Rugged Hardware Architecture

Sub-canopy sensing built for real facilities

IP67-sealed sensor stanchions measure vapor pressure deficit, temperature, and PAR across multiple foliage heights, engineered to run smoothly through heavy misting cycles and severe Florida heat.

Hardware Tiers

Three core telemetry systems

Designed for rapid deployment and uninterrupted mesh connectivity across commercial glasshouse facilities.

Canopy Sensor Nodes

Root-Zone Probes

Master Gateways

Multi-point PAR, temperature, and relative humidity probes deployed at three distinct heights to monitor microclimate gradients.

Sub-surface electrical conductivity and moisture metrics designed to withstand aggressive fertigation and continuous nutrient flushing.

Long-range wireless mesh hubs transmitting continuous telemetry through structural steel and dense vegetation without packet loss.

Rollout Process

From site audit to closed-loop control

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Facility Mapping

Universal Mounting

Mesh Calibration

Controller Integration

Engineering teams survey airflow corridors and thermal pockets across your production bays to establish optimal node placement.

Stanchions lock directly onto standard greenhouse support posts using factory-calibrated brackets in under ten minutes per station.

Wireless gateways synchronize local sensor arrays, establishing redundant telemetry paths that bypass structural interference.

Automated data feeds link directly with existing greenhouse HVAC and irrigation systems to stabilize Vapor Pressure Deficit instantly.

Ready to review technical drawings?

Download comprehensive architectural wiring guides and hardware installation specs for your facility.