Abstract: Transparent geological, disaster warning and control platform is an important part of intelligent mine construction and the main indicator of the intelligent level of mines. In view of the outstanding problems existing in coal mines, such as the limited coverage of subsystems in existing coal mine data specifications and interactive protocols, mutual conversion difficulties, inability to share 3D models, information systems lacking interface standards, poor integrated display effects, widespread repeated functional development, and serious waste of funds, a six-level classification and coding structure of data is proposed on the basis of perceptual access specification and fusion sharing specification. The interactive specification and protocol for data fusion covering basic class, safety class, production class and management class are formulated, and the unified UI interface design specification and unified identity authentication service mechanism of coal mine information system are designed. One-time construction and multi-terminal reuse of 3D models, general business function modules and 2D and 3D GIS service platforms are realized, which reduces the human resources and capital investment of coal mine enterprises and construction manufacturers, improves the consistency of data and operations of transparent geology, disaster early warning and control platforms, and enhances the visualization display capability and display effect of the platform, providing strong support for coal mine safety production and disaster emergency response.