Gravity: IoT Expansion Board

This article provides a comprehensive guide for setting up the Easy IoT platform with Makecode and a micro:bit board, covering basic operations, device setup, real-time monitoring, and troubleshooting to create a complete IoT system.

voting machine utilizes the wireless communication function. The voting machine has hosting post and voting port. The voting port can have abundant devices. When the voter presses the related button, the number of the votes will be displayed on the screen. Meanwhile, the data will be sent to IoT platform.

This article guides users through setting up and programming a micro:bit with IoT expansion to create smart emojis. It offers detailed instructions on hardware and software preparation, wiring diagrams, and sample code. Users can send commands through the Easy IoT platform to display various emoji patterns on the micro:bit, enhancing learning and creativity.

The article provides a step-by-step guide for creating a light and temperature monitoring system using a micro:bit and the Easy IoT platform, including hardware and software setup and sample code.

This article provides a step-by-step guide to using micro:bit with an Easy IoT expansion board to automate a remote watering system. It includes hardware and software preparation, wiring instructions, and sample code using the Makecode platform. Readers will learn how to control the watering system based on soil moisture levels and remote commands via Easy IoT, making plant care efficient and tech-savvy.

Explore the step-by-step guide to building and programming an automatic clothes hanger using micro:bit, servo, and soil moisture sensor, with instructions for controlling it via Easy IoT or manually.

Explore how to use a micro:bit and Easy IoT platform to control RGB LEDs remotely, including step-by-step hardware and software preparations, wiring instructions, and sample code for creating interactive lighting effects that sync with music.

This article demonstrates how to set up a remote entrance guard system using a micro:bit and IoT technology. It provides detailed guidance on hardware and software preparation, wiring, and programming with Makecode. By following the example code, users can automate door opening and closing through IoT commands, enhancing security and convenience.

This article provides detailed instructions on how to send notes from a micro:bit device to Evernote using the IFTTT platform. It covers hardware and software requirements, wiring setup, and includes sample code for seamless integration, making it an ideal resource for those interested in IoT and automation.

This article offers a comprehensive tutorial on how to send data from a micro:bit to an email using the IFTTT platform, covering necessary hardware, software preparation, wiring setup, and providing sample programming code to facilitate the process.

the climate is changeable during the seasonal alterantion. Use the micro:bit to detect temperature. If temperature is more than 30 degree, send a message to iphone to notice the user to pay attention to heatstroke. If temperature is less than 20 degree, send a message to iphone to notice the user to protect themselves from the cold.

when you get up in the morning, press down button A and B, send the temperature and light intensity to Twitter.

We often forget to water out plants, sometime, you have to be on business for a long time, but you want someone to take care of your plants. We can use the IoT expansion board to make an application to solve this problem. When the soil moisture is less than 350, the system automatically sends a message to your friend to water the plants. If it is over 520, send a message that the moisture is suitable.

Create a channel-humidity and time table. When connected with Internet, the moisture will be updated to Beebotte platform, and we will check the change of the moisture through the curve graph in Dashboards.

Drive a motor to rotate forward and backward.

This tutorial provides a practical guide to creating a light and temperature monitor using a micro:bit board and IoT expansion board, including hardware setup, software tools, and sample code for displaying real-time data on an OLED screen. Ideal for beginners interested in IoT and microcontroller projects.