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Currently, the Internet of Things is rapidly penetrating various fields such as production, management, and daily life. The policy of building a Digital China, coupled with the rapid development of high-tech technologies such as 5G, the Internet of Things, blockchain, and artificial intelligence, is driving digital transformation and innovation among Chinese enterprises. As a result, the Internet of Things industry is facing unprecedented opportunities for growth. It is foreseeable that the Internet of Things will see an increasing number of application needs across various industries, and it will become the most prominent long-term trend over the next 10 to 20 years. The advent of the Internet has brought about tremendous changes to our lives. In the past, cars and horses were slow; in the era of internet technology, time and distance are no longer issues. The world has become more interconnected, and the industry of automated instruments has benefited greatly from this. Now that the Internet of Things is developing even further, let’s find out what surprises automation instruments (http://yunrun.com.cn/news/1661.html) will bring to us in this era of the Internet of Things! The advent of the Internet of Things can drive the development of the automated instrumentation industry. Progress is what the times demand, and technology serves as the driving force; companies that master this technology stand out even more. For network connections, signal processing is required in various industries, and for signal transmission, chips and components are essential. Furthermore, at the second \"Software Green Alliance Developers Conference,\" co-organized on November 19 by Alibaba, Tencent, Baidu, NetEase, and Huawei, the issue of technological capabilities was discussed; in the era of the Internet of Things, China’s chip industry should focus on the development of open-source RISC-V chips. Chips and devices can only be mass-produced after being tested using high-tech precision instruments. There are also network connectivity tests, which require precise instruments from the communications industry for detection. These are all important opportunities for the development of enterprises in the field of automated instrumentation. Furthermore, the development of the Internet of Things enables the measurement targets of applications to become highly diverse. Compared to current products that are used for measuring conventional physical quantities such as temperature, pressure, and flow rate, the scope of application and functional requirements for measurements will **expand**. For example, things like online analysis and fiber optic sensing actually depend on this; at the data output end, data transmission at the network layer is inevitable, which requires a seamless way of outputting data. Wireless communication will also become an essential feature for measurement-related products. With the continuous development of the Internet of Things, the technical requirements for the industry of automated instruments are increasing, as is the demand for such instruments. ““The essence lies in concentration” – this saying also applies to automated instruments. Low cost, ease of mass production and purchase, small size for easy portability, convenience of use, and low power consumption are the goals we strive for. This is the mainstream trend that automated instruments should pursue in the context of the development of the Internet of Things. The automation instrumentation industry is currently in a phase of rapid intelligent development, and the emergence of new technologies can bring about breakthroughs for the growth of such industries. By keeping up with the trends of the Internet of Things era, the automation instrumentation industry may encounter significant opportunities for development.