Women leading deep tech: six founders from the EIC Women Leadership Programme 2026

Brussels, July 17th 2026
Summary
  • Six women founders from the EIC Women Leadership Programme are scaling deep tech companies across oncology, research tools, water, cybersecurity, brain delivery and sustainability reporting.
  • Their ventures combine academic research, specialised datasets or hardware, and AI or sensing technologies to address high risk markets with measurable value propositions.
  • Several companies have secured EIC support and multi million euro financing while others are at pre seed stage with targeted product market fit in ResearchTech or ESG tooling.
  • The profiles illustrate strengths of European research ecosystems and common scaling challenges including data access, regulatory steps, capital intensity and the need for industrial partnerships.

Women leading deep tech: six founders from the EIC Women Leadership Programme 2026

Turning laboratory breakthroughs into companies that can scale internationally requires leadership skills that go beyond scientific excellence. The European Innovation Council Women Leadership Programme brings seasoned coaches, mentors and networking to women researchers and founders as they move from discovery to products, customers and clinical trials. Below are six founders from the 2026 cohort whose companies illustrate how European research talent is being commercialised across health, digital infrastructure, industrial water, and sustainability. The profiles include funding milestones, institutional partnerships and technology summaries while noting where claims require independent validation.

Diane-Laure Pagès, Co-founder and COO — Orakl Oncology, Paris, France

Orakl Oncology combines fresh tumour-derived biological material with multimodal clinical data and machine learning to create virtual patient models intended to predict how cancers respond to therapies. The company is initially focused on colorectal and pancreatic cancers. Diane-Laure Pagès, an engineer by training, leads partnerships, legal operations and organisational development. Orakl emphasises hospital collaborations with institutions such as Gustave Roussy and AP-HP to secure tumour samples and matched clinical histories that feed its predictive models. Orakl has raised nearly €15 million from investors including Singular, Speedinvest, HCVC and Verve Ventures. It also received an EIC Accelerator Seal of Excellence.

Why hospital partnerships matter:High quality, prospectively collected tumour tissue and linked clinical data are essential for training translational AI models. Access to such samples creates a competitive moat because assembling and standardising those datasets at scale is resource intensive and governed by strict ethical and regulatory rules.
Caveat on predictive claims:The company and some announcements cite strong predictive accuracy from their models. Independent peer reviewed validation and prospective clinical trials remain the gold standard for demonstrating real world clinical utility and impact on drug development outcomes.

Elena Callegari, Co-founder and CEO — SageWrite, Reykjavík, Iceland

SageWrite builds AI tools tailored for scientific writing and research workflows. The product aims to transform notes and drafts into publication ready manuscripts while preserving an individual author voice and recommending relevant literature. Elena Callegari holds a PhD in Linguistics and has academic experience in Natural Language Processing and large language models. SageWrite was selected by Women TechEU and is at pre seed stage. Its differentiator is a ResearchTech focus rather than trying to compete as a general purpose writing tool.

Risks and trade offs with AI writing tools:Tools that assist manuscript preparation can raise issues of accuracy, citation provenance and reproducibility. Scientific users and journals increasingly demand traceability of sources and transparency about the use of generative models. Startups that focus on domain rigor and data governance have an advantage among research customers.

Iliane Rafaniello, Co-founder and CEO — Surphase, San Sebastián, Spain

Surphase develops sensor technology to monitor reverse osmosis membranes used in desalination and industrial water treatment. Continuous, real time detection of fouling allows operators to intervene earlier, reduce chemical cleaning, lower energy consumption and extend membrane life. Founder Iliane Rafaniello holds a PhD in Applied Chemistry and Polymers and has led membrane fouling research for a decade. Surphase secured €2.5 million from an EIC Accelerator award as part of a broader €3.5 million financing plan and has entered seed stage with initial commercial traction.

Why membrane monitoring is attractive to operators:Desalination is capital and energy intensive. Improvements in uptime, membrane life and chemical use translate directly into measurable operational savings. Industrial buyers in water are therefore sensitive to demonstrated return on investment and field validated pilots.

Ingrid Verbauwhede, Co-founder and Chief Scientist — Belfort Labs, Leuven, Belgium

Belfort Labs is developing custom semiconductor and accelerator technology to enable computation on encrypted data so that sensitive information never has to be decrypted for processing. The approach addresses a growing need for privacy preserving analytics in finance, defence, healthcare and trusted AI deployments. Professor Ingrid Verbauwhede, from KU Leuven's COSIC group, brings decades of cryptographic hardware expertise. Belfort builds on ERC Advanced Grants and a DARPA project that contributed core know how. The company raised a €5 million seed round led by Vsquared Ventures with participation from prominent technology figures and also received EIC Transition funding.

Encrypted computing explained:Encrypted computing includes techniques such as homomorphic encryption and secure enclaves. The technical challenge is balancing confidentiality with acceptable performance and integration into existing compute stacks. Hardware acceleration and algorithmic optimisation are common strategies to reduce the performance penalty.
Validation and market fit:Proof of concept work with organisations such as SWIFT is a meaningful early indicator of relevance to financial systems. Broader adoption will depend on benchmarked performance, standards alignment and integration with enterprise cloud providers.

Meritxell Teixidó, CEO and CSO — Gate2Brain, Barcelona, Spain

Gate2Brain is developing peptide based delivery shuttles designed to transport therapeutic cargoes across the blood brain barrier. The company is pursuing paediatric brain tumours for its lead candidate G2B-002 which has orphan designations and is progressing toward Phase I/IIa trials targeted for 2028. Meritxell Teixidó co-founded the company as a spin off from IRB Barcelona with collaborators at the University of Barcelona and Hospital Sant Joan de Déu. Gate2Brain has received €2.5 million through the EIC Accelerator, support from Fundación Botín and Banco Sabadell and an additional €7 million to accelerate clinical development.

