Sensor & Control Compatibility

Works with anything you trust

Agrinodes can configure and integrate almost every farming sensor on the market. Search your exact brand and model below. If it is already supported, you can use it straight away. If it is not listed yet, submit a sensor request and we can usually configure it within up to a week.

Soil & Substrate
  • Moisture
  • Electrical Conductivity
  • Temperature
  • Oxygen
Microclimate
  • Air Temperature
  • Humidity
  • CO₂ Level
  • Light Intensity
Water Systems
  • Flow Rate
  • Pressure
  • Tank Level
Weather
  • Rainfall
  • Wind Speed
  • Solar Radiation
  • Atm. Pressure

Will your sensors work with Agrinodes?

Agrinodes controlling irrigation valves in a greenhouse
⚡ Valve 1 — ON⚡ Valve 2 — OFF⚡ Motor Pump 1 — ON

Relay Control

Control anything relay-driven

If it can be switched on or off with a relay, Agrinodes can control it. From basic solenoid valves to complex greenhouse systems — all from one unified automation platform.

Solenoid Irrigation Valves
Water Pumps & Bores
Greenhouse Fans
Heaters & Heat Mats
Grow Lights (any type)
Humidifiers
Shade & Blackout Blinds
Misting Systems

Sensor Precision

Calibrated data you can make decisions from

Generic sensor readings are a starting point — not the truth. Agrinodes applies soil-specific calibration to every sensor, turning raw signals into measurements that accurately reflect what's happening at root level.

Agrinodes Node sensor I/O connections

Calibrated Readings Active

Soil-specific · Polynomial fit applied

Soil-Specific Calibration

Per-sensor, per-zone accuracy

A soil moisture sensor calibrated for loam won't read accurately in sandy, clay-rich, or substrate-based media. Agrinodes lets you calibrate each sensor to the exact environment it's deployed in — field soil, coco coir, rockwool, perlite, or custom blends — so your readings reflect reality, not a factory assumption. You can also enter predefined coefficients from manufacturer datasheets or soil lab results, skipping field sampling entirely.

Linear

Two-point slope and offset correction for sensors with a consistent linear response

Polynomial

Higher-order curve fitting for sensors with non-linear characteristics across a range

Piecewise

Point-by-point segment calibration for sensors with complex response curves

Predefined Coefficients

Enter manufacturer or lab-derived constants directly — no field sampling required

Eliminates systematic sensor drift caused by soil type, texture, and salinity
Per-sensor, per-zone calibration — not a one-size-fits-all factory default
Calibration source tracked on every reading (soil-specific vs. predefined spec)
Fit preview lets you simulate calibration accuracy before applying it

Crop Protection

Safeguards that act before you can

Intelligent rules monitor your irrigation system in real time across flow, moisture, EC, pressure, and tank level. Each safeguard has a configurable response policy — from advisory alerts to critical alarms with automated action plans that stop zones, close valves, or kill pumps before crop damage occurs.

Irrigation Flow
  • No flow detected during active irrigation window
  • Flow rate outside configured min/max bounds
  • Unexpected flow when irrigation is off
  • Insufficient flow shortly after pump start
Soil Moisture (VWC)
  • Soil too wet before irrigation cycle begins
  • Moisture not rising during active irrigation — possible emitter blockage
Electrical Conductivity
  • EC too high during irrigation — salt stress risk
  • Escalates to CRITICAL if >10% over threshold
Pressure & Tank Level
  • Pressure too high with no flow — possible blockage
  • Pressure too low during active irrigation — supply issue
  • Tank level below minimum threshold — prevents pump dry-run and crop loss

Safeguard Incidents

Tracked, evidenced, and resolved

Triggered

Safeguard fires, incident opens. If a critical alarm, your configured action plan executes automatically — stop the zone, close a valve, kill the pump, or disable schedules.

Acknowledged

Grower reviews captured evidence — threshold vs. observed value, timestamp, and operational context. Each step in the action plan is confirmed by the device before advancing.

Resolved

Conditions return within safe bounds for a sustained recovery window. Incident closes, system resumes normal operation.

Evidence captured on every incident

Threshold

Observed Value

Context

Action plan steps

Stop Zone

Close Valve

Stop Pump

Disable Schedules

Better Crop Outcomes

Calibration + Safeguards working together

Prevent overwatering and root damage

VWC safeguards stop irrigation when soil is already saturated — protecting roots from anaerobic conditions and fungal risk.

Catch pipe failures the moment they happen

Flow and pressure monitoring detects blockages, pipe breaks, or pump failures in real time — not during your next manual inspection.

Manage salinity before it becomes stress

EC safeguards alert before salt levels accumulate to crop-damaging concentrations, giving you time to flush before yield is impacted.

Configurable response for every situation

Set each safeguard to critical alarm, warning, or advisory. Critical alarms trigger multi-step action plans — confirmed step-by-step by the device with automatic retry.

Accurate readings, accurate thresholds

Soil-specific calibration means safeguards trigger on real conditions — not sensor artefacts or substrate-induced offsets.

Mobile App

Your entire farm, in your pocket

The Agrinodes app puts complete farm control at your fingertips — monitor, schedule, alert, and act from anywhere in the world.

Agrinodes mobile app showing farm overview

Bluetooth Setup

Install and configure devices from your phone via Bluetooth pairing. No technician required.

Live Farm Map

A digital property map showing live sensor readings, valve states, and schedule status in real time.

Remote Actuation

Control valves, pumps, and greenhouse hardware from anywhere — instantly.

Irrigation Scheduling

Create and manage multiple irrigation schedules across zones and crop blocks.

Safeguard Alerts

Set threshold rules for any parameter. Get notified the moment conditions drift out of range.

Event Tracking

Every command and device action is logged and acknowledged — full operational audit trail.

Coming Soon  ·  September 2026

Fertigation integration

Agrinodes is building native support for water-driven fertigation injectors — bringing automated nutrient delivery into the same platform you already use for irrigation control, sensor monitoring, and safeguarding.

Fertigation Programming

Create nutrient dose schedules tied directly to your irrigation windows — run precise ratios at defined times without manual intervention.

EC-Linked Dosing Control

Pair live EC sensor readings with injector control to automatically adjust nutrient concentration in real time and hold your target EC.

Safeguard-Integrated

Fertigation runs are governed by the same safeguard engine — EC, flow, and pressure anomalies can pause or halt dosing automatically.

Planned compatible injector units

Dosatron

Water-powered proportional injectors

D3 Green LineD6 Green LineD9 Green LineD20 Green Line

MixRite

Inline fertiliser and chemical injectors

LF Series2.5 SeriesTF-25

Own a Dosatron or MixRite system? Help us build this integration — and get a free Gateway.

We're offering 1× free Gateway to growers who partner with us during development.

Limited spots available · Additional brands and models to be confirmed

Ready to see it in action?

Try Agrinodes risk-free for 14 days. Connect your own sensor, control your own valve — and experience the difference yourself.

View Pricing