Our device bridges synthetic biology and nanotechnology to deliver a next-generation soil diagnostic platform that is low-cost, user-friendly, and capable of delivering high-resolution data right from the soil.
What we do
Advancing Regenerative Agriculture
01
We help farmers move away from extractive practices toward those that restore soil biology, increase organic matter, and reduce chemical dependency.
Accelerating Soil Carbon Sequestration
02
By enabling affordable, real-time carbon monitoring, we unlock new pathways for farmers to participate in voluntary and compliance-based carbon markets.
Driving Cost Saving for Farmers
02
Streamlining soil testing with affordable, on-site biosensor technology that reduces reliance on expensive lab analyses and improves input efficiency.
At Agrinova, our work is grounded in a set of core values that shape every aspect of our innovation and growth. We prioritize accessibility, designing tools that are intuitive, affordable, and tailored for use on the farm. Collaboration is central to our ethos—we believe that interdisciplinary innovation between farmers, scientists, and technologists is key to transforming precision agriculture and promoting regenerative practices. Finally, we are committed to sustainability, ensuring that every decision we make supports long-term ecological health and social equity.
Key Features
Engineered Biosensors: Uses engineered biosensors to detect soil compounds, contaminants, and carbon.
Microfluidic Technology: Fluidic channels enable precise, accurate sample measurement.
Optical Detection Module: High-sensitivity sensors allow for quantifiable data in situ.
User Interface: Easy-to-use digital interface allows farmers or agronomists to view and export soil health data instantly, and provides actionable insights for data interpretation.
Compact & Portable: Device is compact and portable — ideal for in-field diagnostics.
Cost-Efficient: Designed with affordability in mind, our device outperforms traditional soil testing and carbon monitoring methods.
