
Lira has been supporting us for quite some time now on our EU funding applications, and on conducting our Life Cycle Assessment (LCA). We kept them as our partner due to their high level of professionalism and startup-friendly approach. We were impressed that their team not only convered the technicalities of preparing a complex EU funding application, but was also very equipped on the technical side, financial planning, and communication. We highly recommend them to any deep-tech startup looking for comprehensive innovation consulting.
Co-founder & CEO at Vitesy
Giorgio Cucè
We partnered with Lira for our EIC Accelerator application due to their world-class reputation and we haven't been disappointed. Their approach has been rigorous across all the application stages, involving many partners with complementary skills, and they have always been highly available and responsive. We can confidently say they added value to our application.
CEO at Seares
We had the pleasure of working with Lira on our EIC applications. Lira was recommended for their meticulous attention to detail, unwavering commitment to quality, and proven track record in supporting German companies. After collaborating with Lira, I can confidently recommend Lira to any deep-tech company based in Germany. What truly sets Lira apart is their dedication to excellence. They go above and beyond to refine every proposal and deploy all available resources to ensure client satisfaction. Their professionalism and work ethic are matched only by their positive, collaborative approach, making them not just effective partners, but also a joy to work with. If you are looking for a team that combines technical expertise with outstanding service, Lira is the right choice.
CEO & Co-Founder of Ebenbuild
alexander neb
We have been working with Lira on our EU funding applications. Lira's team has shown itself to be committed, detail-oriented, and always ready to go the extra mile. Their expertise and experience in EIC funding schemes are outstanding and clearly reflected in the way they craft proposals and engage with their clients. I would recommend Lira to anyone interested in working with a team that consistently delivers on time and to a high standard.
CEO & Founder of Assemblio
Christer Bergquist
We have been working with Lira on EU deep-tech funding. They are dedicated to delivering high-quality support to their clients and have the right mix of technical and business expertise to help deep-tech companies like Altris navigate the complexities of EU funding. The team is always available, proactive, and willing to go the extra mile to help their clients succeed. If you are looking for top-tier deep-tech consulting, particularly if you wish to integrate experienced advisors into your internal processes to secure EU funding, Lira is an excellent choice. Their problem solving mindset and positive energy also make them a real pleasure to work with.
CEO at Altris
As a client, I've been truly impressed with Lira. Their unwavering focus on quality and passion for customer satisfaction set them apart. Every detail is handled with care, and their commitment to delivering the best possible results makes them a valued and trusted partner
CEO at 4Tissue
Giacomo Bastianelli
This has been the smoothest grant proposal process our consortium has ever gone through.
Lira’s coordination, timing, and calm, structured approach kept the pressure low while elevating the quality of the entire application.
CEO at Rainbow Crops
Lira combines deep industry expertise with excellent technology knowledge, always going the extra mile for their clients
CSO at Virometix
Naghza Alam
Lira's professionalism, dedication, and attention to detail give me complete confidence in their work. They genuinely care about delivering the highest quality, and it shows in every interaction
Finance Director at OrthoSon
Yassine Tahi
Lira's team is genuinely committed to going beyond expectations and consistently puts customer satisfaction at the heart of everything they do
CEO at Kinetix
Camilla Easter
Lira always goes the extra mile,
exceeding expectations with their dedication and genuine care for customers
CEO at Oxford Medical Products
Stefan Nürnberger
It was an absolute pleasure collaborating with the Lira team on our recent EIC applications. Their professionalism, unwavering work ethic, and exceptional attention to detail set them apart at every stage. The team consistently went above and beyond, making themselves available whenever needed and ensuring every detail was executed to perfection. I wholeheartedly recommend Lira to any organisation seeking a top-notch innovation consultancy in Germany. Their genuine passion for customer experience, technical expertise and dedication to delivering outstanding results make them the ideal partner for deep-tech companies.
Founder & CEO at Veecle
Tom Plümmer
We worked with Lira on our EIC applications and were very impressed. They were professional and went the extra mile to make sure every detail was right. Lira has a strong track record and really cares about quality and customer experience. I highly recommend them to any deep-tech company in Germany. They are a great team to work with.
CEO at Wingcopter
Sophie Roelants
We were recommended to work with Lira on our EIC applications because of their expertise, experience, attention to detail, focus on quality and customer experience, and strong track record. Having now worked with them, I can wholeheartedly recommend the Lira team to any deep-tech company based in Belgium. They are dedicated to perfecting every proposal, allocating all available resources to ensure clients are not only satisfied but also well supported. Beyond their outstanding work ethic, they are also a pleasure to work with
Co-founder and COO at AmphiStar
Daniele Luchena
We had the pleasure of working with the Lira team on our EIC applications. We were highly impressed by their professionalism, work ethic, and meticulous attention to detail. The team consistently went the extra mile for us and made themselves available at any time. We would strongly recommend them to any company seeking the most experienced innovation consultancy in Italy. Lira is genuinely passionate about and dedicated to delivering an outstanding customer experience.
CEO & co-founder at ARCA Dynamics
Marc Adamson
After an unsuccessful attempt at securing an UKRI Smart grant, Paul combed through our application, helping restructure it, add what was missing & create a more compelling narrative. His help exceeded our expectations as he went above and beyond to make sure every paragraph was on point. We have now secured three UKRI grants in a row as a result. I highly recommend Paul to any organisation looking at applying to an Innovate UK grant.
Co founder at All Axis Studio
Hakim Elakhrass
Lira transformed our EIC Accelerator journey into success in the October 2024 cut-off. Their approach is top-notch, blending meticulous planning with an unwavering dedication to excellence. From the moment we began crafting our applications, Lira's expertise illuminated every step of the process, culminating in a masterfully prepared face-to-face interview. What sets Lira apart is their unparalleled attention to detail and world-class professionalism. Their track record of success is no coincidence. It's the result of a finely tuned methodology that consistently delivers exceptional outcomes. For anyone aiming to secure EIC funding, partnering with Lira it's a game-changing decision. Highly recommended!
Co-Founder and CEO at NannyML
Ali Osman
Securing the EIC Accelerator grant was one of the most demanding yet rewarding experiences of my entrepreneurial journey. From the outset, we engaged Lira who deeply understood the EIC application process. Their expertise was instrumental in drafting with us a compelling proposal. Their attention to detail ensured our application was strategically positioned to stand out. We made it to the interview phase, and here every aspect of our business was scrutinized. Winning the EIC Accelerator grant wasn’t just about funding—it validated that we had built something truly impactful. Lira's guidance isn’t just helpful—it’s essential.
Founder and CEO at PFx Biotech
Brendan Rice
We worked with Lira to build our EIC Accelerator application. Their help went across the board from developing an underlying strategy to actively preparing our business plan, financial model, infographics, pitch deck and presentation skills. We reached the face-to-face interview on our first attempt which was only possible because of Lira’s expertise and help.
CEO at Senoptica Technologies
Shona D'Arcy
Kids Speech Labs engaged with Lira to help us prepare our application for the EIC Accelerator. Having prepared a submission in previous rounds myself I knew that I would benefit from expert guidance and support to get the edge needed for success in this complex program. The team at Lira have been with us from day one and have been fantastic at all levels of support. Their insight into the nuances of the Accelerator program and the application process saved us many of the pitfalls experienced in previous iterations. With excellent project management we were not panicking at the last minute to ensure a successful submission. I would highly recommend Lira as a funding advisory partner to any ambitious SME.
CEO at Kids Speech Labs
Miraç Bal
They took a lot of the workload from us and added valuable inputs to the project. Most importantly they were quick and successful in fundraising for us. This enabled us to keep our product development on track.
CEO and Founder at TalentMondo
Anne Lawlor
Lira's expertise, dedication, commitment and know-how are unparalleled. We were very happy with the team and the way they managed our proposal. They combined a natural curiosity and attention to details to deep dive into our technology and business strategy, while always reserving a unique personal touch when working together. Definitely a company to work with.
CEO at Journey Protector
John O'Connell
The Lira team went above and beyond expectations in their support across all areas of the EIC Accelerator application process - from helping us address the many aspects covered in the application form, to improving our visual narrative in the deck, to rigorously preparing us to pitch.
CEO at AudioSourceRE
Lewize Mc Cauley Crothers
We were very satisfied with Lira's support in applying for the EIC Accelerator. Their services went beyond just "writing a proposal". They operate as an investment committee to assess the company, its technology, IPR, team, business strategy and funding requirements. They were vital in identifying gaps and providing a full analysis of the market, helping us better present our company roadmap. If you are looking for an experienced, reliable and trustworthy team to work with - Lira is the one.
CEO and Founder at ExitEntry
Anjan Kumar
The broad expertise and intuitive approach of Lira's team enabled them to prepare an excellent funding proposal with minimal raw content, taking a massive load off my shoulders. We had an extremely positive collaboration with them as they directly guided us through each step of the application process, identifying risks and opportunities in developing our business strategy and narrative.
COO at LeafTech
Niccolò Calandri
Lira was instrumental in helping us to win the EIC Accelerator. Their knowledgeable approach to EU funding schemes, attention to detail and entrepreneurial mindset are second to no-one.
CEO and Founder at 3Bee
Stefano Francavilla
The best company you want to partner with to raise EU funding. Their support got us funding through the EIC Accelerator programme. We really appreciated their expertise, dedication and attention to detail. We will definitely continue to work with them.
CEO and Co-founder at Geowox
Timur Sirman
We found the collaboration with Lira very fruitful and productive. Well equipped with business and technological expertise, they helped us to win the EIC Accelerator and expand our perspective on our own business. It was easy to work with them and we appreciated their hands-on support and extensive feedback.
CEO at Magnotherm
Dr-Conor-McGinn
Working with Lira is a real pleasure. They were key to our EIC Accelerator success. Their unique result-driven approach is a key success factor in putting together compelling cases for EU funding. Their comprehensive skill set and team provide a best-in-class service rarely seen in this industry. Add their uncompromising attention to details and customer centric attitude, and you will find the perfect match to work on coveted funding schemes.
CEO at Akara Robotics
We worked on our EIC Accelerator proposals with Lira. They are world-class. Their approach is designed to deliver quality at any stage of the selection process and go the extra mile when required. We were impressed by their attention to detail and planning. We were the only Irish company to be selected in the November 2023 cut-off which was the most competitive ever since the success rate from full-application to be awarded funding was just 4%. We believe partnering up with Lira was instrumental in being successful. They really ‘walked the talk’ when it came to training us for the face to face interview thanks to their unique methodology and genuine commitment to reach the desired result. On top of that, they are a real pleasure to work with. If you are looking for the best in industry, Lira is definitely the one.
CEO at Mbryonics
Andrew Cameron
Working with Lira on our EIC Accelerator proposal almost seems like an unfair competitive advantage. The level of preparation and expert guidance we received brought us to a position that we simply could not have envisaged without their support. Their deep expertise, insider insights, and broad network of external collaborators has shaped our proposal into its optimal form, giving us the ultimate chance of success!
CEO and Founder at Feeltect
Paolo Cavallini
We were well pleased to have Lira onboard when applying for the EIC Accelerator programme. Lira provided exceptional guidance and support regarding our technology description, financial model, business model analysis and competitive scenario study. Their commitment and professionalism is unparalleled, their support and dedication helped us overcome many challenges during the application process, and, as a result, Energy Dome secured funding.
Head of Finance at Energy Dome
Kellie-Adamson
We are glad to have chosen Lira to assist with the EIC Accelerator application. Lira worked very closely with us and committed a lot of time to each step of the process. SepTec getting funded in the most competitive call ever, the EIC Accelerator, is testament to the collaboration.
Chief Scientific Officer and Founder at SepTec
Nitai Hanani
Lira helped us secure the EIC Accelerator. They are clearly well informed on the funding programme and it showed when we went through the training sessions before the face-to-face interview. Besides, they are straightforward, they have an unparalleled work ethic, and are a pleasure to work with.
CEO and Co-founder at Paragate Medical
Marc Dassler
Lira brought in their vast knowledge of many successful applications in the past, put the right amount of urgency to bring the team up to speed and did an amazing job in tuning the application, so that we won the EIC application as one of the 7% winners of all applications.
CEO and Co-founder at Energy Robotics
Boris Dimitrov
We worked with Lira on the EIC Accelerator as we knew they were among the best. They have unmatched knowledge and expertise of the funding scheme and went the extra mile for us. It paid off as we were one of the 32 companies awarded the coveted funding in the January 2023 cut-off, one of the most competitive cut-offs since the launch of the programme. We would definitely recommend Lira to anyone interested in the EIC funding schemes.
CEO at Checkpoint Cardio
Bert De Mot
The support of Lira during the preparation of our short and full proposal was excellent. However their true values lies in the exceptional support during the training for the face-to-face interview. On a daily basis, Emmanuele and his team took the time to fine-tune our pitch and trained us for the interview. Through this support we couldn't have been better prepared. We strongly recommend Lira as your partner during the application process for the EIC funding schemes.
CEO and Co-founder at Oxylum
Simone Bottan
We worked with Lira on our successful Swiss Accelerator application. Lira's team supported our work with outstanding attention to details, work ethics and passion for our experience. We would recommend Lira to any company interested in succeeding in highly competitive, innovation-based calls for proposal.
CEO at Hylomorph
Giuseppe Galimberti
Nano-Tech was awarded the prestigious EIC Accelerator funding when the success rate was 7%. A huge shout out to the incredible team at Lira for its hard work, resilience, and commitment towards its clients. Their exceptional track record in bringing 50% of their clients to the Face to Face interview stage speaks for itself. I would recommend Lira to any company interested in working with a reliable, trustworthy, and dedicated partner.
CEO at Nano-Tech
Anders C. Wulff
When we were introduced to Lira we were impressed by their focus on quality and results. Their modus operandi was presented in a straightforward and honest way, same for their expertise, experience, and track record. Our experience working with them has been excellent. We were one of the selected companies in the EIC Accelerator March '23 cut-off. We would highly recommend them to any deep-tech startup interested in the EIC funding schemes.
CEO at SUBRA
Emile Redant
We selected Lira for their reputation, focus on quality, and winning mindset. From the moment we started working together on our EIC Accelerator application, their dedication to their clients became evident. Lira consistently stood by our side, assisting us in navigating the complexities and uncertainties inherent in the application process. Their proficiency in grant writing was exceptional, but it was the comprehensive training programme for the crucial face-to-face interview that truly set them apart. Thanks to their guidance, we approached the EIC jury panel well-prepared and confident.

