我司自主研發的《八維數字孿生智慧工廠開發平臺》獲得了由我國版權局頒發的計算機軟件著作權登記證書。

該系統以軟件平臺為核心，通過可視化配置，簡化了復雜的物聯網硬件開發工作，無需任何編程經驗就可以完成功能定義、界面設計等工作。

八維數字孿生智慧工廠開發平臺是在我司自主研發的BIM 8D數字孿生基礎架構支撐下，基于人工智能和物聯網的算法和創新技術開發的軟件平臺。這款平臺將大數據、人工智能和數字孿生等前沿技術與傳統制造業相融合，構建出智慧工廠。八維數字孿生智慧工廠以三維場景為依托，生產數據為核心，生產業務為紐帶的數字孿生應用，實現廠房、車間、流水線、設備的逐級可視，并整合各業務系統數據，對生產過程進行綜合監管及全局分析。

該平臺利用虛擬現實方法獲得工廠現狀的全熱點三維模型，結合 3DGIS+BIM技術搭建并集成全生命周期的動靜態數據，在大屏顯示上以“一張圖”的形式漫游展示整個生產過程，形象直觀。此外，基于工業互聯網平臺構建的數字化工廠數字孿生平臺系統架構分為四層：基礎數據層、基礎服務層、平臺服務層、應用服務層。

The "8-dimensional digital Twin Smart Factory Development Platform" independently developed by our company has obtained the computer software copyright registration certificate issued by the National Copyright Administration.

With software platform as the core, the system simplifies complex iot hardware development through visual configuration, and can complete function definition, interface design and other work without any programming experience.

The 8-dimensional digital Twin Smart factory development platform is a software platform developed based on the algorithms and innovative technologies of artificial intelligence and the Internet of Things under the support of the BIM 8D digital twin infrastructure independently developed by our company. The platform integrates cutting-edge technologies such as big data, artificial intelligence and digital twins with traditional manufacturing to build a smart factory. E ight-dimensional digital twin smart factory is based on three-dimensional scene, production data as the core, production business as the link of the digital twin application, to achieve the plant, workshop, assembly line, equipment level by level visibility, and integration of business system data, comprehensive supervision and global analysis of the production process.

The platform uses virtual reality method to obtain the full hot three-dimensional model of the current situation of the factory, combines 3DGIS+BIM technology to build and integrate the dynamic and static data of the whole life cycle, and walks the entire production process in the form of "one picture" on the large screen display, which is intuitive. In addition, the digital twin platform system architecture of the digital factory based on the industrial Internet platform is divided into four layers: basic data layer, basic service layer, platform service layer and application service layer.