There are 1 repository under plant-monitoring topic.
Self-hosted collaborative plant management system for your local environment
We're building a plant monitor (and saver) - this is the early stage
The extremely good plant sensor named LILYGO TTGO-T-HIGrow, is here integrated into Home Assistant, via MQTT messages, that can be Autodiscovered, via the belonging Python program. The program supports both DHT sensors, the new BME280 sensor and the external soil temperature sensor.
Information and scripts for the CropAndWeed Dataset
Plant Phenotyping APP
IOT ANDROID BASED SMART HOME AUTOMATION SYSTEM USING FIREBASE , ARDUNIO, JAVA, NODE JS
Micropython routines for GrowMax automation board by opensensor.io
An application to monitor and display soil moisture content for drip irrigation.
Bangkit Capstone Project
Automated hidroponic system. Project that seeks to create a fully automated hydroponic cultivation system using IoT, with a view to generating an agricultural revolution.
Arduino MKR1000 plant monitoring system using Johnny Five
Use this code with MongooseOS and the LilyGo HiGrow ESP32 Plant Monitoring Sensor board (v1) to obtain sensor readings and control LED's
LilyGo HiGrow ESP32 Plant Monitoring Sensor Firmware (Hardware v1)
control system which can monitor and improve the conditions of temperature, humidity and light intensity for a given particular plant
An interactive plant monitoring device that visualizes graphical data
Client-side code for the Plant Reminder App 🪴📱 (My Uni's Compulsory Startup Project)
Panel for PlantMonitor service. VueJS in action
(Semester 1) Intelligence of Biological Systems - End Semester Project
Simple ESP32 Sketch for monitoring of plants with LilyGo HiGrow board, InfluxDB and Grafana
RootNav Viewer 2.0: A visualization tool for Root System Architecture (RSA) using RSML.
IoT controller based on ESP8266 with I2C peripherals with example implementation as a plant ecosystem controller.
Micrpython port of LilYGO Higrow - soil moisture esp32 sensor with connection to iot platform Blink
Plant monitoring & CO2 monitoring system with IoT Devices. Part of final project for Internet of Things Subject.
A wireless plant pot monitor built with ESP32 and sensors.
Automated image analysis for plant growth
IOT based implementation using various sensors and boltiot cloud
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.
Kratky cultivation system with auxiliary oxygenation, measurement of environmental variables and local web server to view status of environmental variables with ESP32
Web app for plant management at home
Flutter app for tracking plants 🌱🌿
Plant phenotyping system with 2 chambers (RGB imaging and Hyperspectral imaging). The RGB chamber used 2 HikVision MV-CA050-20UC, while the HSI chamber used a PikaNIR from spectronon and an Arcus stage.