They are all talking about the Internet of Everything, what is it?

In fact, it is the Internet, which connects all the parts together.

It's that everything is connected to each other.

This is a product of the development of science and technology, the Internet.

In this way, the items can be better connected.

This is the interoperability of technology.

This thing is their future design.

It's when a network connects things together.

This is the development of network technology.

It's something that connects the Internet to things.

The Internet of Everything means that network technology can be related to various things

As long as a medium can access the Internet, such as refrigerators, air conditioners, washing machines, and even every light bulb, every plug, and everything can be connected to the Internet, then these things can be managed and controlled through the Internet.

What is the Internet of Everything and how does it affect us?

The Internet of Everything (IOE) is defined as bringing people, processes, data, and things together to make network connections more relevant and valuable. The Internet of Everything transforms information into action, creating new functions for businesses, individuals, and nations, and bringing richer experiences and unprecedented economic development opportunities. According to Robert Metcalfe, the value of a network is proportional to the square of the number of users connected to the network.

Essentially, the power of the network is greater than the sum of its parts, making everything connected and incredibly powerful.

Dawn Politics.

The premise of the Internet of Everything, once the user moves, the traditional solution will lead to the change of the IP address, and the mainstream security equipment such as firewalls for IP address security policies must adjust the corresponding security policies, which poses an unprecedented challenge to the linkage of network products and security products of different brands. This is a difficult problem that needs to be solved urgently in both traditional networks and security.

The premise of the Internet of Everything is that each device and each user may have different management permissions and operation policies. How does the strategy of the Internet of Everything automatically follow and remain the same? In addition to wireless roaming, there are other ways of mobility in the enterprise, such as employees running from their office to meeting rooms to have meetings, sharing films and resources, and maintaining related permissions; After employees run from the marketing department to the R&D department, they share technical information and communicate; Employees travel from headquarters to branch offices and want some important business authority unchanged; Companies want plug-and-play after they move, business without interruption, and so on.

However, from the current status of traditional networks, it is difficult to do this, or IT needs to spend a lot of money to adjust network configurations, and the user experience is not good enough. For example, after some employees of a company moved to a new office building, a lot of work was done in advance to redraw the network segment and adjust the configuration to ensure business continuity, but unfortunately, after the move, the necessary office equipment such as IP ** printers could not be used for nearly two weeks, which had a great impact on the normal office.

On the other hand, the Internet of Everything has brought about the largest growth in the number of access to different terminal types, and there are two main ways for all things to access the enterprise campus network, one is to directly access the campus network, such as surveillance cameras, mobile POS terminals, etc.; The other is through the Internet of Things gateway, for example, in the building automation system, one side of the IoT gateway router uses an ethernet port to connect to the campus network, and the other side port is connected to various field control buses. After IoT terminals are connected to the campus network, different terminals and existing services on the campus network have different attributes, which require security isolation and QoS assurance. At the same time, for a large number of IoT terminals directly connected to the campus network, the configuration management workload is large, and how to achieve simple operation and maintenance and rapid deployment is also a topic that needs to be considered in the campus network.

However, speed is only one of the four characteristics of 5G, which is "high speed, ubiquitous network, low power consumption, and low latency", and 5G mobile phones are only a small step in the commercialization test of 5G; When 5G is gradually iterated on smartphones, it is possible to quickly "transplant Tanpaiji" on a large scale in the fields of smart wearables, smart homes, smart travel, smart cities, and smart healthcare.

After all, the difference between a smartphone and everything around it is just an extra "screen" that can point out the country. But it is this screen that opens a new model of "human-computer interaction", and also planted the seeds for the Internet of Things, which unconsciously quantifies people's sensory experience into different digital standards, and also creates new possibilities for further digital life: when the interactive system of smart phones is copied by other new species with "screen", consumers can quickly adapt to and control this new world that is about to be "peacock screen" with very low learning costs.

And this is the "Internet of Everything" that is about to emerge in the 5G era.

In the information age, everything is connected, and there are a variety of products with functions such as positioning, recording, networking, liquid communication, and remote control. Many products also have functions such as voice recognition, data collection and automatic backhaul.

The three major relationships are:

1. Sensor technology, which is the tactile sense of the Internet of Things, is also the fundamental factor of the Internet of Things;

2. Communication technology, the current mainstream is to realize the communication between things and Wushi potatoes through wireless Zigbee, Wi-Fi, Bluetooth, Sub 1G, RFID, GPRS, 3G, 4G, etc., and define the MAC address of each item to identify and collect information;

3 Embedded system technology, the core brain of the Internet of Things, a data center aggregated through computers, software, cloud computing, etc.

The Internet of Everything (IOE) refers to the connection, management and control of everything in the physical world through the Internet to realize the interconnection and collaboration between devices, including people, vehicles, home appliances, medical equipment, industrial automation, etc., to build a smart, efficient, safe and sustainable ecosystem. It is characterized by real-time acquisition and processing of data, and rapid response and decision-making, so as to provide users with more personalized, accurate and intelligent services and experiences. The Internet of Everything should solve the following problems:

1. Realize the Internet of Things;

2. Support communication and interaction between objects and people;

3. Realize the interconnection, interoperability, and elimination and interoperability of all things.

For example, through the Internet of Everything, you can use mobile phones or voice assistants to control lights, curtains, security and other bridge information at home, in the hospital you can connect medical equipment, patient information and diagnosis and treatment data through the network for monitoring and analysis, and in the factory you can automatically control the production line and equipment operation status. These applications are realized through the Internet of Everything technology, and its application scope covers life, medical, industrial and other fields, making people's lives more convenient, efficient and comfortable.

The Internet of Everything refers to the fact that all objects, equipment, machines, etc. are connected through the Zhihuiyuan Internet or other communication technologies to form a huge network to realize the interaction and communication between each other. This kind of interconnection is not only the interconnection between people, but also the interconnection between people and things, and between things.

The Internet of Everything is defined as the combination of people, processes, data, and things to make network connections more relevant and valuable. The Internet of Everything translates the trust into action, creating new benefits for enterprises, individuals and countries, and bringing richer experiences and unprecedented economic development opportunities.

As we all know, creating opportunities and opportunities is nothing more than using these information gaps to create value.

What is the Internet of Everything and how does it affect us?

Everything is interconnected, complementary, and connected. The law of gravitation was coined and invented by Isaac Newton, and any two particles have a force in the direction of a concentric line to attract each other. The magnitude of this gravitational force is directly proportional to the product of their masses and inversely proportional to the square of their distance, independent of the chemical composition of the two objects and the type of medium in between.

Another explanation is the electromagnetic force, which exists in all substances as we know it today. The essence of the Internet of Everything is the law of gravity.

Matter is already transforming into each other.