Exploring how emerging startups are transforming agriculture through AI, biotechnology, precision fermentation, sustainable materials, and climate-smart technologies.
F&A Next 2026 highlighted the agrifood industry’s transition from breakthrough innovation to commercial execution. The summit brought together over 200 startups and scaleups, showcasing technologies that address critical challenges in food production and agriculture through AI, biotechnology, precision fermentation, digital agriculture, and sustainable manufacturing.
A recurring message throughout the event was that innovation alone is no longer enough. Startups that combine scalable technology, regulatory readiness, strong business models, and measurable sustainability impact are emerging as the leaders of the next generation of agrifood innovation.
Overall, the summit demonstrated that the future of food and agriculture will be driven by integrated solutions that improve productivity, reduce environmental impact, and accelerate the commercialization of sustainable technologies.
Industry increasingly focused on:
Breakthrough startups where AI, biotechnology, sustainability, and advanced engineering converge to reshape the future of food and agriculture.
Uses precision fermentation to produce structurally defined chitooligosaccharides, replacing conventional chemical pesticides with biological crop protection.
| Applies AI to simulate billions of formulation scenarios, dramatically accelerating food, polymer, and material development. |
Combines drone imagery and AI to deliver plant-level crop intelligence for precision farming and early stress detection.
Converts food industry side streams into sustainable palm oil alternatives through microbial fermentation.
Retrofits existing tractors with AI-powered autonomous driving and computer vision, bringing smart farming to conventional equipment.
Uses AI and knowledge graphs to connect feedstocks, technologies, and supply chains for circular bioeconomy decision-making.
Traditional formulation development relies on months of laboratory trial-and-error, making innovation slow, expensive, and difficult to scale.
AI simulates billions of formulation scenarios before physical testing, dramatically reducing development time and improving success rates.
Scientific neural networks model chemical and physical interactions to predict formulation performance, stability, texture, and manufacturability before production begins.
Founded
2025
Headquarter
Germany
Partnerships
AI NATION GRANT (Batch #13 Participant /
Funding Partner)
TRL
Commercial pilots and customer validation reported
Awards/Recognitions
The Next Heroes In Food & Agtech 2026
(early-stage)
Website
Farmers depend on broad weather forecasts and manual field observations, often leading to over-irrigation, delayed interventions, and lower yields.
AI-powered crop intelligence combines real-time IoT sensing with predictive physiological models to optimize irrigation and crop management.
Wireless field sensors continuously capture crop and environmental data, enabling AI models to calculate precise water demand and forecast disease risks before symptoms appear.
Founded
2015
Headquarter
Italy
Funding
$4.9M
TRL
Commercial precision-agriculture product deployed for open fields, greenhouses and vertical farms
Patent Families
5
Website
Reducing salt, sugar, and fat often compromises taste, while conventional flavor enhancers introduce off-flavors or require high dosages.
A natural taste-enhancing ingredient amplifies the perception of richness, enabling healthier formulations without sacrificing consumer experience.
The technology activates calcium-sensing receptors (CaSR) to strengthen the body’s natural “kokumi” response, enhancing flavor intensity at extremely low concentrations.
Founded
2024
Headquarter
Switzerland
Funding
$10.9M
TRL
Food ingredient/taste receptor technology with accelerator
validation and early commercialization support
Partnerships
Mondelez CoLab Tech Accelerator
Website
Chemical pesticides face growing resistance while harming beneficial insects, soil biodiversity, and surrounding ecosystems.
AI-designed RNA-based biopesticides selectively silence essential genes in target pests while minimizing environmental impact.
Predictive AI designs highly specific double-stranded RNA (dsRNA) molecules, delivered through proprietary nanoparticle carriers that improve stability and plant uptake.
Founded
2025
Headquarter
Netherlands
Investors
StartLife (Cohort 14); Wageningen University & Research (WUR) ecosystem
TRL
AI-designed dsRNA crop protection with partner lab and
greenhouse access; still seeking formulation and CRO partners
Partnerships
StartLife; BIOVEGEN member; Foodvalley partner
Website
Greenhouses rely on transported fossil-derived CO₂, creating supply risks, higher costs, and additional carbon emissions.
Distributed Direct Air Capture (DAC) systems generate on-site CO₂ directly from ambient air for immediate agricultural use.
A proprietary liquid sorbent continuously captures atmospheric CO₂ and regenerates it in a closed-loop process, delivering a controllable, on-demand CO₂ supply without transportation.
Founded
2024
Headquarter
Switzerland
Investors
Venture Kick; Talent Kick; EIT Food; Gebert Rüf Foundation; Remove (Netherlands)
Partnerships
EIT Food (Seedbed Incubator)
TRL
Direct Air Capture greenhouse CO2 enrichment technology
Website
Access the complete F&A Next 2026 intelligence report featuring detailed startup profiles, technology breakdowns, funding insights, TRL maturity, IP analysis, and market outlooks across the food and agriculture innovation ecosystem.
We provide end-to-end intelligence and scouting services to help you navigate the complex innovation landscape and stay ahead of the competition.
Ready to explore a custom project?
Our analysts are ready to help you build your innovation roadmap.
