Rainbow Crops

"Yield stability and resilience are becoming just as valuable as maximum yield." This is the shift Giacomo Bastianelli, Co-founder and CEO of Rainbow Crops, sees reshaping crop breeding. Traits like resilience and drought tolerance are not controlled by a single gene, they emerge from complex biological networks that have always been hard to unlock. AI, genomics and precision breeding now make it possible to study those networks directly, opening the door to crops that deliver dependable harvests even as heatwaves, drought and disease pressure stack up within a single season. These tools point to solutions that can keep pace with a changing climate and deliver stability for smallholder farmers. Learn more: https://bit.ly/4fsrUSo 📷: CIAT

🌿 Halfway through 2026, and what a year it’s been for us so far. Over the past six months, we've continued to strengthen our mission: helping accelerate the development of crop varieties that can thrive in a more challenging and unpredictable world. 🌍 So far this year, we've: ✅ Announced a $7m grant from the Gates Foundation ✅ Raised €9.7M in seed funding from LIFTT (Lead), Agri Investment Fund, PINC, Corteva Agriscience, Maia Ventures, and VIB ✅ Launched a brand new website (check out rainbowcrops.com 👀) Not bad for H1! Behind every milestone is a shared goal: enabling the next generation of resilient, high-performing crops that can support both farmers and food systems in the decades ahead. There's plenty more to come in the second half of the year, so stay tuned. 🤝 Thank you to our team, partners, investors, and supporters for being part of the journey. #RainbowCrops #H2 #AgTech #2026Momentum

How can advanced biology help make crop production more predictable in an increasingly volatile climate? 🌱 In a new interview with Global AgInvesting, our CEO and Co-founder, Giacomo Bastianelli, discusses: 🧬 His journey from pharmaceutical biotech into AgTech 🌾 Why yield stability is becoming as important as maximum yield 🤖 How AI supports the design and testing of complex crop traits 🔬 Why predictions must be connected to real plants and field performance 🚀 Rainbow Crops’ priorities as we expand our platform, team and partnerships The traits agriculture needs most - including drought resilience, heat tolerance and input efficiency - are complex. Addressing them requires moving beyond individual genes to understand and optimise interconnected genetic networks. Thank you to Autumn Demberger and Global AgInvesting for the conversation. #AgTech #CropScience #GenomeEditing #ArtificialIntelligence #ClimateResilience #PlantBreeding

Have you visited our new website? As Rainbow Crops continues to grow, we wanted a website that better reflects our mission, our science, and the challenges we're working to address. The new site provides a clearer view of who we are, what we do, and how we're helping enable the development of more resilient, productive crops for the future. Take a look and let us know what you think. 🌱 www.rainbowcrops.com #AgTech #PlantScience #ClimateResilience #CropBreeding #Biotechnology #RainbowCrops

El Niño is a reminder of how connected our food system is to the climate. When El Niño develops, shifts in rainfall and temperature patterns can affect agricultural regions across the world. Some areas experience drought. Others face excessive rainfall, flooding, disease pressure, or heat stress. The result is often the same: greater uncertainty for growers and increased pressure on crop performance. As climate variability becomes more frequent, agriculture faces a growing challenge. It’s no longer enough to optimise crops for ideal conditions. Crops need to perform when conditions are unpredictable. This is why resilience is becoming one of the most important goals in crop development. The future of agriculture depends not just on achieving higher yields, but on maintaining stable performance under real-world conditions. #ClimateResilience #FoodSecurity #ElNino #CropScience #AgTech #FoodSystems #RainbowCrops

We’ve signed an open letter together with over 200 science and biotechnology companies as part of The European Life Sciences Coalition (ELSC). Europe’s life sciences sector has so much to offer, but we need the wider frameworks to be enhanced to help us all achieve our ambitions. Here’s what our CEO Giacomo Bastianelli had to say: “Rainbow Crops is proud to support this call to strengthen Europe’s life sciences and biotechnology ecosystem. Europe has world-class science and talent; what is needed now is the capital, regulatory clarity, and scale-up infrastructure to translate that science into globally competitive companies. The recent progress on the regulatory framework for gene-edited crops is an important step in the right direction, especially as Europe faces growing climate volatility, with the current heatwave already reminding us how exposed our crops, food systems, and economies are to extreme weather.” #EuropeanLifeSciencesCoalition #EuropeanBiotech #EuropeanLifeSciences

Sorghum is becoming increasingly important in conversations around climate resilience and food security. 🌽 As heat, drought, and resource pressure intensify, crops capable of performing in harsher growing environments will play a larger role in future agricultural systems. 🌦️ But improving complex traits such as yield stability, stress tolerance, and input efficiency requires moving beyond traditional single-gene approaches. 💡 At Rainbow Crops, we are applying AI-powered genome engineering and multiplex editing to help accelerate the development of next-generation sorghum varieties designed for more variable conditions. 🌈 #AgTech #Sorghum #FoodSecurity #GenomeEditing #CropResilience

🌱 A significant moment for European agriculture. The European Parliament’s approval of new rules on New Genomic Techniques marks an important step for crop innovation in Europe. 🇪🇺 By creating a clearer pathway for certain NGT1 plants, the framework can help responsible gene-edited crop innovation move more efficiently from research into real-world agricultural use. That matters. 🌾 Climate volatility is affecting productivity. 🦠 Disease and pest pressure are increasing. 💧 Water, nutrients and other inputs need to be used more efficiently. 🌍 Food systems need to become more resilient. Gene editing is not a standalone solution. But when combined with AI, advanced breeding and robust validation, it can help address complex agronomic traits such as yield stability, stress resilience and input efficiency more effectively. For Europe, clear and science-based regulation can help accelerate responsible innovation, strengthen food security and support the development of more resilient agricultural systems. At Rainbow Crops, this is the challenge we are focused on: helping partners engineer complex crop traits faster, more precisely and with real-world performance in mind. #NewGenomicTechniques #NGT1 #GeneEditing #AgTech #CropInnovation #FoodSecurity #ClimateResilience #PlantScience

Traditional breeding helped shape modern agriculture. But climate volatility is changing the requirements for crop development. Traits such as yield stability, drought tolerance, and input efficiency are controlled by complex gene networks, making single-gene approaches increasingly limited. The industry is now shifting toward systems-level biology, combining AI, genome engineering, and phenotyping to design crops with greater precision and speed. At Rainbow Crops, this integrated approach sits at the core of our Trait Foundry™ platform. #AgTech #GenomeEditing #AI #CropInnovation #FoodSecurity