I wholeheartedly endorse Lira to anyone seeking to collaborate with an exceptional team that delivers on their promises.
CEO at N-Fix
Colin Story
BetaGlue was one of the 42 EIC Accelerator selected companies of the November 2023 cut-off. This was the most competitive cut-off ever as the success rate from a full-application to be deemed eligible for funding was just 4%. We worked with Lira's team and appreciated their top-notch approach to deliver on quality and their attention to detail. We were impressed by their deep knowledge of this funding scheme and their work ethics. We would recommend Lira to any deep-tech company interested in the EIC funding schemes, especially the ones that value quality, integrity and getting results.
CEO at BetaGlue
Lira wurde uns von gleich zwei Personen aus unserem Netzwerk für die Antragsstellung beim EIC-Accelerator empfohlen. Ich bin beeindruckt, wie schnell es dem Team gelungen ist die komplexen Sachverhalte unserer Technologie und deren Anwendung tiefgehend zu erfassen, diese auf den Kern zu reduzieren und in einen sehr guten Antrag zu überführen. Das Team hat den Anspruch europaweit die besten in diesem Business zu sein. Dass dies wirklich ernst gemeint ist haben uns dann auch noch einmal die harten, aber sehr wertvollen Trainings für das Face-to-Face Interview in Brüssel gezeigt. Es war eine sehr gute, äußerst zielführende Zusammenarbeit die Spaß gemacht hat. Gerne empfehle ich Lira weiter, nicht nur in unserem Netzwerk.
Managing Director at Adaptive Balancing Power GmbH

