- Phone：0571-86826618
- Email：business@bwton.com
- Address：13th Floor, Building B1, Dingchuang Fortune Center, Future Science and Technology City, Yuhang District, Hangzhou, Zhejiang, China
Based on spatial deduction, it realizes dynamic emergency plans for integrated fire prevention and rescue, panoramic management of fire facilities and auxiliary decision-making for emergency command, upgrading fire management from 2D paper drawings to 3D real-scene deduction.
Enable physical-level flood simulation deduction and automatic inspection to realize early detection, early warning and early disposal of hidden dangers in water conservancy facilities.
Empower full-lifecycle maintenance and digital overload control of expressways, realizing data-based operation of road assets and intelligent scheduling of maintenance work.
Round-the-clock online monitoring of concealed projects such as water supply, gas supply and drainage, with real-time risk early warning to ensure safe urban operation.
Modeling no longer relies on professional engineers. Supports one-click CAD conversion, point cloud reverse modeling and parametric rapid construction. It finishes workload that traditionally takes several days within 10 minutes, while the model size is only 1/10 of conventional BIM. It has completed refined indoor modeling covering over 300 million square meters nationwide, with built-in industry component libraries for fire protection, water conservancy, electric power and more.
A core spatial management platform validated by 2,000 government and enterprise customers. Powered by a new-generation rendering engine, it runs over 20,000 objects smoothly. The AI assistant enables non-professional users to efficiently manage large-scale digital twin scenarios. Featuring original parsing capabilities across 20 semantic dimensions, it endows every building and room with an AI-recognizable "digital identity". It provides a reliable spatial data base for upper-level intelligent applications via open APIs.
Unified fusion and intelligent visualization of multi-source geospatial data. Visual process orchestration allows business users to configure data animations by drag-and-drop without coding. Deeply adapted to industry scenarios: supports climbing surface marking and fire lane planning in fire protection; provides geographic base for digital twin river basins in water conservancy; enables full-lifecycle asset management for expressways in transportation.
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