Small project to monitor plants and environmental state using a Particle Photon
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Updated
Aug 22, 2019 - C++
Small project to monitor plants and environmental state using a Particle Photon
Kratky cultivation system with auxiliary oxygenation, measurement of environmental variables and local web server to view status of environmental variables with ESP32
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.
Houseplant management system using Raspberry PI
Sown was developed for my Front End Capstone at Nashville Software School. It enables users to catalog his or her own seed collection, seed information, and organize said seeds into collections of their own creation.
Flutter app for tracking plants 🌱🌿
An absolutely non-nerdy Jupyter notebook for watering plants
Part plant, part robot. Monitor your green buddy's environment.
Web app for plant management at home
Analysis of 11M data related to plant development in Germany to trace the impact of climate change on plant life cycle.
Android App help you take care of your plants by sending you alert notifications
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
A wireless plant pot monitor built with ESP32 and sensors.
Automated image analysis for plant growth
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.
IOT based implementation using various sensors and boltiot cloud
Applying IoT solution for Plant monitoring
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