Our Team

Insights

Get the latest on innovation funding schemes, the EIC Accelerator results and more!
Latest EIC Accelerator publications
EIC Accelerator 2025
EIC Accelerator
2025 + cumulative report
The European Innovation Council Accelerator is the most coveted EU Funding Programme. This report provides a data-driven overview of the EICA in 2025 and cumulative results (2021 - 2025)
Special report 2026
EIC Accelerator
special report
This in-depth analysis identifies some high-level patterns within the 2024 and 2025 results and the elements most likely to make a deep-tech company a good fit for this funding scheme
Latest insights 
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Life Cycle Assessment

Lira is now part of the EIC Service Catalogue. EIC beneficiaries can now avail of Lira's Life Cycle Assessment service and cover up to 50% of the costs through grants offered by the EIC Service Catalogue.

You can find more information about our LCA service on the EIC Service Catalogue website here.

Contact us if you are interested in learning more about how we can assist you.
Our approach

Sustainability is built on three different levels, each equally important:

Venn diagram showing overlap of social, environmental, and economic impact with related icons in each section
our methodology
  1. Ambition → stating clearly what the aims and objectives for the LCA study are, as well as its scope and main assumptions
  2. Data collection and understanding → rigorous collection of technical, economic and social data , identification of inputs and outputs of the product system, modelling of the complete process (from cradle to grave)
  3. Benchmarking → definition of the benchmark in the product/process domain, quantification of the benchmark impacts
  4. Assessment → The main impact categories are selected, classified, grouped and normalized in order to aggregate results to determine the impacts
  5. Interpretation and Improvements → The results are summarized, the alternatives are compared, solutions to reduce the impacts are recommended
  6. Communication → strategies to promote and communicate the main results are defined
Decision Supporting Tool

We develop decision support tools that rigorously models the entire product and process value chain. By comparing this model with industry benchmarks, we can identify the process steps that have the greatest impact. This enables us to propose and test targeted solutions aimed at mitigating these impacts effectively.

Environmental lca

Based on:

ISO 14040:
Environmental management – Life cycle assessment – Principles and framework

ISO 14044:
Environmental management – Life cycle assessment – Requirements and guidelines

Chart showing environmental impact categories linked to human health, ecosystems, and resource availability damages.
Life Cycle Costing - LCC
  • Analysis of CAPEX and OPEX
  • Identification of direct and indirect cost
  • Profit and Loss projections
  • Cash-flows planning
  • Regional Assessment
  • Identification and analysis of the key financial metrics
Cycle diagram showing cost stages: Initial Cost, Service Cost, Preventative Maintenance Cost, Operating Cost, Disposal Cost.
Social LCA
  • Social analysis based on the European Sustainability Reporting Standards (ESRS)
  • Identification of relevant stakeholders and social topics
  • Data collection
  • Comparison with sector benchmarks
  • Identifying solutions for improvement
Diagram showing the social well-being sustainability pillar with categories: safety, security, and tranquillity; autonomy; equality; participation and influence, each linked to related indicators.
Holistic approach
Diagram showing the relationship between LCC, E-LCA, S-LCA, and sustainability analysis involving economic, environmental, social, and socio-environmental aspects.

EIC Pre-accelerator

The EIC Pre-Accelerator is a new and strategic initiative under the Horizon Europe Work Programme 2025, specifically designed to boost innovation potential in widening countries.
What is the EIC Pre-accelerator?

