IRRIGATION AUTOMATION
Irrigation automation system with remote valve control
AgriLynk helps growers use real soil moisture data to make irrigation decisions, reduce unnecessary field trips, and control supported valves from the dashboard.
PRACTICAL CONTROL
Less guessing. More confidence in when water moves.
Manual checks and calendar-based watering can leave teams reacting late or watering just in case. AgriLynk brings field data and control into one practical system so your team can irrigate based on actual conditions in the root zone.
See soil moisture
Track supported sensors at multiple depths to understand how water is moving through the field.
Control valves remotely
Start, stop, or automate supported irrigation valves without sending someone across the farm.
Use threshold logic
Set the moisture thresholds that fit the crop, block, and season. AgriLynk helps act on those settings.
HOW IT WORKS
A field-ready path from sensor data to irrigation action.
1. Sensors in the field
Soil moisture sensors help show what is happening above, in, and below the root zone.
2. Wireless station
Field stations collect supported sensor and valve data and connect remote blocks back to the dashboard.
3. Dashboard decisions
Your team can monitor conditions, receive alerts, and control supported irrigation equipment from a phone or computer.
BUILT FOR WORKING FARMS
Start with the blocks that matter most, then grow the system over time.
Irrigation automation does not have to mean replacing everything at once. AgriLynk can be configured around priority fields, existing irrigation infrastructure, and the level of control your operation is ready to use.
Water visibility
Understand when a block needs water instead of relying only on schedules, visual checks, or gut feel.
Labor savings
Reduce routine trips for checking conditions and turning supported valves on or off.
Modular expansion
Add more stations, valves, wells, tanks, reservoirs, or weather inputs as your operation grows.
CONNECTIVITY OPTIONS
Bring irrigation blocks online with the connection that fits the field.
A remote block can connect directly through a cellular-enabled station, while denser layouts can share a gateway across multiple valves and sensor locations.
Standalone cellular field station
Useful for isolated valves, pilot blocks, and locations where a gateway would add unnecessary infrastructure.
- Direct field-to-cloud connection
- No farm gateway required
- Best for one site or widely separated locations
Shared-gateway field network
Useful for multi-valve irrigation layouts where many field stations are within practical radio range.
- Many field stations can share one gateway
- Private long-range field network
- Best for denser multi-station layouts
NEXT STEP
Show us the field you want to automate.
Tell us what you grow, how irrigation is currently controlled, where power and communication are available, and which blocks are causing the most stress. We will help map a practical starting point.