EIC Corporate Day with Bayer: Ten agritech start-ups pitched soil, biotech and precision tools as Brussels-backed acceleration meets corporate R&D

Brussels, November 5th 2025
Summary
  • The European Innovation Council organised a Corporate Day with Bayer Crop Science in Monheim am Rhein on 4–5 November 2025 where 10 EIC-backed start-ups pitched solutions for sustainable agriculture.
  • Technologies on show ranged from soil microbiome intelligence and AI microscopy to molecular modelling, biodegradable crop coatings and novel breeding methods.
  • The event combined pre-event coaching, curated one-to-one meetings with Bayer experts, and post-event support under the EIC Corporate Partnership Programme.
  • Organisers and participants framed the day as a gateway to pilots and commercial partnerships but converting meetings into field trials and procurement remains a known obstacle.
  • The Corporate Partnership Programme feeds into the EIC Business Acceleration Services which has run dozens of corporate initiatives and claims measurable follow-ups and dealflow since 2017.

EIC Corporate Day with Bayer: a curated meeting of agritech propositions and corporate R&D needs

On 4 and 5 November 2025 the European Innovation Council brought ten EIC-backed start-ups to Bayer Crop Science headquarters in Monheim am Rhein for a Corporate Day. The activity was run under the EIC Corporate Partnership Programme and combined months of targeted coaching, expert proposal review and curated matchmaking. Start-up founders pitched to Bayer teams and held one-to-one meetings intended to explore commercial pilots, trials and longer term collaboration.

Event format and stated objectives

The Corporate Day followed the EIC model of structured preparation followed by concentrated interactions. EIC awardees received pre-event support, including mentoring and proposal reviews from subject matter experts engaged by the EIC. During the two days each start-up presented technology aligned to Bayer’s innovation priorities in sustainable and regenerative agriculture. Bayer’s R&D and innovation decision makers attended, offering direct technical feedback and the prospect of scoped trials and co-development. The EIC also committed to post-activity follow-up to help translate initial conversations into pilots and contractual arrangements.

Start-ups on stage and their technologies

The innovators invited covered a broad slice of agritech. They included companies working on soil microbiome analytics and digital twins, microbial and single-molecule biostimulants, AI-enabled microscopy for in-field diagnostics, quantum and GPU-accelerated molecular modelling for greener agrochemical discovery, biodegradable spray coatings, and an automated buried lab-on-a-chip sensor for nutrient monitoring.

CompanyCountryTechnology summaryPotential Bayer relevance
3PATECGermanyPlatform to combine genetic traits from previously incompatible plants aiming to accelerate breeding cyclesBreeding acceleration, trait introgression, climate-resilient germplasm
AGROBIOMICSDenmarkBacterial-fermentation-based biostimulants to mitigate drought and salinity stressBiostimulant products compatible with crop protection portfolios and farmer practices
B4PLASTICSBelgiumSprayable biodegradable polymer coatings for controlled water and nutrient deliveryReduction of plastic waste in application systems and new materials for crop protection delivery
BEITPolandQuantum and classical computing molecular modelling tools for agrochemical lead optimisationFaster, potentially greener agrochemical discovery and optimised molecule design
BIOME MAKERSSpainBeCrop®, AI-driven soil intelligence platform translating microbiome data into fertility recommendationsSoil-health insights to inform regenerative practices and product placement
COMPUTOMICSGermanyxSeedScore® AI platform integrating genomics, field and environmental data to predict crop performanceGenomic selection, breeding acceleration and microbial product design
FYTEKOBelgiumNurspray, a single-molecule biostimulant activating tolerance to drought, heat and salinityNon-chemical route to crop resilience and potential product for farmer adoption
MICROFY SYSTEMSSpainAI-based automated microscopy for agrifood. Tools to detect fungal spores and assess soil biodiversity (SoilAI, SporeAI)Rapid in-field diagnostics and capability to reduce fungicide use where confirmed by trials
NOVOBIOMBelgiumFungal biotechnology combined with predictive AI to build a Soil Biological Digital Twin monitoring microbiome dynamicsPlatform for regenerative soil management and tracking of biological performance
SOILMONITORGermanyAutomated lab-on-a-chip sensor placed in soil measuring nitrate, ammonium and phosphate continuouslyPrecision nutrient management and compliance with evolving soil and fertiliser regulation

What the participants said

Agrobiomics on the day:“As a start-up, our collaboration with Bayer is a crucial part of our growth and development. Thanks to the EIC, the Corporate Day presented us with a valuable opportunity to exchange ideas, network with industry peers, and strengthen our partnership with Bayer. We've been engaging with Bayer from our early days, and as our relationship progresses, we're eager to define joint projects that can accelerate the entry of our solutions into the market.” — Ananda Scherner, CEO of Agrobiomics.
BioMakers on the day:“Participating in the Corporate Day with Bayer gave us direct insight into real-world situations where our data intelligence platform can quickly assist Bayer in ensuring sustainable agricultural production. The accurate feedback and insights shared by Bayer’s teams have already strengthened our platform’s positioning, and we hope they will pave the way for deeper collaboration.” — Alberto Acedo, Co-founder and Chief Scientific Officer at BioMakers.
Bayer representatives:“The European Innovation Council is a valuable platform for us to connect with new start-ups and their ideas, which strengthens our open innovation strategy to incorporate outside innovations into our research and development effort. These activities enable us to access new approaches and technologies, while also allowing us to offer insights and feedback to help accelerate their product development. We have a shared vision, to benefit agriculture and provide farmers worldwide with novel solutions for a more resilient agriculture.” — Frank Terhorst, Head of Strategy and Sustainability, Bayer Crop Science.

