Practical automation for the structure you have.

GrowDirector 4 PRO manages fans and heating units from a single platform, coordinating responses based on real time sensor data rather than fixed schedules. This matters in polyhouse environments where the low thermal mass of the film envelope means temperature and humidity can change quickly, making response time a direct factor in crop protection. SensorDirector monitors air temperature, humidity, VPD, and CO₂ continuously, providing the real time data the platform uses to configure climate control devices.

Irrigation and fertigation in poly house operations typically involve multiple independent drip zones running different crop recipes simultaneously. GrowDirector 4 PRO handles precise nutrient dosing through the HydroDirector module, which regulates EC, pH, and water temperature at the delivery point.

GrowDirector 4 PRO manages large numbers of independent irrigation and fertigation zones across multi hectare net house operations, running tailored recipes per zone. Irrigation and fertigation automation replaces fixed time schedules with rules that run automatically from a single platform.
For operations spread across several structures, the wireless distributed architecture means no trenching between zones, which reduces installation cost and time. 

DryContactDirector and SocketDirector modules control pumps and fans directly at the equipment point. Remote monitoring and alert notifications allow growers to respond to out of range conditions without being on site.

GrowDirector 4 PRO manages irrigation pumps while tracking temperature, humidity, soil moisture, and controlling ventilation fans from a single platform. Where supplemental lighting is installed, DimmerDirector manages photoperiod scheduling, brightness, and DLI targets, adapting to natural daylight conditions.

Alert notifications sent to mobile devices allow growers to monitor conditions remotely and see automation works in real time without scheduled site visits. The modular architecture scales from a single tunnel to large multi tunnel operations, with all units managed from one platform. A grower can start with basic irrigation control and environmental monitoring, then add fertigation dosing or additional sensor inputs as the operation scales, without replacing existing hardware.

GrowDirector 4 PRO simplifies the complexity of glasshouse climate management from a single platform, coordinating multiple interacting systems: heating, irrigation, fertigation, supplemental lighting, and CO₂.

This coordination reduces energy consumption and improves crop environment consistency.

For supplemental lighting, DimmerDirector controls LED systems in coordination with natural light data from PAR sensors, avoiding both over lighting and unnecessary energy use. HydroDirector maintains precise EC and pH at the delivery point.

GrowDirector 4 PRO delivers the automation accuracy that indoor and container farms require, coordinating HVAC, LED lighting, CO₂, circulation fans, and fertigation from a single platform.

DimmerDirector supports up to 200 LED drivers per module, handling photoperiod scheduling, spectrum adjustment by growth stage, and coordination with CO₂ and climate setpoints. HydroDirector automates pH and EC regulation in hydroponic systems. The modular design allows systems to be installed in any room or container layout without extensive wiring, modules mount at the equipment they control and integrate into the existing network wirelessly.

GrowDirector 4 PRO delivers the control accuracy and zone level independence that R&D environments demand, running independent environmental and fertigation recipes per zone simultaneously, so different nutrient formulas, climate targets, and lighting programs can operate on adjacent benches without interference. All sensor readings, dosing volumes, and system data are logged continuously, providing the documented control record.

HydroDirector supports unlimited independent nutrient delivery channels, allowing concurrent fertigation trials to run on separate dosing logic within the same facility. SensorDirector monitors temperature, humidity, VPD, CO₂, light, and much more continuously across experimental zones. The wireless architecture allows zones to be reconfigured, expanded, or repositioned between trials without new cable infrastructure.