Automation starts with understanding crop conditions. We integrate measurements and equipment with the Sinthesis Gaia platform to view conditions, define rules and coordinate ventilation, irrigation, heating and lighting within the project scope.
From a reading to a concrete action
A controller turns measurements, schedules and conditions into equipment actions. We first define what must be observed and what must happen, then select sensors, controllers and communications. Sinthesis architecture connects those components with Gaia and greenhouse operation.
Gaia: from measurements to action
Swipe the diagram to explore the full flow.
Illustrative cycle: actual operation is adapted to the crop, weather and facility conditions.
Better decisions. More value in every cycle.
How this equipment supports everyday crop management.
More consistent management
Turn crop criteria into shared equipment rules to support consistent operation across sectors and shifts.
Fewer repetitive adjustments
Automate routine adjustments to ventilation, screens, irrigation or heating and spend more time observing and managing crops.
Fewer conflicting equipment actions
Coordinate priorities to avoid, for example, heating while an unnecessary opening lets heat escape. Gaia connects readings with those decisions.
Rules that consider more than one condition
One device may need different criteria at different times or crop states. Examples include checking temperature and humidity before ventilation, or combining a schedule with substrate readings before irrigation. Rules and priorities are agreed to avoid conflicting simultaneous actions.
Web platform, app and Gaia integration
The web platform and app bring measurements and programmes to facility operators. Sinthesis Gaia integrates information and management rules within the agreed scope. Connectivity, permissions and available equipment determine which functions each project enables.
Automation also needs commissioning
Inputs, outputs and equipment behaviour are reviewed before routine operation is agreed. Initial setpoints, responses to incidents and supervision responsibilities are defined. The working team should understand each programme and be able to review its environmental effect.
Want to integrate automatic greenhouse management with Gaia?
Bring climate, lighting, screens and irrigation together in coordinated rules for each crop sector.
Automatic functions depend on the sensors, actuators and configuration of each project.
Design your integrated control with Gaia ↗Let’s bring your greenhouse project forward.
Tell us what you grow, where your facility is and what you want to improve. Let’s define the equipment and next step together.
Frequently asked questions
Which equipment can be automated?
Ventilation, heating, screens, lighting and irrigation, depending on actuators, communications and project scope.
Can existing equipment be integrated?
Inputs, outputs, protocols and equipment condition are checked first. Compatibility is confirmed before integration is defined.
What does Gaia provide?
It connects readings, crop context and management rules. The web platform and app bring information to operators.
What happens if internet fails?
Response depends on the controller architecture. Local operation, contingencies and recovery procedures are documented for each facility.
Does installation include setup and training?
The proposal defines commissioning, setpoints, tests, documentation and training. Follow-up support is also agreed by scope.
