Last month, in Munich, alongside Bits & Pretzels, 18 EIC-backed research teams, including innovators from the health-related sectors, presented their market validation results to investors, founders and ecosystem experts. The event was part of the EIC Tech to Market Programme, which supports deep-tech researchers in transforming scientific breakthroughs into viable business opportunities through hands-on training and tailored venture-building support.
EIC Business Idea Validation: Turning research into a viable business opportunity
Deep-tech research rarely stalls in the lab. The real challenge often comes when a breakthrough technology meets the market: who needs it, what problem does it solve, and who is willing to pay for it? An estimated 75% of the more than 1,800 innovations emerging from EIC Pathfinder and EIC Transition projects target markets that do not yet exist, according to the EIC Impact Report 2025. For these innovators, market evidence cannot be looked up. It must be generated.
A promising technology is only the starting point. To build a successful venture, researchers need to understand their future customers, test their business assumptions, and identify a clear path to market.
That’s where the EIC Business Idea Validation (BIV) training comes in. Part of the EIC Tech to Market Programme, this training course free-of-cost for EIC awardees helps EIC-backed innovators explore the commercial potential of their research before committing to venture creation.
Through hands-on exercises, stakeholder interviews and dedicated mentoring, participants gather the evidence needed to make an informed decision on commercialization, knowing when to move forward, rethink their approach or explore a new direction
18 teams, breakthrough ideas and a stage to shine
On 28 September, Munich became the meeting point for scientific ambition and entrepreneurial thinking as the first BIV cohort gathered, both in person and online,for its final Demo Day. Across two parallel pitching tracks, 18 research teams showcased innovations spanning health biotechnology, medical technologies, advanced materials, climate and environmental technologies, the built environment, AI and data, and quantum and advanced computing.
The diversity of solutions reflected the potential of European deep-tech innovation:
- ARCHIBIOFOAM: Creating sustainable, 3D-printed biofoams that adapt to environmental conditions, offering recyclable and compostable alternatives to conventional construction materials.
- ARISE: Using AI-powered robotics, adaptable manipulators and advanced perception technologies to automate complex tasks in renewable energy and agriculture.
- BAYFLEX: Creating sustainable, flexible, low-power AI sensors using organic electronics and probabilistic computing to monitor and analyse electrophysiological signals.
- BIGALPS: Introducing sustainable biocementation technology using organic binders to stabilise soil, prevent erosion and landslides, and strengthen infrastructure resilience.
- bitteiler: Using AI-powered data compression to help IoT sensors transmit more information while reducing communication costs and infrastructure requirements.
- DNAMIC: Developing robust, high-density, sustainable, and economically viable data storage solution by integrating DNA technology into standardised archival frameworks.
- ECaBox: Developing a platform that keeps whole eyes alive outside the body, enabling more accurate testing of ophthalmic drugs and advanced therapies while reducing reliance on animal models.
- EntropIC: Advancing anti-counterfeiting and secure identity verification through silicon-based, high-entropy physical unclonable functions that provide unique, tamper-resistant digital identities.
- FABSIM: Advancing the manufacturing of high-resolution optical metasurfaces to enable compact, efficient light-manipulating technologies for automotive lighting, solar panels and optical sensors.
- FOREVER-WATER: Tackling PFAS (“forever chemicals”) contamination with graphene-based electrochemical technology designed to provide scalable and sustainable water purification.
- GREEN SwAP: Harnessing solar energy to convert water into hydrogen peroxide and hydrogen, enabling sustainable, low-cost propulsion for spacecraft.
- IONPAP: Transforming sustainably sourced paper into high-performance, ion-conductive membranes for batteries and electrolysers, offering an affordable, environmentally friendly alternative to conventional materials.
- METATOOL: Advancing AI capabilities through computational models inspired by human cognition, enhancing prediction, self-evaluation, abstraction and autonomous decision-making.
- MiXSERS: Combining nanostructured materials, microfluidics and AI-powered analysis to enable rapid, high-sensitivity molecular detection across multiple industries.
- NEOMAG: Using an AI-guided magneto-mechanical platform to recreate the physical conditions of living tissues, enabling more accurate disease modelling and the development of new therapies.
- PetVision: Making high-precision cancer diagnosis more accessible through an affordable, modular PET imaging device using advanced Time-of-Flight technology.
- REMAP: Introducing a sustainable microfabrication technique using reusable magnetic pixels and electroplating to create precise surface patterns while reducing material waste and energy consumption.
- TargetMI: Harnessing large-scale multi-omics data and advanced computational analysis to identify new drug targets, biomarkers and risk prediction tools for heart attacks and cardiovascular disease.
Each team had five minutes to pitch its business idea and validation results, followed by ten minutes of questions from angel, venture and impact investors and EIC Ecosystem Partners.
The day also brought together EIC representatives, founders and coaches for a closing discussion on the next steps towards venture creation, while giving participants the chance to exchange experiences, make connections and celebrate their progress.
Insights, connections and new perspectives
For participants, the real value of Business Idea Validation went far beyond preparing a pitch. The Demo Day provided a real-world stress test for their business ideas. Facing questions from investors and ecosystem experts, teams received direct feedback and valuable insights to guide their next steps.
As one participant reflected, the experience helped them realiserealize that some of their assumptions about potential customers were wrong, opening the door to a new direction. For others, the most valuable takeaway was learning to think beyond the laboratory and approach their innovations with an entrepreneurial mindset.
One really interesting thing we learned about ourselves during the programme was understanding the difference between what it takes to build a business and what we want to achieve as researchers, which is perhaps more about making an impact on society.
Asma Banyahia, PhD researcher at École des Mines de Saint-Étienne, BAYFLEX, EIC Pathfinder awardee
Ready to validate your business idea? Join the next cycle!
The next Business Idea Validation cycle starts on 31 March 2027, offering eligible researchers the opportunity to explore the market potential of their innovations, free of charge.
The course is open to EIC Pathfinder and EIC Transition project teams, EIC Advanced Innovation Challenges Stage 1 awardees, EIC Transition Seal of Excellence holders, entities eligible for EIC Transition, Women TechEU awardees and researchers supported by the Interregional Innovation Investments (I3) Instrument.
- Apply for the next cycle by 7 February here
