Construction of concrete dam in high-cold and high-altitude areas faces challenges in process control, intelligent control, and management decision-making. Particularly, concrete vibration compaction operations heavily rely on manual labor, making it difficult to ensure construction quality under harsh environmental conditions. Therefore, there is an urgent need to investigate intelligent vibration compaction methods for hydropower project concrete. Based on the construction requirements of concrete dam in high-cold and high-altitude areas. In this study, an intelligent technologies for the acquisition of concrete vibration compaction parameters and the control of vibration compaction operations is developed. These technologies enable online feedback and control of concrete pouring quality. A comprehensive analysis method including CNC acquisition, intelligent control, quality analysis, and information display is proposed. Through intelligent monitoring of the entire process of concrete production, construction process simulation, and construction decision-making assistance, manual intervention and input is significantly reduced while enhancing concrete construction quality. The study results are of guiding significance for the development of intelligent vibration compaction construction of hydropower projects in high altitude areas, and can also be used as reference for other similar projects and infrastructure engineering construction.