precision microbiome for resilient crops
Innovative Seed Coating and Microbiome Solutions for Sustainable Farming Systems
END-TO-END SOLUTION; FROM DISCOVERY TO READY-FOR-TRIAL SEEDS
Diagnosing crop challenges and evaluating microbiome-driven solutions
Diagnosing crop challenges and evaluating microbiome-driven solutions
Diagnosing crop challenges and evaluating microbiome-driven solutions
We analyse each plant and its environment to uncover what holds it back from thriving. Using microbiome insights, we assess how the native microbial community supports or limits plant performance. This understanding guides the creation of microbiome-boosting strategies that activate and enhance the beneficial microbes already present.
Precise architecture of the microbiome
Diagnosing crop challenges and evaluating microbiome-driven solutions
Diagnosing crop challenges and evaluating microbiome-driven solutions
We map the structure of the plant microbiome, identifying key microbial species and their roles in supporting growth, resilience, and productivity. By decoding the full microbial community, we uncover how each microbe contributes to plant health—enabling precise, targeted interventions.
From Microbes to Models
Diagnosing crop challenges and evaluating microbiome-driven solutions
High-throughput MPS experiments link AI models to real-world microbial function
We integrate the microbiome’s functional map into our multimodal modeling platform, simulating interactions between microbes, soil, and plant environments. Through predictive modeling, neural networks, and systems-level analysis, we reveal how microbial communities shape plant health across diverse genotypes—providing insights that guide precise, data-driven interventions.
High-throughput MPS experiments link AI models to real-world microbial function
High-throughput MPS experiments link AI models to real-world microbial function
High-throughput MPS experiments link AI models to real-world microbial function
We use high-throughput microphysiological systems (MPS) to validate microbial interactions under diverse soil and plant conditions. The results feed directly back into our AI models, creating a continuous feedback loop where predictive simulations are rechecked against real-world data—strengthening accuracy and reliability at every step.
Precision Microbiome Solutions
High-throughput MPS experiments link AI models to real-world microbial function
Precision Microbiome Solutions
We design targeted microbiome interventions that reinforce the specific microbial components proven to support plant health, development, and stress resilience. These insights are translated into precise, crop-specific formulations—turning complex microbiome science into practical solutions ready for field application.
Scale-Up & Application
High-throughput MPS experiments link AI models to real-world microbial function
Precision Microbiome Solutions
We transform our precision formulations into ready-to-use seed technologies, such as coatings, pellets, or dressings, all engineered for seamless integration with existing breeding and seed production workflows. This ensures our microbiome innovations plug directly into the seed value chain, delivering scalable impact without disrupting established processes.