The call is exclusively for SMEs established in widening countries, which include:

country flags list
Who and how to apply?
  • Mono-beneficiary applications only (single applicant)
  • Small and Medium Enterprises (SMEs) established in widening countries
  • Deep-tech focus: Must work on cutting-edge technology with transformative potential
  • Start from TRL 4 (technology validated in lab)
Single-stage application
Flowchart showing a 22-page proposal application reviewed by 3 evaluators, with results expected by February 2026 leading to a GO or NO GO decision.
call key details
Budget:
€20mn

Project Duration:
24 months

Deadline:
18/11/2025
 
Grant Funding:
€300K - €500K
Funding rate
70%

EIC STEP

The EIC Strategic Technologies For Europe Platform (STEP) Scale Up supports the development and manufacturing of critical technologies. It does so by offering high amounts of investments (€10mn to €30mn) to promising companies driving game-change innovation in these critical areas. This support should help them secure larger equity funding rounds to further scale their business. In 2026, this funding scheme has a budget of €300mn.
Source: EIC STEP
Who can apply to the EIC STEP Scale Up?

Companies interested in applying must meet the following criteria:

  • The proposed technologies must bring an innovative, emerging, and cutting-edge element with significant economic potential and must reduce or prevent strategic dependencies of the EU.
  • The investment request to the EIC STEP Scale Up should be between €10mn and €30mn, and it should catalyse a major funding round 3 to 5 times the EIC investment.
  • The application must include a non-legally binding pre-commitment for equity investment from a qualified investor that represents min. 20% of the total target funding round.
  • Companies must not be directly or indirectly controlled by a non-associated third country or by a legal entity established in a non-associated third country.

The call targets technologies and innovations within the categories listed below.

Advanced semiconductorsMicroelectronics, including processors; photonic including high energy laser technologies; high frequency chips; semiconductor manufacturing equipment at very advanced node sizes; space-qualified semiconductor technologies
Artificial intelligenceAI algorithms; high performance computing (HPC); cloud and edge computing; data analytics technologies; computer vision, language processing, object recognition; privacy-preserving technologies (e.g., federated learning)
QuantumQuantum computing; quantum cryptography; quantum communications; Quantum Key Distribution (QKD); quantum sensing including quantum gravimetry; quantum radar; quantum simulation; quantum imaging; quantum clocks; metrology; space qualified quantum technologies
Advanced connectivity, navigation, and digitalSecure digital communications and connectivity, such as RAN (Radio Access Network) & Open RAN (Radio Access Network), and 5G and 6G; cyber security technologies including cyber- surveillance, security and intrusion systems, digital forensics; internet of things and virtual reality; distributed ledger and digital identity technologies; guidance, navigation, and control technologies, including avionics and maritime positioning, and space-based PNT; satellite-based secure connectivity
Advanced sensing technologiesElectro-optical, radar, chemical, biological, radiation and distributed sensing; magnetometers, magnetic gradiometers; underwater electric field sensors; gravity meters, and gradiometers
Robotics and autonomous systemsAutonomous habited and uninhabited vehicles (space, air, land, surface, and underwater), including swarming; robots and robot-controlled precision systems; exoskeletons; AI-enabled systems

Sustainable alternative fuels Sustainable alternative fuels technologies
Other nuclear Other nuclear technologies
Wind and electric propulsion technologies for transportation Wind propulsion technologies; electric propulsion technologies
CO2 transport and utilisation CO2 transport technologies; CO2 utilisation technologies
Transformative industrial technologies for decarbonisation Transformative industrial technologies for decarbonisation
Biotech climate and energy solutions Biotech climate and energy solutions
Renewable fuels of non-biological origin Renewable fuels of non-biological origin technologies
Energy system-related energy efficiency Energy system-related energy efficiency technologies; heat grid technologies; other energy system-related energy efficiency technologies
Other renewable energy Osmotic energy technologies; ambient energy technologies, other than heat pumps; biomass technologies; landfill gas technologies; sewage treatment plant gas technologies; other renewable energy technologies
Hydropower Hydropower technologies
Solar Solar photovoltaic technologies; solar thermal electric technologies; solar thermal technologies; other solar technologies
Nuclear fission Nuclear fission energy technologies; nuclear fuel cycle technologies
Electricity grid Electricity grid technologies; electric charging technologies for transportation; technologies to digitalise the grid; other electricity grid technologies
Carbon capture and storage Carbon capture technologies; carbon storage technologies
Sustainable biogas and biomethane Sustainable biogas technologies; sustainable bio-methane technologies
Hydrogen Electrolysers; hydrogen fuel cells; other hydrogen technologies
Heat pumps and geothermal energy Heat pump technologies; geothermal energy technologies
Battery and energy storage Battery technologies; energy storage technologies
Onshore wind and offshore renewable Onshore wind technologies; offshore renewable technologies

Advanced materials, manufacturing and recyclingTechnologies for nanomaterials; smart materials; advanced ceramic materials; stealth materials; safe and sustainable by design materials; additive manufacturing; digital controlled micro-precision manufacturing and small-scale laser machining/welding; technologies for extraction; processing and recycling of cri- tical raw materials and other components (e.g. catalyst, batteries), including hydrometallurgical extraction, bioleaching, nanotechnology-based filtration, electrochemical processing and black mass
Technologies vital to sustainability such as water purification and desalinationPurification and desalination technologies
Circular economy technologiesTechnologies for the reuse and recycling of electronics (e-waste); circular bioeconomy technologies (e.g., for converting waste to valuable bio-based materials or energy)

DNA/RNAGenomics; pharmacogenomics; gene probes; genetic engineering; DNA/RNA sequencing/synthesis/amplification; gene expression profiling, and use of antisense technology; large-scale DNA synthesis; new genomic techniques; gene drive.
Proteins and other moleculesSequencing/synthesis/engineering/manufacturing of proteins and peptides (including large molecule hormones); improved delivery methods for large molecule drugs; proteomics; protein isolation and purification; signalling; identification of cell receptors; developing polyclonal products.
Cell and tissue culture and engineeringCell/tissue culture; tissue engineering (including tissue scaffolds and biomedical engineering); cellular fusion; marker assisted breeding technologies; metabolic engineering; cell therapies; bioprinting of cells/replacement organs
Process biotechnology techniquesFermentation using bioreactors; biorefining; bioprocessing; bioleaching; biopulping; biobleaching; biodesulphurisation; bioremediation; biosensing; biofiltration and phytoremediation; molecular aquaculture; protection and decontamination including human decontaminating agents; biocatalysis, novel test techniques suitable for high throughput screening; process improvement and delivery optimisation for biopharmaceuticals and advanced therapy medicinal products
Gene and RNA vectorsGene therapy; viral vectors
BioinformaticsConstruction of databases on genomes; protein sequences; modelling complex biological processes; including systems biology; developing personalised genomics
NanobiotechnologyApplication of the tools and processes of nano/microfabrication to build devices for studying biosystems and applications in drug delivery, diagnostics, manufacturing.
How to apply?
Flowchart showing the full application process with required documents, eligibility check, results in 4-6 weeks, and go/no-go decision.

