MICROCLIMATE TELEMETRY ENGINE

Zero-latency agronomic telemetry for strict canopy control

Continuous vapor pressure deficit calculations identify transpiration shutdown before stomatal closure occurs across your commercial glasshouse bays.

AUTOMATED CONTROL

The vapor pressure deficit automated control engine

Bi-Directional Actuation

Direct feedback loops send immediate mechanical signals to motorized shade curtains, high-pressure mist lines, and exhaust fans.

Local Data Buffering

Maintains complete historical microclimate telemetry internally, syncing automatically once cloud connection is fully restored.

Edge-Computing Node Processing

Sensors process local environmental reads directly within the greenhouse bay to prevent telemetry data loss during network dropouts or switchovers.

FIELD VERIFICATION

Agronomic validation through real-world operational telemetry

Head growers require scientific verification of microclimate modeling and precise alarm thresholds. Our sub-canopy sensing arrays deliver exact humidity and temperature metrics right where transpiration happens.

By eliminating environmental blind spots, facilities across Florida and the Southeast maintain strict vapor pressure deficit targets through intense summer heat and sudden storm cycles.

Stabilize your facility yields today

Connect directly with our Palmetto-based deployment engineers for a complete facility site audit and microclimate telemetry review.