Synthetic performance, biological advantages, intentional design
Peptides Plants Recognize. Performance Growers Demand.
Our design engine is built on plant-based peptides. This versatile new class of crop protection delivers the performance of synthetics and the environmental benefits of biologicals, by design.
A New Class of Crop Protection, Built for Nature-Positive Agriculture
Our structured peptides come from nature and deliver a distinct mode of action – giving growers a powerful new tool without compromising efficacy or sustainability.
How Invaio's peptides work — fast and selective.
The Right Balance of Performance, Durability, and Scale
Our structured peptides are engineered to hit the sweet spot conventional products can't reach.
Derived from plants and acting through membrane disruption, our structured peptides deliver rapid, irreversible fungal killing. Their mechanism of action minimizes the risk of resistance, and their natural origin simplifies regulatory approval.
Active across fungi, bacteria, and oomycetes, our peptides deliver nanomolar-range potency, far stronger than most peptide classes.
Our peptides are engineered to stay active under real-world conditions — heat, humidity, UV exposure — so performance doesn't degrade between the lab and the field.
Produced using established fermentation, our peptides are made efficiently and cost-effectively at the quantities agriculture demands.
Validated in trials, our peptides deliver at or near conventional level disease control.
Botrytis, commonly known as gray mold, causes yield losses of 10–50% in grapes and berries globally. With resistance to leading fungicides rising, growers face control costs near $1 billion annually, with few effective options left as regulations tighten.
In field trials, INV-022 outperformed the leading biological standard by more than 26% in disease control in strawberries and matched the efficacy of the top two chemical rotations, with no chemical residues.
Fusarium threatens over 1 billion acres of farmland globally, costing up to $35 billion annually — and with resistance accelerating, existing biologicals failing to deliver consistent field performance, and mycotoxin contamination posing direct risks to human health, the pipeline of effective solutions has stalled.
The same INV-022 compound validated against Botrytis delivered a 52% reduction of Fusarium in trials with wheat, demonstrating its broad-spectrum potential.
Sclerotinia stem rot causes significant yield losses across soybeans and a broad range of high-value crops. With growers still reliant on chemical fungicides, INV-022 delivered a compelling alternative.
In trials, INV-022 delivered statistically significant disease control against Sclerotinia in soybeans, reducing disease severity to levels approaching the chemical standard Endura® across multiple independent experiments.
Proven in the Field. Ready for What’s Next.
One peptide. Endless potential.
Invaio, bringing nature-positive solutions with the efficacy and reliability growers expect
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