Peptide shuttles and the blood brain barrier:The blood brain barrier selectively restricts passage of molecules from blood to the brain. Peptide shuttles aim to bind to transport mechanisms or transiently open transport routes to ferry drugs across. Demonstrating safety, reproducible brain exposure and target engagement in humans is a demanding regulatory path that requires robust preclinical and clinical evidence.

Nađa Dizdarević, Co-founder and CEO — Coolect, Zagreb, Croatia

Coolect offers an AI powered platform that automates ESG and sustainability reporting to comply with European regulation such as the Corporate Sustainability Reporting Directive and the European Sustainability Reporting Standards. The software guides data collection and generates standards compliant reports much faster than manual processes. Founder Nađa Dizdarević combines legal training, energy economics experience and clean tech entrepreneurship. She co founded RenewXchange, a digital marketplace for corporate power purchase agreements, and was part of the Women TechEU Top 40 list in 2025.

Why demand for automated ESG reporting is growing:European regulation is rapidly increasing the number of companies that must produce audited sustainability statements. Many SMEs lack the internal capacity to collect and standardise supplier level data. Automated platforms can reduce cost and friction but must demonstrate data security, audit trails and alignment with evolving reporting standards.
FounderCompanyHQEIC supportStageFunding and investorsTechnology focus
Diane-Laure PagèsOrakl OncologyParis, FranceEIC Accelerator Seal of ExcellenceSeed / Series A trajectoryNearly €15 million from Singular, Speedinvest, HCVC, Verve VenturesPatient derived organoids, multimodal clinical data, AI predictive models
Elena CallegariSageWriteReykjavík, IcelandWomen TechEUPre seedPre seed stage, Women TechEU recognitionAI for scientific writing and ResearchTech workflows
Iliane RafanielloSurphaseSan Sebastián, SpainEIC Accelerator fundingSeed€2.5 million EIC part of €3.5 million financing planReal time nanoscale sensors and predictive analytics for RO membranes
Ingrid VerbauwhedeBelfort LabsLeuven, BelgiumEIC Transition grantSeed€5 million seed led by Vsquared Ventures plus notable tech angel participationCustom ASICs and hardware acceleration for encrypted computing
Meritxell TeixidóGate2BrainBarcelona, SpainEIC AcceleratorPreclinical / IND enabling toward Phase I/IIa€2.5 million EIC plus an additional €7 million raised, support from Fundación Botín and Banco SabadellPeptide based delivery shuttles to cross biological barriers
Nađa DizdarevićCoolectZagreb, CroatiaWomen TechEUEarly commercialRecognised in Women TechEU Top 40 2025; commercial customers ongoingAI platform for ESG data collection, analysis and standards compliant reporting

What the EIC Women Leadership Programme does and why it matters

The EIC Women Leadership Programme is an EIC Business Acceleration Services initiative launched as a pilot in 2021. It combines cohort based trainings, one to one mentoring, business coaching and networking to help women researchers and founders strengthen leadership skills and scale ventures. By 2026 nine cohorts and over 300 participants had taken part. The programme runs separate researcher and entrepreneurial tracks to fit different maturity levels.

Programme components:Training modules on pitching, negotiation, leadership and public speaking, personalised mentoring from experienced CEOs and investors, business coaching for market validation, and networking with peers and potential partners across Europe.
EIC context and additional support mechanisms:The EIC ties funding instruments such as Pathfinder, Transition and Accelerator to downstream business acceleration services. Women focussed actions include Women TechEU and the European Prize for Women Innovators. The EIC Business Acceleration Services also run procurement matching, investor readiness and international expansion programmes.

A critical perspective on claims and scaling risks

The six profiles showcase technological depth and strong institutional links. At the same time claims in press material and company sites should be examined against independent validation. Examples to watch include: prospective clinical predictiveness of AI models that must be shown in blinded, ideally external trials; ASIC or encrypted compute performance that needs reproducible benchmarks versus standard compute; and peptide transport approaches that require human safety and exposure data before clinical efficacy can be assessed.

Common scaling risks across these ventures include obtaining repeatable, standardised access to regulated datasets or biological samples; navigating complex regulatory pathways especially in health and biotech; attracting follow on capital for capital intensive device, hardware or clinical programmes; and demonstrating measurable cost savings for industrial buyers to displace incumbent processes. The EIC ecosystem provides valuable de risk mechanisms but private capital, commercial pilots and third party validation remain decisive for market traction.

What to look for next

Follow up indicators to assess progress will include prospective clinical or field trial results, publication of independent benchmark data for encryption hardware and performance, scaled commercial pilots with large water operators, and growing recurring revenue for software platforms such as Coolect and SageWrite. Watch also for strategic corporate partnerships and follow on funding rounds that demonstrate investor confidence beyond grant stage support.

Why this matters for Europe

These companies underline a broader European strength in translating academic excellence into deep tech. They also show persistent structural needs: more venture capital in deep tech verticals, better mechanisms for sharing and standardising clinical and industrial datasets, and continued support for leadership development among underrepresented groups. Programmes that combine funding, coaching and market access help close the gap between invention and scalable impact. The examples above are promising but will succeed only if technical claims are validated and commercial channels scale.

If you are an entrepreneur or researcher interested in the EIC Women Leadership Programme or the EIC Business Acceleration Services, monitor open calls on the EIC Community platform and subscribe to the EIC BAS newsletter for updates on applications, events and partner opportunities.