GGS controllers, PPFD sensors, spectrum presets, humidity and CO2 logic run as one connected grow-room stack. No loose dimmer dials, no isolated apps, no “works with most fixtures” caveats. Everything below is engineered by the same team that builds the fixtures.
SF, SE, or G fixture delivering the photons.
Dimming curve and spectrum channel control.
Room-level schedule, zone routing, and sensor aggregation.
PPFD, humidity, temperature, CO2, dew-point feedback.
Commissioned presets and the cultivator operating log.
| Controller | Fixtures per zone | Sensor inputs | Integrations | Fits |
|---|---|---|---|---|
| GGS Starter Kit | Up to 4 | PPFD, humidity | 0–10V dimming | Home tents, clone rooms |
| GGS Smart | Up to 24 | PPFD, humidity, temperature, CO2 | 0–10V, dry contact, Wi-Fi | Indoor grow rooms, small farms |
| GGS Pro Multi-Zone | Up to 120 (4 zones) | Full sensor stack, per zone | 0–10V, dry contact, Modbus, BACnet | Commercial flower rooms, vertical farms |
| GGS Greenhouse | Unlimited by fixture count | Full sensor stack + astronomical | Greenhouse HVAC, irrigation triggers | Greenhouse bays, phased retrofits |
Cultivators stop climbing catwalks to rotate dimmer knobs. The controller runs the veg-to-flower transition at the timestamp you set.
Every harvest is tagged with the actual PPFD curve the canopy saw, so yield changes can be attributed to spectrum, not guessed at.
Dimming events feed HVAC triggers, so room cooling ramps down when fixtures do, cutting peak demand charges.
Share your fixture count, room count, and integration goals. We return a controller scope that lines up with your existing HVAC and irrigation triggers.