Applicants have to upload/submit on the EU Funding and Tenders Portal:

  • A 50-page business plan, including information on the company’s ownership and financial structure and a justification on the STEP-related objectives;
  • A 15-slide pitch deck;
  • A pre-commitment from a qualified investor;
  • Financial Plan;
  • FTO analysis
  • CVs

Applications will be reviewed in batches (one round of reviews every quarter) and applicants will be informed of results 4-6 weeks before the Face-to-Face Interview.

Full application deadlines:
11/02/2026
06/05/2026
09/09/2026
25/11/2026

Flowchart showing the interview step with face-to-face interview, pitch, and Q&A evaluated by up to 6 jury members resulting in go or no-go decisions with sovereignty seal options.

Companies successful on the first step will be invited to the second step, a Face-to-Face Interview in front of a max. 6-person jury. The EIC will inform applicants of results within 2 weeks of the interview. The outcome may be one of three possibilities: 1) GO and Sovereignty (STEP) Seal; 2) NO GO and Sovereignty (STEP) Seal; and 3) NO GO.

If GO, companies will go through due diligence and a negotiation on the investment agreement with the EIC Fund.

Women TechEU

Women TechEU is a grant funding programme designed to support leading deep-tech, female-led start-ups based in EU and Horizon Europe Associated Countries. The programme offers funding and tailored business support services.
Source: Women TechEU
Who can apply for the Women TechEU programme?

To apply, you must:

  • Be a female founder or co-founder of an early stage deep-tech start-up and hold a top management position (CEO, CTO or equivalent) in the company
  • Have your company registered and established in an EU Member State or Horizon Europe Associated Country for at least 6 months and a maximum of 8 years at the time of the submission date
  • Have raised <€1M in equity funding
  • Have yet to reach a high fidelity MVP
What activities can the Women TechEU programme support?

Applicants are free to decide and indicate which activities are required to accelerate the development, growth, and sustainability of the business. Examples include:

  • Business model upgrade
  • Update and consolidation of business plan and growth strategy
  • Business model validation
  • Update of financial plan
  • Certifications
  • IP strategy and freedom to operate
  • Commercial plan
  • Market analysis
  • Customer validation and technical/clinical assessment
  • Finding partners and investors etc
How to apply?

Applications for 2025 are now closed. We expect more calls in 2026 and 2027

Online application form
3-minute video pitch
Investor pitch deck
CVs of the woman founder or co-founder and core team
call key details
Budget:
€12mn (2024-2026)

Grant:
€75k fixed lump sum
Funding rate
100%

EIC Transition

EIC Transition aims at maturing both technology and business ideas thus increasing technology and market/commercial readiness, supporting several different pathways beyond fundamental research.
Source: EIC Transition
Who and how to apply for the EIC Transition?
Single applicants or consortia of min 2 to max 5 eligible entities

The EIC Transition is a 2-step process.

Proposals of 22 pages.

Open deadline: 16/09/2026

Development stages from technology validation in lab to demonstration in relevant environment (TRL 4 to TRL 6).
Application Process
Flowchart showing the EIC Accelerator application process including proposal review and interview stages with possible outcomes.

EIC Transition is restricted to proposals based on results generated by the following eligible projects: 

  • EIC Pathfinder projects; 
  • ERC Proof of Concept projects funded under Horizon 2020 or Horizon Europe;
  • RIA funded under Horizon 2020 Societal challenges and Leadership in Industrial Technologies and under Horizon Europe pillar II;
  • RIA funded under the Horizon Europe or Horizon 2020 Research Infrastructures.
call key details
Budget:
€100M

Project Duration:
1 to 3 years

Deadline:
16/09/2026

Max Project Funding:
€2.5M
Funding rate
100%

EIC Pathfinder

The EIC Pathfinder funding scheme is part of the European Innovation Council’s efforts to support groundbreaking research and innovation. It aims to promote high-risk, high-reward projects that have the potential to lead to significant technological advancements. The scheme focuses on early-stage, visionary ideas that can pave the way for future innovations.
Source: EIC Pathfinder
Who and how to apply for the EIC Pathfinder?

Open Call: Consortia of min 3 partners

Challenge Call: Single applicants or consortia of min 2 partners

The EIC Pathfinder is a 1-step process.

Proposals of 22 pages for EIC Pathfinder Open and 30 pages for EIC Pathfinder Challenge.

The EIC Pathfinder has 2 deadlines in 2026: 12/05 for Open proposals; and 28/10 for Challenge proposals.

Technology Readiness Levels 1 to 4 showing progression from basic principles observed to technology validated in lab.
Open Call
Budget:
€166M

Deadline:
12/05/2026

Grant / Equity:
Grants of max. €4M
Funding rate
100%
Challenge Call
Budget:
€120M

Deadline:
28/10/2026

Grant / Equity:
Grants of max. €4M
Funding rate
100%
Challenge Topics

This Challenge focuses on the development of a new generation of advanced materials to deliver miniaturised integrated energy harvesting devices, with significantly enhanced performance compared to the state of the art, that will give rise to highly effective energetically autonomous devices and systems.

Specific Objectives:

Increasing plant growth, yields and resistance to stress through:

  • The identification and development of innovative advanced materials for energy harvesting, harnessing new physical/ chemical phenomena, leading to a radical shift in application range and performance while reducing the reliance on Critical Raw Materials (CRMs)
  • The implementation of the advanced materials in a miniaturised energy harvesting module, such as, but not limited to, miniaturised solar cells, thermoelectric generators (e.g. TEG), nanotribological/ piezoelectric devices, electromagnetic wave harvesting devices
  • Integration of the miniaturised energy harvesting modules in energetically autonomous systems (e.g. wireless integrated sensors) and
  • Benchmarking the harvesting modules in a representative use case in a laboratory environment (TRL 4) with a view to demonstrating significant efficiency improvements, in terms of energy harvested, compared to the state of the art.

This Challenge looks to translate decades of ageing research into tangible biopharmaceutical solutions for healthy ageing

Specific Objectives:

Applicants to this Challenge will be expected to develop a proof of concept in one of the following three areas:

1. An innovative preventative or therapeutic biotechnology-based or pharmaceutical intervention that prevents, delays or reverts the onset of   a specific age-related disease.  Such projects must address all of the following objectives:

  • develop an intervention that targets a fundamental molecular or cellular process of ageing, such as the hallmarks of ageing
  • assess the generalisability of the intervention (showing that it is applicable more broadly to ageing-related traits beyond the primary indication targeted) by assessing the impact of the intervention on another distinct trait related to ageing
  • demonstrate proof of concept by carrying out an interventional study in a vertebrate animal model of ageing that is physiologically aged. Projects are also encouraged to include small-scale interventional clinical studies but must at a minimum anticipate how the intervention could be feasibly tested in a clinical setting, and
  • develop a plan for exploitation, which considers ethical and societal perception, economic viability and regulatory approval. At least two of these areas, considered most relevant for the intended application, must be assessed in greater depth, suitably informing the project’s technology development and contributing to the portfolio activities.

