Sensor-driven plant care with LED emotions, powered by MicroPython and integrated with Home Assistant.
No, this is not our plant, but it will be yours if you leave it unattended. Here's a way to keep it healthy with minimal effort.
A potted snake plant with twinkling leaves of yarn.
The AI Guardian for Plants is designed to monitor the soil data in real time
The smart planter that turns your plant into pet.
Use MicroPython on the Arm-based Raspberry Pi Pico W with a Pimoroni Grow Kit and Twilio to create a plant that texts you!
Collect irrigation level data by thermal imaging, build and train a neural network model, and run the model directly on Wio Terminal.
Estimating plant growth parameters for high throughput phenotyping using regression and EdgeImpulse on low power Sony Spresense under 0.35A!
Track the total volume of water spent and evaluate approx. evaporation rates by temperature, humidity, and pressure to prevent water overuse
Based on Roald Dahl short story, this machine will let you "hear" plant mood according to soil moisture.
Senso is a device that detects deforestation using sound analysis detecting machines used to cut down trees and warning the authorities.
Build your own automatic IoT plant irrigation system with soil sensor, Particle Photon, relay and immersible water motor.
Use an Arduino Nano 33 IoT board along with a suite of sensors to monitor the weather and automatically water your plants!
Currently this is what the functionality is: Reads soil moisture content Controls Water pump when the soil starts to run dry.
Another indoor greenhouse powered by Nano. 100% controlled environment with some extra perks that make life easier.
Auto watering the plant and tracking plant's health through Helium and Microsoft Azure IoT.
I just want to water my plants! :-)
On this Part 2, we will implement an IoT approach were control will be also possible remotely via Internet.
