At present, fine management is becoming a common requirement for urban governance, and smart lamppost, as a carrier for the integration and utilization of various resources, is getting more and more promotion. With the construction and upgrading of smart city, the smart upgrade value of smart lamppost serving city management is more and more recognized by the market. With the development of technological dividends in the era, the smart lamp pole has become a good starting point for improving the efficiency of urban governance by improving the "city brain", accumulating the underlying data and optimizing the algorithm of management, further enriching people's infinite imagination of the future smart city.
During September 3rd Shanghai international lighting fair held "2019 conference - Internet + lighting industry foresee growth and big data under the wisdom of the light pole breakthrough" in the BBS, the number of known objects associated technology (Beijing) co., LTD. (hereinafter referred to as the number of known couplet) mei-na zhang, general manager of published titled "push data flow, release data value - the wisdom of the light pole wisdom" speech, and accept the Aladdin lighting network reporter's interview.

The biggest characteristic of the lamppost is that it is connected to the network, electrified, and widely distributed. The position attribute generated based on these elements gives the lamppost the space to upgrade its intelligent function. Digital know the earliest is to do communication tower started, communication tower and lamp pole in the same line of position property in the smart lamp pole market to continue. In addition, the smart lamp pole also has cultural attributes. The shape design of the lamp pole should not only consider its bearing function, but also take into account the urban culture that the lamp pole should have. As an important part of urban infrastructure, the lamp pole is also a carrier of urban culture. We know that in the process of transformation from iron tower to smart light pole, the industrial design ability of iot has been inherited and continued. We know well how to match the shape, appearance and structure of the lamp pole and how to mount the sensor. Therefore, in terms of the appearance of the structure, manufacturing and project implementation of the smart lamppost, we do not completely cross the boundary.
The only place where the upgrade crosses the boundary is at the data level. We made some devices based on data management in the front end, such as electrical box, network box and computer box. At the same time, there is also a platform based on data management and operation in the back end, which is the new direction we should focus on. In the future, we will update and iterate a back-end platform system.