The topic of Industrial Internet was first proposed by GE in 2012. This topic, and later Industry 4.0 in Germany in 2013, can be said to have agitated the nerves of many businesses. However, these new concepts are not groundless. They are a result of the strong technological accumulation in industrialized countries over the past few decades and the new strategies, new technological layouts and the new vision for the future that come with the Internet. This article summarizes the nine core technologies of the Industrial Internet.

1, super computing terminal <br> super computing terminal is some new intelligent devices, such as cars and wearable devices, such as with underwear. The turbulent momentum of these products is becoming a new member of the physical world we are familiar with. At the heart of these products is a powerful chip. Intel, a chip king in the traditional sense, is realizing that he's gone in the era of surging mobiles. For example, ARM chip structure, with the rise of the company represented by Apple, is replacing the traditional PC era Intel's king status.
Hyper-intelligent terminals are available everywhere, is breaking the Moore's Law chip gives us the imagination. Moore's Law has predicted that every two years, the chip's computing power will be doubled, while the price will be halved. This is the reverie once proposed by Intel Corporation in 1965. Nearly fifty years have passed and Moore's Law has not come to an end, and even though Moore's Law has encountered a bottleneck on the nanometer scale, new alternative technologies are emerging. And with the unlimited expansion of the addressing capabilities of IPV6, we humans can expect that in the future every intelligent terminal can have powerful computing capabilities and addressing capabilities. Therefore, the two key technical elements of the Internet of Things era are already in place.
In addition to the chip technology competition, there is ongoing fierce competition in this industry as well as competition for the entry into the Internet. There are some industry giants in this are forming industry alliances. For example, including Samsung, Nest and Google alliance. Nest was acquired by Google in 2014 for 3.2 billion U.S. dollars. The company can provide energy feedback system, so in the United States has a large home users, and this for Google to enter the home energy management system provides a convenient channel. Apple also appeared on the market at the same time. In June 2014, Apple announced the Homekit framework.

2, the software-defined machine <br> Apple released the iPhone, the software-defined machine in the industry has aroused the attention of everyone. Prior to this, the traditional feature phone is defined by the manufacturer's function settings. After Apple released the iPhone, its true feature set was set by the user through the download software, which has brought a lot of inspiration for a large number of industrial enterprises. Because of this, Nokia, once a king in the era of communications, was quickly pulled down. Apple, which represents new industry thinking and brings new features and functionality to software-defined hardware, won.
Software-defined hardware, reciprocating out of the communications and electronic products, become the future and normal industry. The reason is simple. In today's era of ever-lower barriers to hardware and equipment and homogenization of competition, software that truly takes advantage of differentiation is software. This is the future trend, and a variety of embedded software and additional software features, will be more and more cheap, software product development is also increasingly platform, and software product upgrades and maintenance are more and more cloud-based . This trend will help manufacturers quickly introduce and upgrade their products more quickly to meet the needs of consumers, and consumers and industrial users will also benefit from the advantages of cheaper services and faster products, as well as remote maintenance services . []

3, Knowledge Work Automation <br> This concept was first proposed by McKinsey & Company in 2013. Automation of knowledge work here refers to the automation of information processing. It covers a very wide range, including the most advanced technologies such as conventional Internet information interaction, pattern recognition, artificial intelligence, machine learning and so on. This new type of work based on information and knowledge, according to McKinsey estimates, will have very large economic value in the future. It is estimated that by 2025, nearly six trillion U.S. dollars worth of new economy will be added, and that the output capacity equivalent to more than one hundred million full-time employees will be created.

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