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The Internet of Everything (IoE) or the Internet of Everything, which is also known as IoE in short, is one of the most interesting topics that has been discussed a lot in the last few years, the Internet of Things is one of the innovative and pervasive technologies that It makes network communication much more coherent and valuable than before. Turning information into action creates new capabilities, more valuable experiences, and unpredictable economic opportunities for businesses, individuals, and countries.

The Internet of Everything

Technically, the Internet of Everything (IoE) refers to the billions of devices and consumer products connected to the Internet under a smart network and can develop digital configurations.

The philosophy applied in future technologies is in the form of different applications of tools, divas, and connected objects to create an internet world.

The Internet has connected limited devices such as phones, tablets, PCs, and other useful gadgets. Still, the idea behind the Internet of Everything (IoE) is that intelligent machines can be equipped with higher cognitive capabilities. Connect and thus be able to access much more data and develop networking opportunities.

In simpler terms, the Internet of Everything (IoE) is an intelligent set of connections between people, processing systems, data, and objects that can be easily moved in our world; in such a network, billions of devices such as sensors are used to measure and measure the environment and their data is available through public or private networks, all these devices can be connected through protocols such as TCP/IP.

So, can we say that the Internet of Things is another type of Internet of Things?

Well, the main difference here is smart communication. Most physical and digital devices are connected to the Internet of Things (IoT). Still, in the Internet of Everything (IoE), there is an intelligent network behind the work that manages all these devices in a cohesive ecosystem.

The Internet of Things (IoT) is limited to processing devices, so we deal with device-to-device communication. In the Internet of Things (IoT), people, processors, data, and objects are all in one. The network has come together, and here we are, not only dealing with mobile phones and tablets or personal computers. Health test strips, coffee pots, and maritime containers become nodes in a smart network and communicate with each other. One of the concepts of the Internet of Things (IoT) includes M2M, M2P, and P2P communication technologies.

The economics of the Internet of Things can have profound effects on many aspects of our lives:

• People: In this section, people communicate with the Internet in much more convenient ways, and the information and data of their devices are not only through mobile phones, tablets, personal computers, or even social networks but also sensors placed on their skin. It is collected, and it is possible to check the important conditions of the person. In this way, people themselves become nodes of the Internet network.

A good example in this field is the wearable clothes provided by the Nike company, and people can wear them. These clothes provide the possibility of receiving vital information from people, and as a result, the way of activities and performance of athletes can be estimated.

• Objects: Physical objects and items such as sensors, industrial devices, consumer products, and business assistants can also be connected through the Internet. With this, they can retrieve information from their surroundings and, as a result, environmental awareness, cognition, and intelligence. A higher one is created for us, often called the Internet of Things.

In 1984, only 1,000 devices were connected to the Internet of Things; in 1992, this number reached one million. In 2010, this amount reached 10 billion devices, and therefore Cisco predicts that by 2020 Nearly 50 billion devices will be connected to the Internet. These tools and divas receive information from their environment, both internal and external and send them to the servers to be analyzed there. Finally, intelligent decisions are made about them.

• Data: Perhaps the simplest here is the collection of raw data. Once the tools are connected, this data is sent to higher levels, providing more processable data to the servers, and as a result, smarter and faster decision-making is possible.

Here data can provide us with deeper information, and better planning can be used instead of having plans based on random information. By shaping the right flow of data and information, we can have a much better form of big data. This data source has been used extensively in recent years because it can provide better insights that help classify information. And we need their analysis.

• Processors: With IoT-sized processing, we can have the right information from the right people, at the right time, and in the right way. Technology-based businesses rely on data based on which they can make future decisions and improve their business processes and strategy, so applying faster data processing can be a competitive advantage for them. Considered and lead to their agility in the field of decisions.

General Electric predicts that the Internet of Things could contribute up to $15 billion in gross domestic product growth. At the same time, Cisco estimates it will save up to $19 billion, creating huge benefits for companies. That uses the Internet of Everything (IoE).

However, as the number of devices connected to the Internet increases and more data is collected, privacy is also threatened, which can cause security concerns. Still, as devices become smarter, there is hope that there will be enough detection protection to prevent To get rid of abuses and prevent any threats against people. The Internet of Things is undeniably here now, and we must immerse ourselves in it, adapt our lives to it, and take advantage of the changes it brings to our future.

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