2. A biomarker based tool to enable the responsible deployment of ageing-related interventions, taking into consideration the following:

  • The tool should be based on previously identified potential biomarker candidates or ageing clocks. All types of biomarkers are welcome, for example digital, molecular or physiological biomarkers (such as frailty measurements), combinations of biomarkers and multimodal biomarkers); as well as biomarkers for different applications (e.g. predictive, diagnostics). Biomarker discovery is explicitly excluded
  • The tool should integrate different measurements of multiple molecular, anatomic, physiologic, biomechanical or biochemical traits, as appropriate, to comprehensively capture the ageing process (i.e. it should not exclusively measure a single parameter/hallmark of ageing)
  • The above selected biomarker signature should enable a clear linkage between clinical features and the mechanisms of ageing to be shown
  • The signature should be robust to inter-individual and intra-individual variability in ageing to provide actionable, personalised insights
  • The tool should be assessed in an initial retrospective study to establish proof-of-concept. Applicants must therefore convincingly demonstrate that they have access to suitable longevity cohorts, and
  • The selection of the biomarkers and the development of the tool should prioritise deployment feasibility and actively incorporate feedback from potential users.

3. A New Approach Methodology (NAM) that goes beyond the current state-of-the art to enable the future development of interventions for healthy ageing. The NAM should:

  • robustly capture the aged status of the system and the systemic/integrative nature of ageing (i.e. it should capture more than 1 molecular or cellular aspect of ageing, and more than 1 tissue type)
  • be benchmarked against a relevant animal model of ageing, and
  • be tested in the setting of a clearly specified use case (e.g. development of an intervention; as pre-clinical model in a regulatory setting).

The goal of this Challenge is to move beyond the current state-of-the-art in traditional AI approaches, whether symbolic (e.g., rules, decision trees, symbolic regression, etc.) or connectionist, neural (e.g., deep learning, large language models, reinforcement learning). The goal is to significantly improve the Reasoning, Abstraction, and Planning (RAP) capabilities of AI systems.  

Specific Objectives:

Innovative ideas put forward under this Challenge must explore novel approaches, including combinations of existing techniques (i.e. neuro-symbolic AI), or the creation of entirely new frameworks that go beyond current, traditional, deep learning and reinforcement learning paradigms. These could be inspired by developments in diverse fields such as neuroscience, biology, physics, philosophy and more.  

The proposals should address one or more of the following cognitive capabilities: 

  1. Deep Reasoning: Moving beyond statistical pattern matching to support causal inference, logical reasoning, and context-aware or commonsense decision-making in complex, unstructured environments. This requires shifting from purely data-driven correlations to AI systems capable of understanding why patterns emerge, identifying underlying causes, and drawing valid conclusions through both deductive and inductive processes. Neuro-symbolic approaches, which combine the learning power of neural networks with the structured inference of symbolic reasoning are particularly encouraged to advance these capabilities. Integrating contextual and commonsense knowledge enables AI to interpret information more holistically, adapt decisions dynamically, and handle ambiguity and uncertainty. Deep reasoning systems should be able to reconcile multiple sources of information, provide transparent and explainable rationales for their outputs, and align with human values and expectations, ensuring trustworthy and accountable operations in demanding real-world scenarios. 

  2. Deep Abstraction: Enabling AI systems to generalise insights from limited data by forming, manipulating, and refining high-level concepts, analogies, and representations that can be transferred across diverse application domains. This includes the development of internal world models to support abstraction, foster commonsense understanding, and integrate semantic and contextual awareness. Approaches that combine symbolic reasoning, analogical mapping, and representation learning are particularly encouraged, as they empower AI to interpret meaning, intent, and relationships within complex environments. Progress in deep abstraction is essential for achieving cognitive flexibility, robust transfer learning, and adaptive reasoning in dynamic, data-scarce, or rapidly evolving settings. 

  3. Deep Planning: Developing robust, adaptive, and scalable planning algorithms/models capable of operating in open-world, agentic, or uncertain real-time environments. This involves leveraging advanced deep learning techniques such as deep reinforcement learning and architectures tailored for planning tasks to enable AI systems to autonomously devise, optimise, and adjust complex strategies in dynamic settings. Neuro-symbolic approaches integrating neural networks with symbolic reasoning are particularly encouraged to address uncertainty, provide formal guarantees, and enable explainable, dependable decision-making.  Emphasis is placed on long-term, flexible planning that incorporates cognitive timing and predictive modelling, enabling systems to anticipate and adapt within dynamic contexts. Approaches should explore hierarchical planning across multiple temporal levels, contingency planning for effective fallback strategies, and continual re-planning to dynamically update plans as environments evolve. These advancements will underpin resilient, coordinated, and trustworthy AI planning in complex, unpredictable scenarios.  

EIC Accelerator

The EIC Accelerator is a funding scheme designed for high potential, high risk start-ups and scale-ups developing deep tech. In 2026, the overall budget is €634mn split in Open and Challenge calls. Open calls are for companies from any industry, while Challenge calls have specific topics. The EIC Accelerator funding includes a grant component of up to €2.5mn and/or equity of up to €10mn.
Source: EIC Accelerator
How to apply for the EIC Accelerator?
The EIC Accelerator follows a structured 3-step process.
Flowchart of the Short Proposal step showing submission requirements, evaluation by 4 experts in 4-6 weeks, and go/no-go decisions based on evaluator majority.

Applicants have to submit on the EU Funding and Tenders Portal:

  • 12-page short proposal;
  • A 10-slide deck; 
  • A 3’ video.

Four remote expert evaluators will review the documentation and decide whether it has merit to advance to the full proposal stage. The outcome of the evaluation will be sent to the applicant within 4 to 6 weeks from the date of the submission. Only short applications that receive 3 GOs out of 4 from the evaluators will be invited to submit a full proposal. 

Flowchart showing the full proposal step, including documents needed, tech expert assessment, evaluation panel, and invitation decision.

Six cut-off dates are planned for 2026:

  • 07/01/2026
  • 04/03/2026
  • 06/05/2026
  • 08/07/2026
  • 02/09/2026
  • 04/11/2026

The full proposal is submitted for review by both a technical expert evaluator and an evaluation panel composed of at least three independent experts.

