While Durable Inputs and Fortified Inputs are already solving loss in the field today, our technology has shown something few thought possible:
Inputs that resist melt, leach, or premature breakdown
Calcium nitrate coatings that hold up under high humidity
Seed coatings that protect and delay on purpose—not by accident
Biologicals that survive shipping, storage, and soil exposure
But in extended field trials and lab evaluations, we’ve seen more: Controlled nutrient behavior out to 60–90 days, even under high-heat or high-rainfall conditions. Timing curves that rival—or exceed—polymer coatings. And it’s all happening without synthetic or plastic material.
This isn’t theoretical. It’s real—and it opens the door to a fundamentally smarter future: True slow-release programs without plastic; Stacked inputs with staggered timing windows for different nutrients or biologicals; One-pass seasonal programs for row crops and perennials; Biologicals that activate at the right time, not all at once; Multi-cycle solutions for permanent crops and longer production timelines
We’re watching these possibilities unfold in trials; Now we’re stress-testing them before full-scale deployment.
We didn’t lead with “future-state” hype.
We launched what farmers could use now.
Our MVP was built to:
But that’s just the foundation.
Behind the scenes, we’re already building and trialing:
We’re not iterating.
We’re engineering the next standard.
So… Can we extend release? Yes. We already have.
We brought a platform to market that performs now.
And we’re building the future of input delivery while it’s already working.
If you want to trial next-gen coatings, co-develop a release curve, or build the future with us—let’s get to work.