In mid-September, the website of the National Development and Reform Commission officially announced the "Notice on Printing and Distributing 10 Special Events of the Internet of Things." The Notice was jointly announced by 14 government departments and proposed 10 special actions including top-level plan, standardization, skill development, use promotion, industrial support, business model, security assurance, government support methods, legal and regulatory guarantees and personnel training. Plan and clarify the lead of the inter-ministerial committee. The "Notice" jointly announced by the multi-ministerial committee has taken into account the military harmony mechanism and the information security assurance operation. The special action plan for skills development was led by the Ministry of Science and Technology and proposed the completion of key skills at the end of this year. It is worth noting that the special action of the Internet of Things in this round has adopted a more open mood, and even questions about the information security of the Internet of Things have raised the content of attracting world skills, human resources, and improving information security development and production capacity as a guarantee.

In November 2009, the State Council agreed to establish a national sensor network demonstration zone in Wuxi and set up an inter-ministerial harmonious leadership group led by the Ministry of Industry and Information Technology, relevant ministries and commissions, and the Chinese Academy of Sciences and Jiangsu Province.

"It is estimated that the concept of the Internet of Things can be eaten in Wuxi next year!" Li Hao (pseudonym) is a middle-level skilled worker at the Wuxi China Internet of Things Research and Development Base. Recently, Li Hao, who has always been looking for new job opportunities privately, has undoubtedly informed the outside world of Wuxi National Sensor Network.

As a major component of the new generation of information technology industry, the Internet of Things and cloud computing have been booming in various regions since 2010. However, unlike the National Development and Reform Commission, which selected five cities as cloud computing demonstrations, the Internet of Things was once the “honor” of Wuxi City in Jiangsu Province. The upper central government had hoped to build a base of “perceive China”.

However, in the concept boom of previous years, unlike many second- and third-tier cities, which are keen to emulate Wuxi's IoT plan, similar first-tier cities like Beijing and Shanghai are relatively calm. As two cities that have borne the burden on the integrated circuit industry for the country, they have long understood that the roots of the national connotation integrated circuit category are very thin, and there are some goods and effects in the field of digital skills, but the sensor simulation skills are almost zero. In particular, high-performance sensors in the field of equipment manufacturing are imported from abroad.

"Sensors are the key gap between China and the United States and Europe in the field of IoT perception. But domestically, traditional industrial sensors are not doing well, and new IoT smart sensors can do well?" Many domestic IT professionals have The reporter asked with a sigh of relief. As the smart grid with the IoT concept closest to the practical period, the smart grid solutions that the State Grid [microblogging] bid for during the pilot period are all from large companies such as the US, Japan and Europe.

"The chip of the meter is not simple, although it can be transferred, but the accuracy is very different. Many domestic meter chip manufacturers are low-level reverse-engineered copy of foreign types, and the price can be sold to the rural power grid." People in the power industry also confirmed to reporters the actual level of domestic imitation of integrated circuits.

Originally, sensors have always been the focus of the relevant government departments as a fundamental component for linking national economic construction and national security guarantees. From the "10th Five-Year Plan" to the "Eleventh Five-Year Plan", the Ministry of Science and Technology continued to develop high-performance sensors in the field of car projects and industrial process control through the 863 program. Since the "Eleventh Five-Year" National Science and Technology Serious Project has also established a project to develop A/D and D/A type imitative skills IP cores since 2008. However, these proven technological effects are still in the “sample” period and cannot be successfully entered into the commodity period and during the market period. Pedal force sensor