Soil is not a snapshot.
It is a living system.
The ground under a farm changes with climate, management and time — and what lives in it decides whether a biological works. We are building a model of that living system: its state, its dynamics, and what both mean for the products going into it.
Sample 78Trichoderma harzianum
Beneficial inoculant · biocontrol agent
Zenodo 10.5281/zenodo.7965200 · CC-BY 4.0
Trichoderma harzianum · one of the soil organisms we predict
9–28
replicates to detect a 10% yield difference in the field.
Lab efficacy does not survive contact with a field. The inoculant meets a native community that outcompetes it, a climate outside the strain's niche, viability lost between formulation and furrow — and the trial that would settle it is too large to run everywhere.
Source · O'Callaghan et al. (2022), Soil Use and Management 38:1340–1369
From lab, to field, to registration.
Will it establish here? Will it transfer to this crop, this market? One model walks a biological across its lifecycle — built on a dynamic model of the soil itself, with the confidence on every claim spelled out.
Transferability and calibrated confidence — never a promise that it works.
The north star
“A model of the ground beneath agriculture that treats it as what it is — alive, place-specific, and changing. Its state, its dynamics, and what both mean for what you put into it.”
The SoilFlux team
Bring SoilFlux
into your next
trial cycle.
Pilots begin with a free 30-minute discovery call. We walk you through a scenario for one of your candidate strains on one of your candidate sites — and you decide whether we belong in your stack.