The system is supported by SVE+3D GIS + IoT, and the independent research and development of 3DGIS Map Engine as a large platform display basis, provides the whole city level of 3D map display and operation, intuitive interactive experience and performance; SVE (Scene Visual Editor) for indoor scene editing tools, 3D GIS implementation of all buildings internal structure through the 3D GIS With the use of IoT, Internet and other technical means, the integration of various indoor subsystems, such as fire assets and equipment management, fire equipment operation status, video monitoring, grid management system and other professional monitoring system, asset management system and operation and maintenance process management system are integrated in the city 3D hologram. Unified monitoring, early warning, management and spatial planning, providing standardized management process, and the operation and maintenance process of the scene can be based on data
Using SVE to draw interior structure, real-time check 3D indoor spatial structure data
Marking equipment, providing built-in product model library management. Uploading or updating background data which marking city map equipment.
Collate and store models created by other 3D tools
Using 3D engine to provide core 3D components for graphics display, users do not need to install any plug-ins.
It is easy to integrate and expand, support ActiveMQ, WebService and other interface protocols, provide standard interfaces, and achieve data interaction with third party systems.
Use the mouse to operate 3D scene, rotate, translate, hierarchical view the city, building, floor, room, equipment, port browsing.
Centralized display of all equipment anomalies and third-party platform alarm information to provide a unified early warning mechanism.
Fuzzy or accurate retrieval, visual search of resources, fast and accurate location.
View traffic conditions in real time, provide data and help emergency command.