Smart Remocon

Using M5Stack-TimerCamera, acquire images with the camera at regular intervals or on time and save them to Google Drive. TimerCamera of M5Stack is a product that uses a microcomputer ESP32 and camera OV3660. Create a program that synchronizes time using NTP and performs periodic and scheduled startup.

We will do electronic work to post the image taken with the camera to LINE. The product to be used is M5Stack's TimerCamera (ESP32 built-in). Implement HTTPS (TLS) client and LINE posting function in this product.

We will do electronic work to watch the video taken by the camera on the web browser of the smartphone. The product to be used is TimerCamera of M5Stack. This product implements a web server and distribution server to realize video distribution.

We are making smart remote controls. This is the final of the 7 sessions, and we will be able to operate home appliances from the outside using a smartphone and link with an AI speaker. Any home appliance that can be controlled by a normal remote control, such as lighting, TVs, and air conditioners, can be used. For development, we will use Arduino and ESP32 to realize it.

We will make a home appliance remote control that can be operated from a smartphone. Any home appliance that can be controlled by a normal remote control, such as lighting, TVs, and air conditioners, can be used. For development, we will use Arduino and ESP32 to realize it.

We will implement a Wi-Fi connection, web server function, and SPIFFS on ESP32. Although it is a series that eventually produces smart remote controls, this content alone is complete. For development, we will use Arduino and ESP32 to realize it.

I would like to work electronically on the infrared transmission LED. We will understand the mechanism of remote control signals and modulation, and create circuits using LEDs and transistors.

I would like to work electronically on the infrared receiving sensor. We will implement the mechanism and usage of the infrared reception sensor, acquisition of remote control signals, etc. This electronic work will eventually become a series of making a smart remote controller.

We will understand the "L blinking" that is the first step to starting electronic work. Learn the basics with a program that controls LEDs. We will learn using Arduino and ESP32.

Let's create a Smart remote controller through electronic work. It is programming smartphone operation and AI speaker cooperation. This post is an Overview version.