Please note: this product is still under active development. We’re testing, refining and adding new features, so details may change. Check back soon for updates.

How It Works

IrriSynth Core doesn’t guess from a timer – it watches how wet your medium is and when your lights are on, then runs the pump only when it helps the plant.

A moisture probe in the substrate gives a live VWC reading, and the controller uses that plus your light cycle to move through three simple phases that support proper crop steering and healthy drybacks.

You supply the pump and irrigation drippers – Irrisynth Core just tells them when to run.

A small nutrient pump and a drip layout are required and not included; the controller turns your existing system into a smart, sensor-driven one.

P1 – Saturation (after lights-on)

When the lights come on, the plant is ready to drink and grow. In P1, Irrisynth Core gives a heavier feed after lights-on to bring the medium up to a set moisture target. Instead of one huge dump of water, it can run several controlled “shots”, letting the roots take in what they need without drowning. This sets the day up with a consistent starting point, which is key for reliable growth and repeatable results.

P2 – Daytime Pulses (during lights-on)

Once the medium is saturated, the controller moves into P2. During the light period, it watches the moisture level fall and adds short top-up pulses only when the reading drops below your chosen band. This keeps the root zone in a sweet spot: not too wet, not too dry. Because the pulses are small and controlled, you can push the plant a little harder or a little softer depending on your goals – this is the basis of crop steering for better yield, tighter structure and more consistent flavour and smell.

P3 – Night Dryback (lights-off)

When the lights go off, Irrisynth locks the pump out and enters P3 – dryback. This is where the medium is allowed to dry back to a lower target before the next day starts. Proper drybacks are critical for strong root development, better oxygen in the root zone, and signalling the plant to work harder. Managed correctly, this pattern of controlled saturation, measured daytime pulses and healthy night dryback can improve smell, yield and speed, compared to a simple timer that keeps everything constantly wet.

In short: you set your moisture targets and timing in a clean web page, connect your own pump and drippers, and Irrisynth Core quietly runs the same three-phase logic every day – helping you steer your crop, not just water it.

!! This IrriSynth dashboard is a static demo only. The data, setpoints, and controls you see here are examples to show how the real controller interface looks and behaves—no values are live and no actions affect any actual hardware !!

A blue irrisynth device with two power sockets and two antenna connectors, placed on a reflective surface, with the brand name 'irrisynth' printed on it.
Dashboard of a water vapor cycle (VWC) trend monitor showing 24-hour and 7-day graphs, system status, network details, setpoints for saturation and low/high thresholds, manual control options, calibration, pump settings, and control parameters.
IrriSynth Irrigation Controller – Demo
Demo only – not connected

Irrisynth Irrigation Controller 💧 – Demo

VWC Trend (24h)
Legend: P1 P2 P3 P2 band P3 target Static demo data – no live controller.
VWC Weekly (7d)
Static demo data, last 7 days.
Status
VWC
32.5 %
P2 Window
28 % – 35 %
Calibration
IDLE
Pump OFF (demo) Lights ON (demo) Pump Hold: none (demo)
Demo snapshot – not connected to a real controller.
Network
Host: irrisynth-demo
IP: 192.168.4.1
Mode: AP (demo)
MAC: AA:BB:CC:DD:EE:FF
FW: 0.1.0-demo
These network controls are disabled in the demo.
Setpoints
P1 Saturation
P2 Window
P3 Dryback
P2 Pulse
P1 Multi‑shot
Filtering
In the real controller, these values are sent to the device via its API. Here they are local only.
Manual Control
On the real device this overrides the relay via the web API. In this demo it just shows a message.
Calibration

Two‑point calibration using a dry and wet reference. In the live controller this updates the EEPROM calibration.

All calibration actions are disabled in this demo.