Local control logic and EnviroDash evaluate arrival points, timing, available water.
Operators responsible for surface-irrigation siphons, risers, gates, valves, channels, water-advance points and irrigation events cannot continuously inspect every operating condition or developing fault. Periodic checks leave gaps between readings, while isolated local indicators provide limited history and context. A late response can cause downtime, safety exposure, equipment damage, or incomplete compliance evidence. Teams need timely measurements, clear exceptions, and a defined operating response.
Surface Irrigation and Water Advancement Automation combines connected field data with application software. Field Beacons and EFAC controllers detect water advancement, equipment state, schedules and configured fault conditions. Local control logic and EnviroDash evaluate arrival points, timing, available water, actuator state and irrigation progress. Growers raise or lower siphons, operate gates and valves, stop irrigation at target advancement and investigate faults.
Teams configure the monitored assets, users, and operating rules. Field Beacons and EFAC controllers detect water advancement, equipment state, schedules and configured fault conditions. Field controllers, sensors and the EnviroDash application exchange measurements, events and commands through the configured EnviroNode communications path. Local control logic and EnviroDash evaluate arrival points, timing, available water, actuator state and irrigation progress. Growers raise or lower siphons, operate gates and valves, stop irrigation at target advancement and investigate faults.
Vendor documentation: vendor website
Evidence level: L1 · Vendor-stated: how evidence levels work
Field Beacons and EFAC controllers detect water advancement, equipment state, schedules and configured fault conditions
Field controllers, sensors and the EnviroDash application exchange measurements, events and commands through the configured EnviroNode communications path
Local control logic and EnviroDash evaluate arrival points, timing, available water, actuator state and irrigation progress
Growers raise or lower siphons, operate gates and valves, stop irrigation at target advancement and investigate faults
Broad-acre farms using siphon, bankless-channel, furrow or other surface-irrigation systems across remote field zones. Deployments range from individual operating zones to coordinated multi-site portfolios
Authorized users can review current status, history, and operating exceptions
Attributes fewer than 20% of comparable Agriculture listings share:
Ask the AI Solution Architect: compare this solution against alternatives, check connectivity for your region, and get integration guidance. Included with IoT Apps Enterprise.
Fit, availability or a detail on this page. Goes straight to EnviroNode IoT Solutions, no RFP needed.
Local and cloud rules compare readings.
EnviroDash trends current and historical water state and applies configured refill.
Automates greenhouse vents, fans, heating, misting and fertigation from environmental and irrigation sensor rules.
Monitors calf behavior and temperature from early life to identify health risks and support lifetime herd records.
The HVAC module visualizes current conditions, load exceptions, energy savings.
A swallowed rumen bolus tracks newborn-calf body temperature and alerts staff when readings leave set limits.
Wireless sensors automate greenhouse ventilation for small farms, triggering fans and vents from climate readings and sending…
Uses overhead cameras and edge AI to monitor calving, heat behavior, cow location, and mobile robot interaction.
