What is the Internet of Things or IOT?

The Internet of Things, or "IoT" for short, aims to extend the power of the Internet from computers and smartphones to a range of other things, processes, and environments. This is everything you need to know.

The Internet of Things (IoT) is the center of the digital transformation revolution, and it is changing the way businesses, businesses, and people live. This shift has affected everything from how we manage and operate our homes to automate processes in almost all industries. But in reality, what is the Internet of Things?

If you just Google "What is the Internet of Things?" Many answers are unnecessarily technical. Case:

"The Internet of Things (IoT) is a system composed of interconnected computing devices, machinery and digital machines, objects, animals or people. They have unique identifiers and can transmit data over the network without the need for people or people-and Computer interaction."

Unnecessary technical explanations for the Internet of Things

If you are confused, you are not alone. Most people neither want nor need to have a deep understanding of the nature of the Internet of Things. In this article, I will briefly explain to you the Internet of Things and how it works.

Before we start, please note that "Internet of Things" and "IOT" can and will be used interchangeably.

IoT explained: simple and non-technical

You may be reading this article on a desktop or tablet computer, but no matter what device you are using, it is connected to the Internet.

Connecting things to the Internet has many amazing benefits. We have all seen these benefits on smartphones, laptops, and tablets, but the same is true for all other devices. Yes, I mean everything. The Internet of Things means connecting everything in the world to the Internet.

When something is connected to the Internet, it means that it can send information or receive information, or both. This ability to send and/or receive information makes things smart, and the smarter the better.

Let's take the smartphone as an example again. You can listen to any song in the world, but this is not because you have all the songs stored on your phone. This is because every song in the world is stored elsewhere (that place is called the "cloud"), and your phone can request a song and receive information for streaming. To be smart, a thing does not need to have super storage or supercomputers inside. All you have to do is to connect to a super storage or super computer. The connection is great. In the Internet of Things, everything can be divided into three categories: sensors that collect information and then send it. A computer that receives information and then takes action on it.

The best of both worlds. All three of these have tremendous benefits for mutual promotion.

Collect and send information

This means sensors. Sensors can measure temperature, movement, humidity, air quality, light, and almost anything else you can think of. When used in conjunction with an Internet connection, sensors allow us to collect information from the environment, which helps us make better decisions.

2. Receive information and take action

We are all very familiar with machines that process input information. The printer receives the document and then prints it out. The garage door receives a wireless signal and the door opens. Remotely commanding machines to take action is commonplace. So? When everything can collect information, the true power of the Internet of Things emerges.

3. Take care of both

Let us return to agriculture. The sensor collects information about soil moisture. Now, farmers can start the irrigation system or shut it down as needed. With a system that supports the Internet of Things, you don't actually need farmers to complete the process. Instead, the irrigation system can automatically take action as needed based on the detected moisture content.

You can also go further. If the irrigation system receives information about the weather from its Internet connection, it can also know when it will rain and decide not to water the crops when it will rain anyway.

This is just a sensor. Add other sensors, such as light, AQI sensor and temperature sensor, these algorithms can learn more. Dozens, hundreds, and thousands of farms are gathering information, and these algorithms can provide incredible insights on how to make crops grow best and help feed the world’s growing population.