Greenhouse & Open-field Control
Greenhouse climate, irrigation and fertigation plus open-field sensing and automatic zone control.
Open the detailed scope →SMART AGRICULTURE INTEGRATED DESIGN
Integrated farm planning, irrigation control, greenhouse automation, field monitoring and farm data architecture for connected agricultural operations.
Three connected engineering scopes
Irrigation, Water & Field Monitoring
Weather, soil, flow, pressure, reservoir, pump, valve, pest, spore and water-quality monitoring.
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Livestock Positioning & Farm Platform
Animal tags, gateways, electronic-fence events, barn environment and farm-platform records.
Open the detailed scope →Preliminary integrated control basis
Quantities are a preliminary design basis from the supplied concept. Final zoning, gateway positions, valve quantities, sensor density and pump controls require site survey and review of the existing hydraulic and electrical systems.
Frequently asked questions
Can the system work without cloud access?
Critical pump, valve and environmental controls can use local PLC or RTU operation with buffered data and manual fallback.
Are sensor quantities fixed?
No. Quantities and positions depend on production zones, terrain, water network, radio coverage and required control accuracy.
Can existing irrigation equipment be reused?
Yes, after condition, capacity, interfaces and safe operating limits are verified.
Can livestock positioning use LoRa?
Yes, when tag, beacon and gateway coverage, battery cycle, accuracy and retention are confirmed for the site.
Are savings guaranteed?
No. Water, energy or labor improvements require an approved baseline and measured verification.
Define the farm from the real site
Share the site plan, crops, water sources, irrigation network, greenhouse systems, pump stations, power, communications and operating objectives.
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