parallel garden project - IoT and hydroponics monitoring
(1) iot-board-hw-esp32 > https://github.com/octopusengine/octopusLAB_parallel_garden/tree/master/iot-board-hw-esp32
(2) iot-board-micropython-esp32 > https://github.com/octopusengine/octopusLAB_parallel_garden/tree/master/iot-board-micropython-esp32
(3) rpi-timelapsephoto > https://github.com/octopusengine/octopusLAB_parallel_garden/tree/master/rpi-timelapsephoto
(4) server-mysql > https://github.com/octopusengine/octopusLAB_parallel_garden/tree/master/server-mysql
(5) server-db ? grafana
(6) frontend - react >> https://github.com/octopusengine/octopusLAB_parallel_garden/tree/master/frontend
(7) frontend ? grafana
(8) AI / ML / future... > https://github.com/octopusengine/octopusLAB_parallel_garden/tree/master/ai-ml-future
(9) android app >> https://github.com/octopusengine/octopusLAB_parallel_garden/tree/master/android-app
Monitoring of basic values:
2018/05 octopusLAB IoT board prototype 2018/11 - version 1 2018/12 first Alfa testing IoT (ESP32), raspberry Pi (camera), server (MysQL, PHP, JS canvas) 2019/01 Beta test - edition with: temperature, moisture and light monitoring (MicroPython) 2019/02 octopusLAB - first mini box testing (12V edition: & PWM LED control, Relay - pump) 2019/03 Paper Hub (Paralelni Polis - Prague) - prepare next edition > 2019/04 - 3-5 boxes?
Main project >
https://github.com/ParallelGarden/Hydroponics-in-a-box
This project consists of two projects that form a compatible outcome product: hydroponics system itself, and IoT device that is being developed in order to collect data about the growing process, optimize costs, and eventually to take control over the system.
You are welcome to contribute to this repository by providing documentation to code, submitting issue reports, enhancement requests and pull requests.