Create a low-cost smart irrigation system with LoRaWAN to remotely monitor soil moisture and control watering—let’s build it together!
This simple beginner project makes an excellent tool for everyday applications, utilising a common LM35 temperature sensor and an Arduino.
When the soil is dry, Arduino will command the water pump to run. Our plant is absolutely cheerful anytime!
Soil moisture sensor which gives you LCD display of percentage of moisture.
Spending 100 times more time fiddling with this contraption than I would have just watering plants.
We're pretty good at maintaining our code base, not so much at maintaining our office plants. We use Arduino to keep our plants alive.
Try smart gardening at your home or office.
Your plant will have the needed water for months. Displayed: humidity and time since last pumped water! Cheap and only a few components!
NodeMCU ESP8266 board which monitors the soil moisture of your plants and notifies you on Telegram when they need to be watered!
Which one to use? Confused! Look our guide and get your doubts clear.
Cactus that tweets when it needs water
This project is a good learning project to get comfortable with soldering and programming an Arduino.
I just want to water my plants! :-)
Most hygrometer sensors are known for quickly corroding. This project takes advantage of a RTC to trigger the watering for a herbal garden.
Build your own automatic IoT plant irrigation system with soil sensor, Particle Photon, relay and immersible water motor.
This will show how to make a Bluetooth Low Energy Internet of Things device to monitor Electrical Conductivity for hydroponics.
The AI Guardian for Plants is designed to monitor the soil data in real time
You will learn all the necessary functionality to develop a timer and programmable load trigger.
A device that waters plants and monitors temprature using an ESP8266 and Android app.
Learn when your plant needs to be watered with a Wemos ESP32, a mh soil moisture sensor known as the flying fish and Wia.
Light sensor to measure from 0 to 55,000 lux, which is a good range for measuring from the darkest room in a house to the brightest day.
Automated irrigation for a small vertical herb garden.
Health monitoring system for plants.
Use 3D printing to solve the “Growing Chaos” problem.
