plant-monitoring

Self-hosted collaborative plant management and tracking system for plant enthusiasts

[WACV 2023] Information and scripts for the CropAndWeed Dataset

We're building a plant monitor (and saver) - this is the early stage

Plant Phenotyping APP

IOT ANDROID BASED SMART HOME AUTOMATION SYSTEM USING FIREBASE , ARDUNIO, JAVA, NODE JS

MicroPython firmware for the GrowMax automation board - a complete IoT solution for precision agriculture and greenhouse management. Features 8-channel moisture sensing, MOSFET-driven pump control, environmental monitoring (CO2, temperature, humidity, pH), and cloud integration with OpenSensor.io for real-time data visualization and remote control.

An application to monitor and display soil moisture content for drip irrigation.

Bangkit Capstone Project

The Smart Plant Monitoring System is an IoT project that automates plant care using an ESP32 microcontroller. It monitors soil moisture, temperature, and humidity, automating watering based on sensor data. The system connects to the Blynk app for remote monitoring and control, making it perfect for smart agriculture or home automation.

Automated hidroponic system. Project that seeks to create a fully automated hydroponic cultivation system using IoT, with a view to generating an agricultural revolution.

Tools written in Go for interfacing with Xiaomi Flora sensors for IoT use cases.

Code for an ESP32-based system that monitors plant health (humidity, temperature, soil moisture) and publishes data to AWS IoT Core for real-time cloud analysis.

Use this code with MongooseOS and the LilyGo HiGrow ESP32 Plant Monitoring Sensor board (v1) to obtain sensor readings and control LED's

Automated plant irrigation system enhanced with Blynk cloud

Arduino MKR1000 plant monitoring system using Johnny Five

A remote, real-time and distributed plant monitor-irrigation system.

ESP32 Controlled Plant Watering System

control system which can monitor and improve the conditions of temperature, humidity and light intensity for a given particular plant

This Arduino sketch utilizes an ESP8266 microcontroller to read temperature, humidity, and soil moisture values using DHT11 and a soil moisture sensor. The data is sent to the Blynk IoT platform for real-time monitoring. Additionally, the system controls a light based on soil moisture levels and sends notifications about water flow status.