The technical evaluator will examine the proposal in detail and conduct an online meeting with the applicants. The findings of this assessment will be included in a report, which will be sent to the evaluation panel.

Each independent expert within the evaluation panel will assess the proposal. The panel will then deliberate, taking into account both the individual expert assessments and the technical evaluator’s report, to determine the final score for the proposal.

Upon completion of the selection process, a ranked list of full proposals will be produced, identifying the companies invited to participate in the face‑to‑face interview stage.

Flowchart showing step 3 Face-to-Face Interview with pitch and Q&A, EIC jury decision, and results within 2-3 weeks leading to GO or NO GO.

The Face-to-Face Interview serves as the conclusive step in the EIC Accelerator process. It offers companies a unique opportunity to engage with a distinguished jury panel holding the authority to determine the companies selected for the EIC Accelerator.

During a comprehensive interview, the initial 10 minutes are dedicated to the pitch deck previously submitted as part of the full proposal. The interview then entails a question-and-answer session.

Following the interview, companies can expect to receive notification regarding the final outcome of their application within approximately two to three weeks. Prepare diligently for this impactful interview as it serves as the ultimate determinant for securing funding through the prestigious EIC Accelerator programme.

Open Calls
Budget
€414mn

Deadlines
Short proposal deadline: Continuous

Full proposal deadlines 2026:
07/01; 04/03; 06/05; 08/07; 02/09; 04/11

Grant / Equity
Grants of max. €2.5mn and /or Equity of max. €10mn
Funding rate
70%
Challenge Calls
Budget
€220mn

Deadlines
Short proposal deadline: Continuous

Full proposal deadlines 2026:
07/01; 04/03; 06/05; 08/07; 02/09; 04/11

Grant / Equity
Grants of max. €2.5mn and /or Equity of max. €10mn
Funding rate
70%
Challenge Topics

The start-ups and SMEs to be supported under this Challenge must focus on the development of advanced materials for renewable energy or energy storage systems, encompassing the design, synthesis, characterisation, up-scaling, and production of such materials.  

The materials and associated processes must be developed with a view to minimising the use of resources, including strategic and Critical Raw Materials (CRMs). They must have their performance benchmarked, minimisation of resource use proven with respect to the state of the art and the use-case considered. In-silico methods of design and testing developed materials should be considered to speed-up the design process and decrease the cost of development. 

The environmental footprint of the developed advanced materials should also be measured with a life-cycle analysis that includes an evaluation of the cost and social impact. Applicants are also encouraged to consider the potential impact of emerging environmental markets on their business, and to explore the strategic opportunities these markets may unlock when paired with innovative business models. 

The projects selected under this Challenge will become part of the wider advanced materials ecosystem to be fostered by the actions set out in the Commission Communication on Advanced Materials including the new co-programmed partnership IAM4EU.

The start-ups and SMEs to be supported under this Challenge must focus on one or more elements of the fusion value chain including: 

  • Alternative concepts: magnetic, inertial and magneto-inertial fusion, either at the system level (conceptual or engineering design) or the design of core components and technologies
  • Advanced materials: these encompass materials for components that must withstand extreme conditions of e.g. temperature, heat flux, plasma particle flux and neutron load, corrosion, and mechanical stress
  • Sustainable and stable fuel production: innovative concepts for enabling tritium production and a closed tritium fuel cycle in fusion power plants
  • New laser technologies: high-power, high-repetition-rate laser systems, along with allied optics, to enable fuel compression and ignition in inertial confinement fusion
  • New components /systems for Plasma: innovative components/systems for effective plasma heating and current drive
  • Magnets: innovative components and design approaches for magnets capable of operating under fusion power plant conditions, including high heat and radiation tolerance and structural strength  
  • Advanced Digital Technologies: includes the use of AI and machine learning techniques as well as digital twins to facilitate the design, control, monitoring and operation of future fusion power plants, and 
  • Targets for inertial confinement fusion: Advancing target design and materials to address current limitations in target performance and target insertion into the experimental/reactor chamber.
  • Other key enabling technologies for fusion power plants not mentioned above will also be considered. 

Indicative budget: €20mn

The start-ups and SMEs to be supported under this Challenge must focus on developing biotech driven solutions in one (or more) of the following areas:

  • Bioremediation technologies: focused on restoring and enhancing soil health enabling sustainable agriculture in contaminated lands. Proposals could include solutions such as, but not limited to, phyto or mycelial extraction or degradation of pollutants. Solutions that will extract, degrade or transform pollutants must go beyond the state of the art and put forward innovations that demonstrate improvements to the nutritional profile of food and feed, and the quality of the biomass produced
  • Soil and soil microbiome management technologies: covers solutions that will increase the soil’s organic carbon stock and its structure to enhance biodiversity, improve water retention and boost fertility and nutrient availability 
  • Renewable fertilizers and bio stimulants: targets materials that could be produced from waste and residue streams and biomass in innovative, sustainable and circular ways with the help of microorganisms or their biological components, enabling a virtuous cascading approach from agricultural operations or from bio-based industrial processes.

Regardless of the specific area addressed, companies are encouraged to leverage digital tools such as AI and monitoring technologies such as sensors, as appropriate, to facilitate the identification or the development of processes and to reliably assess the evolution of soil health conditions to make the resulting products and services suitable for integration into existing production systems. All projects must provide a lifecycle assessment (LCA) considering environmental, social and economic consideration. Proposals are also expected to consider regulatory aspects alongside issues surrounding consumer acceptance and articulate suitable strategies to support market entry within and beyond the EU. Applicants are encouraged to consider the potential impact of emerging environmental markets on their business, and to explore the strategic opportunities these markets may unlock when paired with innovative business models.

The startups and SMEs supported under this Challenge will be connected through the EIC’s Business Acceleration Services with stakeholders engaged in the EU Mission Soil and with Horizon Europe Cluster 6, including its public-private partnership Circular Bio-based Europe Joint Undertaking (CBE JU) to support the accelerated uptake of breakthrough solutions.

Indicative budget: €50mn

The start-ups and SMEs to be supported under this Challenge must look to develop and deploy deep-tech innovations that contribute to the CRMA and European domestic capacity in one or more of the following areas: 

  • Exploration of critical and strategic raw materials: this includes precision drilling, remote sensing, and the use of AI and big data to access and assess previously sub-economic resources, retired mines, and re-assess mine tailings and post-processing waste heaps, whilst reducing costs and waste. 
  • Extraction, processing and metallurgy refining for the supply of primary critical and strategic raw materials: this includes approaches such as hydrometallurgical, bioleaching, phytomining and nano-filtration. A holistic approach to economical and sustainable mining operations is essential for the ambitions of the CRMA. Deep tech innovations that enable electrified autonomous operation of mining equipment are within scope. 
  • Recycling from end-of-life products for the supply of secondary critical and strategic raw materials: this includes urban mining and the use of battery black mass and electronic waste as CRM feedstock. 

