Fungal diseases destroy 20% to 40% of global annual harvests
This lost food is enough to feed between 600 million and 4 billion people every year
Non-invasive, biology-first restoration.
Crops stressed by heat and drought have weakened immune systems, making them twice as susceptible to opportunistic disease. The intersection of climate change and chemical dependency has created a perfect storm for agricultural health. As temperatures rise, pests are more frequently surviving, migrating, and mutating, forcing a cycle of pesticide overuse that is reaching a breaking point. Standard fungicides are non-specific, and they wipe out beneficial soil microbes responsible for nutrient cycling, making the soil more dependent on synthetic fertilizers to stay productive.
Biomolecule delivery offers a solution.
Biomolecule delivery
Non-invasive, non-GMO
Provides the plant with instructions on how to defend itself.
More specificity.
Traditional chemical pesticides
Less precise.
Destroys the ‘good’ and the ‘bad’
Chemicals remain in the soil and leach into water sources.

