ExactH2O connects per-pot water measurement, irrigation control, and a continuous data record for plant stress, phenotyping, and greenhouse work.
ExactH2O is built for controlled-environment work where water must be measured, repeated, and explained. One platform supports configurable sensors, per-pot or per-zone targets, sampling cadence, and a continuous record across stress studies, phenotyping, and greenhouse operations.
Set and hold defined substrate-water targets across replicated pots for controlled drought, recovery, and stress-response studies. Continuous readings preserve each pot's water trajectory for comparison with physiological measurements and biomass.
Apply consistent water regimes across genotypes so growth and stress-response differences are less confounded by uneven irrigation. Per-pot water histories support phenotyping analysis and environmental-quality review.
Monitor and control irrigation across greenhouse benches and container arrays while preserving independent targets and histories by zone. Built for research facilities and commercial greenhouse workflows.
Every design decision in ExactH2O was made with experimental rigor as the primary constraint. The result is a system that supports both defensible research and day-to-day greenhouse operation.
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