From a fresh Raspberry Pi to a working irrigation controller in under 10 minutes.
Any model with GPIO pins β Pi 3, 4, 5 or Zero 2 W. Must be running Orbit OS.
Get Orbit OS βA GPIO-controlled relay HAT. Sprinqua supports 7+ boards out of the box β from 3 to 8 channels.
See supported boards βAny modern browser on the same local network. No app install needed β Sprinqua is a web UI.
Open the Orbit OS Store on your device and search for Sprinqua, or go directly to the store page. Tap Install β Orbit OS will download and deploy the .orb package automatically.
Once installed, Sprinqua starts automatically. Open a browser on any device on the same network and navigate to your Raspberry Pi's address:
# Using mDNS hostname
http://raspberrypi.local
# Or via IP address
http://192.168.1.x
The exact hostname and port depend on your Orbit OS network configuration.
On first launch, Sprinqua shows the setup wizard. It walks you through three quick steps:
Select your relay board
Pick your exact board model from the list. Sprinqua auto-fills the correct GPIO pin mapping.
Name your irrigation zones
Assign a name and type (sprinkler, drip, mistβ¦) to each relay channel. Set a safety auto-off limit per zone.
Test each relay
Pulse each relay for 3 seconds to verify the physical wiring before committing to the configuration.
You're done. Turn zones on manually, create weekly schedules, enable Smart Watering to skip rainy days, or connect to Home Assistant via MQTT. All from the same clean UI.
If you use Home Assistant, Sprinqua can publish all zones as MQTT switches with auto-discovery β no manual entity configuration needed.
# In Sprinqua β Settings β Enable MQTT
Broker: 192.168.1.x # your HA host
Port: 1883
Prefix: sprinqua # topic prefix
# Topics Sprinqua publishes
sprinqua/zone/1/state β ON | OFF
sprinqua/mode/state β Standalone | HA-Managed
Open an issue on GitHub and we'll help you sort it out. Feature requests and board additions are also welcome.