The deep tech innovations must improve the sustainability of the EU’s sources for critical and strategic raw materials in line with the EU principles for sustainable raw materials​ and must clearly justify the relevance and business case for all targeted minerals and metals.  

The environmental footprint of the proposed innovations should also be measured with a life-cycle analysis that includes an evaluation of the cost and social impact. Applicants are encouraged to consider the potential impact of emerging environmental markets on their business, and to explore the strategic opportunities these markets may unlock when paired with innovative business models.

Deep-sea mining does not fall within the scope of this call. 

Indicative budget: €50mn

The start-ups and SMEs to be supported under this Challenge must look to develop and deploy deep-tech innovations that will address one of the following priorities: 

  • Combating extreme heat in urban environments: climate-neutral solutions that address urban heat island effects and urban cooling by for example reducing heat transfer, heat accumulation and cooling costs in urban areas. Proposals could include solutions such as, but not limited to, temperature-responsive and reflective materials, insulation, coating that regulate building temperatures, biomimetic nano-structured metamaterials that selectively/adaptively reflect or absorb light bandwidth, novel green-roof and green-façade systems integrating nature and materials for new build and retrofit. 
  • Climate Smart Agriculture: this includes scalable climate smart crops, nature-based solutions, agroecology, integrated pest management with increased resilience to several simultaneous climate threats as well as microbial solutions, and bio stimulants enhancing climate resilience. Deep tech solutions for indoor food production such as, but not limited to, variable transparency solar glass which could be applied to industrial and residential buildings also fall within scope; 
  • Combating Water scarcity: this includes the reuse of water trough wastewater processing and water filtration solutions sensitive to emerging pollutants and could include biotech solutions such as, but not limited to, bacterial, mycelial or plant extraction or degradation and nature-based solutions. These solutions must be suitable for large and small-scale applications in urban and/or rural regions   

Flood and coastal protection​: includes solutions for new (temporary) buildings / (green) infrastructure and retrofit to help infrastructure withstand damage from storm waters, coastal and river flooding alongside novel/ targeted predictive systems or early warning systems.

Indicative budget: €50mn

EIC Advanced Innovation Challenges
Pilot

The EIC Advanced Innovation Challenges is a new, two-stage funding scheme, being piloted in 2026 and 2027. The programme supports high-risk, deep-tech innovation with transformative potential in areas where there is extensive research but lack of commercial uptake.

Stage 1 offers a grant of €300K to demonstrate feasibility and validate breakthrough solutions through benchmarking.

Stage 2 offers a grant of up to €2.5mn to further develop and user test the most promising solutions in real-world environments.
Source: EIC AIC - Pilot
WHO AND HOW TO APPLY FOR THE EIC ADVANCED INNOVATION CHALLENGES - PILOT?

TRL: 4 to 6/7

Overall programme budget: €31M

 

Four stages of technology readiness levels from validation in lab to prototype demonstration in operational environment shown on a timeline.
Stage 1
Single applicants


Budget:
€6M

Deadline:
26/02/2026

Grant:
Grants of max. €300K
Funding rate
100%
Stage2
Single applicants or consortia of min 2 to max 3 eligible entities

Budget:
€25M

Deadline:
18/06/2027

Grant:
Grants of max. €2.5M
Funding rate
100%

Application process

Flowchart showing Stage 1 proposal process: 11-page proposal reviewed by experts, leading to GO or NO GO decision.Flowchart showing Stage 2 of the process: 22-page proposal, face-to-face interview with pitch and Q&A, EIC Jury review, results in 6-8 weeks, then GO or NO GO decision.
Challenge Topics

This Challenge aims to accelerate the development towards integration, deployment and commercialisation of breakthrough Physical AI solutions that will enhance Europe’s technological sovereignty, sustainability, and global competitiveness.

Disruptive Physical AI innovations must demonstrate at least two of the following characteristics:

  • Intelligent Perception and Cognition - Encompasses robust sensing, understanding, and real-time reasoning capabilities. 
  • Adaptive Learning and Optimisation - Focuses on continuous improvement, domain-specific adaptation, and intelligent resource management. 
  • Autonomous Decision-Making and Collective Intelligence - Combines real-time problem-solving with autonomous action and swarm coordination in dynamic environments. 
  • Human-AI Collaboration and Interaction - Encompasses safe, intuitive interfaces and collaborative robotics for human-AI teamwork.
  • Physical Integration and Innovation - Focuses on developing novel sensors, actuators, and materials that advance embodied AI capabilities.

Solutions must also focus on addressing pressing needs in at least one of the following application areas:

  • Disaster response and civil security physical agents: AI-powered robotic systems designed to act before, during, or immediately after disasters (natural or man-made), with the aim of saving lives, ensuring safety, and restoring normalcy in hazardous, unpredictable environments.
  • Autonomous labs for Scientific Discovery: self-directed scientific environments where AI and robotics design, execute, and analyse experiments with minimal human intervention. 
  • Personal or professional robot assistants: AI-powered robots designed to support individuals or professionals by automating repetitive, menial, or complex tasks in homes, workplaces, or industrial settings. 

In the medium to longer term, it is expected the solutions will reduce European dependencies and support end users in leveraging advances in AI to enhance their products and develop new capabilities that will contribute to:  

  • Strengthened European leadership in physical AI, reducing reliance on non-European technology providers, and
  • Contribution to EU priorities in sustainability, resilience, digital transformation, and industrial competitiveness.

This Challenge aims to accelerate the adoption of NAMs in biomedicine and support companies that want to bring NAMs to the market. 

Innovative and disruptive NAMs should address one or both of the following areas:

  • Preclinical biomedical research
  • Testing of medicinal products and medical technologies for safety, efficacy, or quality.

Human organoids or microphysiological systems (e.g. organ-on-chip, disease-on-chip), in chemico methods, digital twins, virtual patient simulations, AI-enhanced predictive models, mechanistic or integrated in silico platforms, 3D- advanced human tissue model are in scope.

This Challenge supports ambitions to maintain and strengthen the health sector in Europe. It will:

  • Accelerate the development and validation of disruptive NAMs for biomedical applications, including medicinal products and medical technologies 
  • Support regulatory innovation by providing evidence-based recommendations for the assessment of safety, efficacy, and quality of human health products using NAMs.
  • Enable citizens to benefit from novel technologies that have been assessed through rigorous NAMs that have been validated to can predict potential effects in humans, and
  • Provide industry with a harmonised and standardised NAM-based assessment toolkit that is faster and more flexible.