1. More and more intelligent sensors are installed on the device;

2. Tighter Connection: From the factory fieldbus and industrial Ethernet connection to the industrial cloud connection:

3. Industrial big data: Industrial big data has a larger data volume, more complex data structure, and higher requirements for real-time and accuracy than consumer big data

4. The human-machine interface is more user-friendly and user-friendly, with many consumer electronics products such as PADs, smartphones, and Google Glass being applied in factories;

5. Human robot collaboration: Robots are liberated from the cage and collaborate with humans; The emergence of the situation of "bad money driving out good money" and the creation of a fair market environment can promote the more healthy development of the electroplating industry.

The manufacturing revolution can be divided into four stages from 1.0 to 4.0.

From Industry 1.0, represented by the textile manufacturing industry in the UK;

To Industry 2.0: The representative industry is the automotive manufacturing industry;

Moving on to Industry 3.0: the integration of automation and information technology. Representative automation products include industrial robots and PLCs, while representative information technology solutions include ERP and MES;

Evolved to Industry 4.0: The representative concept is CPS.

Both the Industrial Internet and Industry 4.0 are exploring the development path of the future manufacturing industry, such as the development from mass manufacturing to mass customization, from centralized manufacturing to distributed manufacturing, and the service-oriented manufacturing industry. We should not be bound by the definitions of Industry 4.0 and Industrial Internet. Kevin Kelly said that the greatest product in 20 years has not yet been discovered. Similarly, our current knowledge of Industry 4.0 and Industrial Internet is estimated to be less than 5% of the real Industry 4.0 20 years later.

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