Abstract: The Pangu Weather Model is the first one of the “Top Ten Advances in Chinese Sciences” for the year 2023 released by the National Natural Science Foundation of China (NSFC). The purpose of this paper: first of all, the typhoon forecast Pangu Weather Model than numerical forecast and the advantages of traditional deep learning, and the typhoon prediction results of big model error analysis, and then based on the typhoon prediction model based on data training, the Pangu Weather Model and cybernetics, to establish artificial control based on the idea of natural cybernetics typhoon strategy. Research methods: first, based on the European center data and Pangu Weather Model forecast data comparison, and put forward the definition of relative error for error analysis, then after adding manual intervention, the proportion of engineering cybernetics-integral-differential (PID) controller applied to artificial control of typhoon, and the strength of typhoon and path to mold as a control target, finally build artificial control based on cybernetics typhoon simulation platform. Conclusion: Firstly, Pangu meteorological model is used for typhoon prediction accuracy, the error of its prediction result is not higher than 1% after error analysis; Secondly, manual intervention for typhoon can be added, and PID controller in engineering cybernetics can be introduced; again, through typhoon modeling, we can build artificial control typhoon simulation platform based on engineering cybernetics.