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Hardware Systems
Engineered in Palmetto, Florida

Closed-loop microclimate telemetry for commercial growers

Rugged sub-canopy sensor arrays and automated climate telemetry engineered to eliminate blind spots, balance vapor pressure deficit, and protect commercial yields under heavy misting cycles.

Field Benchmarks

Operational telemetry in active cultivation bays

99.8%

continuous hardware uptime in 100% RH environments

< 4 min

microclimate telemetry drift detection latency

18.4%

average reduction in canopy vapor pressure variance

Canopy Architecture

Rugged hardware built for real greenhouse bays

Sub-Canopy Nodes

Rugged sensing beneath the foliar boundary

Standard overhead environmental sensors miss the humid air masses trapped inside dense leaf canopies. Our waterproof sensor nodes mount directly along trellis lines to track true leaf temperature and transpiration conditions.

Automated Telemetry

Vapor pressure deficit tracking without guesswork

Raw climate data is calculated into actionable transpiration rates every ninety seconds. When microclimates drift, closed-loop triggers activate exhaust banks and foggers before mold or stomatal shutdown occurs.

Field Reliability

We build monitoring systems that run effortlessly through misting cycles, dirty boots, and Florida heat.

Commercial production leaves no room for delicate consumer electronics. Every sensor housing, harness, and telemetry hub is potted against persistent condensation, sulfur burners, and high-pressure chemical washdowns.

Schedule Site Inspection

Audit your facility microclimates with field engineers

Connect with our Palmetto engineering team to map dead zones, evaluate current sensor coverage, and deploy a trial monitoring station in your primary bay.