What is IoT?
IoT: Internet of Things refers to connecting objects to the internet to enable communication.
Various objects, machines, human actions, and natural phenomena generate vast amounts of information, and if this information can be collected and visualized, many problems can be solved.
Information that can be seen, heard, or touched is of course collectable, but information that cannot be directly perceived can also be quantified and collected using sensors.

By connecting objects to the internet, it becomes possible to know the status of remote objects and to operate them.

In IoT, various sensors are attached to objects to monitor their status via the internet, enabling safer and more comfortable work and living environments.
IoT is realized by connecting objects to the internet and transmitting measurement data, sensor data, and control data.


Examples of knowing the status of remote objects with IoT
Environmental monitoring: temperature, humidity, atmospheric pressure, illumination, noise, etc.

Monitoring the status: doors, windows, cabinets, drawers, etc.

Monitoring movement: impact, vibration, tilt, falling, dropping, movement, etc.

Monitoring location: presence of people or vehicles, proximity detection, passing detection, etc.


Examples of controlling remote objects with IoT
You can control the power of air conditioners and lighting.
It is possible to connect devices such as lighting equipment, air conditioners, home appliances, and monitor the status of non-home appliances like fuel dispensers and bath boilers, as well as control them remotely with a remote control.
Furthermore, it is possible to acquire information from various sensors installed in factories, buildings, stores, hospitals, and inside and outside schools.
IoT is not a technology used only in special or limited places, but a technology applicable to all environments where you want to know the status of distant locations or want to operate them.


Connecting objects to the internet
There are wired and wireless methods to physically connect objects to the internet.
In IoT, wireless connections are often more convenient, and in many cases, it is difficult to realize without wireless.
Various wireless methods exist, and currently, many devices are connected via wireless methods such as Wi-Fi, LTE, 3G, and WiMAX through the internet, contributing to increased convenience.


What can be done using this product
This kit is an Arduino-based electronic component kit designed for beginners to easily experience IoT technology without soldering.

It includes 18 types of components such as LEDs, human motion sensors, temperature and humidity sensors, and 13 sample projects.

By following the manual and learning step by step, you can understand what electronic circuits and programs are.
The lesson allows you to easily experience IoT by creating a household alarm system and displaying information on your mobile device.

It also includes temperature and humidity sensors and water level sensors, enabling simple ideas such as monitoring indoor temperature or managing water levels in aquariums for fish keeping.
Since IoT technology is used in various aspects of daily life and work, it can also help reproduce and understand questions or ideas you may have.


Kit contents
OSOYOOUNOR3 board x1
W5100 LAN network expansion board x1
Sound sensor x1
Infrared motion sensor x1
DS18B20 temperature sensor x1
Light sensor x1
Temperature and humidity sensor x1
Servo motor x1
BMP180 temperature sensor x1
Water level sensor x1
Smoke sensor x1
Ultrasonic sensor x1
Buzzer x1
Relay x1
4-color LED set x1
Resistors set x1
Breadboard x1
IoT is a technology that supports safer and more comfortable work and life by remotely operating and monitoring the state of objects via the internet from distant locations.

This kit was developed to allow beginners to experience IoT technology in a familiar way.

The Arduino used is an OSOYOO UNO board (compatible with Arduino UNO R3).

This product includes parts necessary for real-life applications such as LEDs, buzzers, sound sensors, smoke sensors, and temperature and humidity sensors, which can be remotely operated via the internet from Android/iOS apps or web browsers.

It offers 13 easy-to-understand sample tutorials for beginners, allowing you to learn IoT technology by sequentially experimenting.
Whether you are a hobbyist in electronic engineering and Arduino, or an intermediate or advanced user, the compact kit is convenient for reproducing ideas and hypotheses.

2025/12/01 17:34:55#7945891893e3580a8c91bbde2cad7217d9035da2