Back in the field and ready for what’s ahead. Invaio teams worldwide are channeling fresh momentum into advancing sustainable agriculture—turning insight into innovation and progress into impact for 2026 and beyond. #SmartScience

With Trecise™, #HLB management in Brazil shifts from containment to targeted action. It is the only solution developed to act directly on the bacteria behind greening, offering growers a more focused and strategic way to protect citrus productivity. #PlantHealth

Feeding the world should not come at the expense of the environment, yet annual pesticide use reaches 3M tons and costs $100B globally. Today, growers need sustainable solutions that combine effectiveness, reliability, ease of use, and true economic balance. #FutureOfFarming

We advance a crop management model built on long-term balance and durability. Natural technologies help growers protect yields and reduce environmental pressure, enabling sustainable results with reduced inputs per acre and dependable field performance. #FarmInnovation

As early as the 1800s, #Botrytis was identified as a major cause of gray mold in strawberries, grapes, and ornamentals. Over time, it became one of the most studied and fought against fungal threats in agriculture, for its adaptability, host range, and relevance. #PlantHealth

The discovery of new crop protection molecules has dropped sharply in recent decades. Today, 70% of active ingredients are off-patent, resistance continues to grow, regulatory pressure intensifies, and developing a new synthetic can take 10–12 years and ~$300M. #AgInnovation

#AsianSoybeanRust was first documented in Asia in the early 1900s before reaching Hawaii in 1994 and the continental United States in 2004. Since then, outbreaks have intensified across producing regions where warm, humid conditions favor fungal development. #AgScience

At Invaio, our mission to accelerate nature-positive agriculture is powered by brilliant minds across science and innovation — and today we’re thrilled to highlight one of those driving forces: Gaurav Kandoi, Senior Scientist in Computational Biology. bit.ly/GauravKIS

Documented as a major Brassica pest for over a century, the #DiamondbackMoth continues to challenge growers. Rapid reproduction, short life cycles, and survival between seasons place constant pressure on agriculture, particularly where cold periods are limited. #PestControl

Our work focuses on novel biomolecules, combining biological advantages with synthetic performance. Designed for safety and usability, these solutions bridge the gap for agriculture, enabling scalable adoption and a shift to nature-positive systems. #SustainableInnovation

Biologicals by Design™ replaces traditional discovery with a design-driven approach to crop protection. Centered on peptides, our platform delivers nature-inspired solutions with clear modes of action, supporting precise control across agriculture. bit.ly/OurStoriesBBD

On the International Day of Women and Girls in Science, the focus shifts from recognition to responsibility. Advancing #STEM means turning vision into impact by closing the gender gap and creating pathways where talent and innovation can progress together. #WomenInScience

As we mark the International #WomenInScience Day, we recognize the women at Invaio whose contributions are central to progress. Their roles transform vision into impact, reinforcing STEM through leadership, collaboration, and action toward closing the gender gap. #WomenInSTEM

#Botrytis is present across agricultural regions worldwide, especially where cool and humid conditions prevail. Its ability to infect grapes, berries, vegetables, and ornamentals creates a broad host range and ongoing field and post-harvest losses within agriculture. #AgScience

Our Biologicals by Design™ platform delivers reliable crop protection through effective, easy-to-use solutions with clear ROI. Invaio advances agriculture with next-gen alternatives to chemicals that are field-proven and designed for growers. bit.ly/InvaioBBD #PrecisionAg

With Invaio Biologicals By Design™, generative AI and machine learning advance biomolecule discovery through in-silico design and multi-target scalability. The platform enables reliable solutions that support farmers and address pests with high precision. #BioTechInnovation

We're excited to announce a collaboration with Invaio to develop strains that can efficiently manufacture peptide-based crop protection inputs. As a part of the commercialization of its peptide-based products, Invaio will leverage Ginkgo's autonomous lab and

Our advanced bioactives introduce novel modes of action to address pests and diseases. Integrated with proprietary delivery systems, these solutions provide ease of use and efficiency, supporting farmers with reliable results. bit.ly/InvaioBBD #AgInnovation

#AsianSoybeanRust has expanded far beyond its Asian origins, with presence across the Americas and Africa. Affecting soybeans and other legumes, it spreads rapidly in warm, humid conditions, creating ongoing challenges for agriculture and yield stability. #PlantDisease

Effective crop protection does not require a lasting footprint. Invaio’s advanced bioactives are designed to perform in the field and then naturally biodegrade, reducing environmental load while delivering reliable results for agriculture. bit.ly/InvaioBBD #SustainableAg