Turn grower experience into irrigation strategies that can be executed, monitored, and adjusted to changing weather.
From irrigation and fertigation to monitoring, analytics, and greenhouse climate control.
Schedule-based or weather-responsive irrigation using ETc, crop coefficient Kc, and grower-defined strategies. Configure irrigation thresholds, cooldowns, drainage targets, EC, pH, and fertilizer programs for each growth stage.
Explore solution →Designed to control circulation fans, ventilation fans, misting, shade screens, and lighting by combining scheduled times, climate conditions, and defined run durations.
Explore solution →Monitor temperature, humidity, light, VPD, ETc, irrigation history, EC, pH, and equipment activity. Review historical data and preview irrigation plans under different weather scenarios.
Explore solution →NETDA brings together controllers, sensors, hydraulic components and software to help growers manage irrigation, nutrient delivery and operational data.
The controller operates outputs according to scheduled irrigation, manual commands or a grower-defined weather-responsive strategy.
Illustrative design only. Confirm the production hardware specification and wiring before purchase or installation.
Connect water and nutrient tanks, pumps, valves and distribution lines. Each irrigation event can carry its own timing, duration, water/fertigation mode, target EC/pH and nutrient program.
Flow capacity, pressure, nutrient channels and EC/pH control depend on the installed system.
Water passes through the pumping and measurement assembly. Nutrient channels are dosed according to the configured system, and the mixture is distributed to the selected irrigation zones.
NETDA is not merely a timer that opens valves. It helps growers translate their experience into a strategy that can be simulated, reviewed and refined.
Set time, duration, zone, water or fertigation mode, EC/pH and nutrient program. A familiar and practical starting point.
Use climate data and crop coefficient Kc to estimate water demand. Growers configure irrigation thresholds, cooldowns and duration limits.
Explore irrigation events using yesterday's data, today's conditions or sunny/rainy scenarios before enabling ET-based automation.
Store nutrient-channel recipes and target EC/pH values by crop stage, then adjust them as growing conditions change.
Review temperature, humidity, light, VPD, ETc, irrigation logs and EC/pH readings where sensors are available.
Save and refine crop-stage parameters, irrigation strategies and fertilizer programs for future growing cycles.
A hybrid time-and-condition approach to greenhouse climate control. For example, at 11:00, if temperature and VPD exceed grower-defined thresholds, a fan may run for a specified duration. Planned devices include circulation fans, ventilation fans, fogging, shade screens and lighting. This solution remains in development and testing.
NETDA does not replace grower expertise. Growers set water requirements, growth stages, irrigation windows, and operating limits; the system uses climate data to support execution.
Select crop, growth stage, Kc, irrigation thresholds, and fertilizer programs.
Track weather, calculate ETc, and forecast irrigation events based on settings.
Compare forecasts, irrigation history, and crop response to refine settings.
Set fixed irrigation times, durations, EC, pH, and fertilizer programs.
Accumulate weather-based water demand and irrigate according to grower-defined thresholds and cooldowns.
Simulate irrigation schedules using yesterday’s data, today’s data, or selected weather scenarios.
Review irrigation history, weather, and operating data to support adjustments.
Store growth stages, irrigation strategies, and fertilizer programs as reusable templates.
Keep scheduled and manual irrigation available alongside weather-responsive operation.
NETDA is tested in real cultivation conditions, including a tomato greenhouse using substrate across multiple seasons and uneven seedling stock. The developer observes crop response, fertilizer costs, and weather-responsive irrigation to improve the product.
Our belief: technology should serve the farms growers already have, not only premium facilities.
Results from one farm may not apply elsewhere; yields and costs also depend on cultivar, area, nutrition, weather, and management.
Browse NETDA Smart Irrigation documentation covering the interface, dashboard, device control, schedules, smart irrigation, crop data, fertilizer programs, and settings.
Open user guide →Interested in weather-responsive irrigation, climate monitoring, or greenhouse controls? Contact NETDA through its official channels to discuss your needs.
Phone, Zalo, email, and pricing information will be added once confirmed.