Explaining the technologies and where complexities sit

Soil microbiome intelligence:Platforms such as BeCrop® and Novobiom analyse DNA or other biological signals from soil samples to infer the abundance and functional roles of microbial taxa. Machine learning translates those signals into agronomic recommendations. These platforms can help designers of biological inputs to target products and help farmers prioritise interventions. Caveats include geographic variability, sampling protocols, and the need for independent validation in multiple field environments before agronomic recommendations become reliable at scale.
Biostimulants and single-molecule products:Biostimulants are substances or microorganisms applied to plants to improve stress tolerance or nutrient uptake. Microbial fermentation products and single molecules claim lower application rates and compatibility with conventional farming. Regulators treat biostimulants differently across jurisdictions so market access requires careful regulatory and efficacy evidence plans. Demonstrating consistent benefits across variable field conditions is the principal commercial challenge.
Molecular modelling and quantum-inspired simulation:Companies such as BEIT and Computomics apply high performance computing and quantum-inspired algorithms to accelerate molecular simulation and molecular docking or to predict phenotype from genomic data. Faster in silico screening can reduce laboratory cycles in agrochemical discovery and strain design. The promise is speed and cost reduction, but practical impact depends on integration with experimental pipelines and the quality of training data used by algorithms.
AI microscopy for diagnostics:Automated microscopes with embedded AI, like Microfy’s SoilAI and SporeAI, promise rapid, lower-cost detection of fungal spores and pollen. For diagnostics, throughput and sensitivity are advantages. Yet adoption requires interoperability with laboratory standards, validation against gold-standard tests and effective user interfaces for non-expert operators.
Biodegradable sprayable coatings and lab-on-a-chip soil sensors:B4PLASTICS proposes sprayable biodegradable polymers to manage water and nutrient delivery. SoilMonitor offers an in-situ lab-on-a-chip sensor to track nitrate, ammonium and phosphate across the season. Both concepts address well known pain points: plastic waste and lack of timely nutrient data. The technical obstacles include field durability, cost per measurement, maintenance, power supply and data integration into farm management systems.
Novel breeding approaches:3PATEC described a method to combine traits from otherwise incompatible lines to accelerate breeding cycles. Such methods can be powerful but may raise biological, regulatory, and public acceptance questions depending on mechanism. Any new breeding technology needs to be evaluated for biosafety, traceability, intellectual property and farmer access before agricultural impact can scale.

What the Corporate Day actually delivers and the limits to expect

Corporate days of this type aim to compress scouting, technical review and initial commercial discussions into a concentrated timeframe and to shorten the path from discovery to piloting. For start-ups the immediate benefits are visibility, expert technical feedback and potential routes to pilots. For corporates the advantage is efficient access to curated dealflow aligned to stated R&D and sustainability priorities.

But converting interest into trials and procurement remains a longer process. Field trials in agriculture take growing seasons and replicates. Data requirements for regulatory acceptance can be significant. Procurement and contracting processes inside large firms can be slow. For biologicals and breeding technologies there is additional scrutiny on environmental safety and regulatory classification. The event sets the starting conditions, not the finishing line.

EIC Corporate Partnership Programme and the broader EIC Business Acceleration Services

The Corporate Day is part of the EIC Corporate Partnership Programme within the EIC Business Acceleration Services. According to the EIC, since 2017 the Corporate Partnership Programme has organised around 80 initiatives with over 120 corporate partners and has involved more than 1,200 EIC-funded start-ups and scale-ups plus about 2,500 corporate representatives. The programme offers curated matchmaking, preparation work, post-event follow-up and aims to channel outside innovation into corporate R&D, procurement and investment activity.

EIC Business Acceleration Services:The EIC BAS umbrella provides services that range from investor readiness, internationalisation programmes, to procurement matchmaking and corporate days. It seeks to help EIC awardees convert grant-stage innovation into commercial outcomes by opening access to corporates, buyers and investors.

A pragmatic look at next steps and success measures

If the Corporate Day is to produce measurable impact, the obvious next steps are: scoped pilot projects with defined success criteria, trial timelines aligned to agronomic seasonality, shared data and IP frameworks, and funding or purchase commitments to de-risk trials for start-ups. For Bayer or any large corporate the key internal work is to fast track procurement and compliance signoff for pilot partners so that the weeks of conversation turn into months of evidence gathering in the field.

For start-ups the priorities are rigorous experimental design, independent validation and clear go-to-market pathways that account for farmer economics. Demonstrating repeatable, localised agronomic benefit under real farm conditions remains the most credible route from pilot to procurement.

Why this matters for European agritech and what to watch

Europe needs a functioning pipeline that moves deep tech from lab to field. Programmes that link EU-funded innovators with large corporates can accelerate scaling if they address known pinch points such as long field trial cycles, regulatory complexity and procurement barriers. Watch for concrete pilot announcements, data sharing agreements and any follow-up funding commitments that turn conversation into measurable trials. Equally important is how start-ups demonstrate robustness across agroecological zones and how corporates integrate new data streams into their advisory and product portfolios.

How to engage

The EIC Corporate Partnership Programme accepts applications from large corporations with an open innovation appetite. The EIC Business Acceleration Services publish calls and opportunities on the EIC Community platform and maintain a newsletter for updates. For EIC-backed innovators the recommended path is to leverage the BAS supports around coaching, investor outreach and procurement matchmaking to convert corporate meetings into pilots and deals.

Disclaimer: This article reports on the EIC Corporate Day with Bayer and on public statements made by participants. The event is an intermediary step in a longer process of validation and commercialisation. Meetings alone do not guarantee pilots, procurement or investment. Any claims of impact need independent verification through trials, commercial agreements or published results.