May 4 news, according to foreign media reports, the fourth industrial revolution has come, the first industrial revolution to the invention of the steam engine as the beginning; the second Ford Motor Company as a symbol of the assembly line; the third microelectronics and computers As the main content. Today, manufacturing has begun to incorporate robots, automation, and other data-driven technologies into production lines. The latest technology will bring tremendous changes to the factory: people and machines more closely Today, manufacturing has begun to incorporate robots, automation, and other data-driven technologies into production lines. Robots are capable of handling difficult, dangerous and repetitive manual work and improving plant safety, worker comfort and product quality. Robots are capable of handling difficult, dangerous and repetitive manual work and improving plant safety, worker comfort and product quality. The next phase of labor innovation will focus on cognitive work, eliminating the need for people to engage in intense and repetitive manual work daily. Human work will be more flexible and creative. Robots and humans will work more closely together. Humans can use their unique abilities to propose innovations, organize cooperation, adapt to new situations and apply complex knowledge-based logical reasoning to solve complex tasks. In the meantime, machines that use advanced technology such as virtual assistants and wearable sensors are responsible for handling complicated job details. The latest technology will bring tremendous changes to the factory: people and machines more closely One of the most straightforward ways is to equip workers to wear robotic exoskeletons to enhance their strength. "Powerful operator" technology enables humans to have the power of large robots. While robots are becoming more commonplace in factories, humans are equally indispensable. Future operators will have technical support and are strong, unimpeded and without danger. We call such a new generation of technically bounded human workers "Operators 4.0." They have a role in factories and offices. There are several techniques that enhance human capabilities, each of which can be used alone or combined to put humans at the heart of this technological revolution. One of the most straightforward ways is to equip workers to wear robotic exoskeletons to enhance their strength. "Powerful operator" technology enables humans to have the power of large robots. In today's warehouses and construction sites, workers are personally required to carry heavy objects and are therefore easily injured or exhausted. Or they could use powerful, but bulky tools like forklifts. And if you let workers wear robotic gear, you can easily carry extremely heavy objects while still keeping your body flexible. As a result, the risk of serious injuries to workers will drop significantly and work will be much easier. After get off work, they also have energy to spend with their family and friends. Fighter pilots use the head-up display, simply looking straight ahead to see the key data on the windshield. This is also one of "augmented reality," because it blends information with real-world scenarios. This technique was once very professional and very expensive. But now, Microsoft's HoloLens smart glasses so that ordinary consumers can enjoy this technology. With this technology, Enhanced Operators receive instructions or assistance without having to stop working. Often, when factories introduce new equipment or new work processes, trainers need to be recruited from elsewhere to train workers for a few weeks. Designers will do the same, search for feedback on improving work. These trips are time consuming and costly. With augmented reality technologies, these efforts are often not necessary. Workers wearing smart glasses no matter where they are, just look straight ahead, you can see in front of step by step instructions. Then put on the headphones and microphone, workers can talk directly with trainers. Many production environments are dangerous and can have heavy equipment, corrosive chemicals, or other hazardous agents that are harmful to human workers. A "healthy operator" may need to wear multiple sensors to test for signs of pulse, body temperature, chemical exposure, or other risk of injury. Such systems have started to be used. For example, truck drivers can wear Maven Co-Pilot headsets to assess the driver's fatigue by moving his head up or down. It also ensures that drivers check their mirrors from time to time to understand the traffic conditions around them. It can even regularly remind drivers to take a break. This helps to ensure the safety of truck drivers and other drivers and pedestrians on the road. In short, the future is full of possibilities and the equipment worn by Analyst Operators will display real-time data and analysis results such as information on pollutants in sewage treatment plants or incineration plants. The "cooperative operator" may be connected to other robots, such as YuMi, a helper robot. "Smart Operators" or will be equipped with intelligent virtual personal assistant, such as an upgraded version of Siri. The robot does not necessarily compete with humans, nor does the machine necessarily take away the work of humankind, leaving humankind to do nothing. Technology should take cooperation as its development goal. In this way, enterprises and workers can give full play to the respective advantages of both humans and machines. Not only that, "Operator 4.0" also ensures that future office opportunities can be flexibly changed and adapted. All in all, the new technology will bring greater efficiency and security. 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