EKO Flower Pot

EKO Flower Pot is a smart device designed to help monitor the health and well-being of plants. It is equipped with sensors that read air and ground temperature, humidity, and UV index, which are crucial factors for ensuring optimal plant growth.

The device works by measuring the environment around the plant and sending the data to a central hub or gateway via MQTT protocol, a lightweight messaging protocol commonly used in IoT applications. The gateway is usually a Raspberry Pi or a similar device that is connected to the internet and can communicate with the EKO Flower Pot using MQTT.

Once the data is received by the gateway, it can be processed and analyzed using software such as Node-RED, an open-source flow-based programming tool that allows users to easily create and deploy IoT applications. Node-RED can be used to set up rules and automate actions based on the data received from the EKO Flower Pot.

The data can then be visualized and stored using Grafana, an open-source platform for data visualization and analytics. Grafana allows users to create custom dashboards that display data in real-time, providing valuable insights into the health of the plant.

To store the data, a MySQL database can be used, which is a popular open-source relational database management system. This allows users to easily manage and analyze large amounts of data collected over time.

Neopixels are small, individually addressable LEDs that can be programmed to display a wide range of colors and patterns. In the context of EKO Flower Pot, neopixels can be used to display different colors and patterns to represent the health of the plant being monitored.

For example, if the plant is healthy and well-watered, the neopixels can display a bright, vibrant color such as green. If the plant is in need of water or nutrients, the neopixels can display a dimmer or more muted color, indicating that the plant is not doing well.

To achieve this, the neopixels can be connected to the EKO Flower Pot and programmed to display different colors and patterns based on the data collected by the sensors. The programming logic can be based on a set of rules or thresholds, such as a certain level of soil moisture or a certain range of temperatures, and can be adjusted to suit the specific needs of the plant being monitored.

Overall, using neopixels to display the health of the plant provides an intuitive and easy-to-understand visual representation of the data collected by EKO Flower Pot, making it easier for plant lovers to take care of their plants and ensure they are thriving.

In summary, EKO Flower Pot works by measuring the environment around the plant using sensors and sending the data to a central hub or gateway via MQTT protocol. The data can then be processed and analyzed using software such as Node-RED, and visualized and stored using Grafana and MySQL, respectively. With EKO Flower Pot, plant lovers can easily monitor their plants' health and ensure they are receiving the care they need.