Why M3
Sterile insect technique has worked at regional scale for fifty years. What's been missing isn't proof the biology works — it's an operator built to run the logistics at the speed and scale specialty-crop agriculture actually needs.
Resistance builds. Regulatory pressure builds. Growers and buyers are both looking for pest management that doesn't add another chemical mode of action to an already-stacked spray program. Regenerative agriculture, precision agriculture, and reduced chemical dependence aren't separate trends — they're the same pressure showing up in policy, procurement, and the field at once. Biological control that can be deployed and measured like infrastructure, not applied like a spray, is the response that scales with that pressure instead of fighting it.
Sterile insect release has always been a logistics problem as much as a biology problem — timing, distribution, and consistency across large treatment areas determine whether a program suppresses a population or just dents it. Ground release was the limiting factor for fifty years. Aerial deployment removes it: faster coverage, better distribution consistency, and access to terrain ground vehicles handle poorly. The biology is proven. M3 builds the delivery infrastructure it was always waiting on.
Codling moth has the deepest area-wide SIT track record of any orchard pest — a real operating program to build the platform against, not a green-field bet. Every part of the system (rearing, dosing, release, monitoring) gets proven against decades of comparable ground-based results before extending to a second pest system. That sequencing is deliberate: prove the platform where the biology is best understood, then extend it.
Team background, field partnerships, and technical materials are shared directly with investors and strategic partners as conversations progress.
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