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Video Stitching + Video & 3D Fusion · Upgrade Legacy Monitoring and Digital Twin to Real-Scene Twin
Designed for power stations, bank branches, government service halls, and various service outlets. The system reuses existing cameras, N-grid monitoring platforms, and virtual digital twin systems. Through multi-camera video stitching and real-time 3D video projection, it unifies outdoor courtyards, business halls, passages, and key equipment into a viewable, locatable, and reviewable panoramic fusion display.
Industry Pain Points
Business halls, corridors, courtyards, and entrances are dispersed across multiple monitoring windows, breaking target movement trajectories and requiring constant screen switching.
Existing digital twin systems primarily use virtual models and point maps, lacking real-time video textures — on-site changes cannot be mapped to the 3D space.
Outdoor areas, lobbies, stairways, and back offices are often covered by different cameras with discontinuous spatial relationships, reducing efficiency in positioning and review.
Existing monitoring platforms, NVRs, and 3D systems have been running long-term; rebuilding is costly, requiring fusion capabilities to be overlaid on legacy systems.
Real Scene Twin
The power station/business hall scenario requires solving both the traditional N-grid fragmentation issue and the existing digital twin problem of "looking 3D but lacking real on-site footage." This solution uses real-time video as the foundation, through stitching, spatial calibration, and 3D projection, enabling monitoring feeds, 3D models, and business information to coordinate within the same space.
Stitches camera feeds from courtyards, entrances, business halls, and passages into a continuous panoramic view based on real spatial relationships.
Projects real-time video onto the 3D model of the power station or business hall, upgrading the virtual digital twin into a real-scene twin that reflects on-site changes.
Compatible with existing N-grid monitoring, NVR/VMS, and digital twin platforms, accessible gradually via SDK, plugins, or standalone visualization pages.
The same approach can extend to bank branches, government service halls, telecom centers, service outlets, and corporate reception areas.
Retain existing camera positions. Through calibration, distortion correction, view unification, and real-time stitching, transform fragmented monitoring views into a continuous field of view.
Overlay real video textures, camera frustums, and spatial tags on existing 3D models for unified display of models, video, and business data.
Fused display of outdoor entrances, parking areas, building facades, and equipment zones for security patrols and vehicle/personnel access management.
Video and 3D model fusion showing live status of counters, waiting areas, self-service machines, and customer flow.
Unified visual management of bank branch counters, waiting areas, VIP rooms, self-service zones, and entrances.
Supports panoramic video systems and 3D spatial presentation for service halls, reception desks, queuing areas, and back passages.
This case uses the same power station to demonstrate the complete upgrade journey from original N-grid monitoring, to outdoor panoramic fusion, to business hall video and 3D fusion. The system retains existing cameras and monitoring platforms while integrating real video into 3D space, forming an integrated real-scene monitoring view for business halls, courtyards, and passages.
The power station's original monitoring displayed in N-grid format, with outdoor areas, corridors, stairs, and business hall split across multiple windows, making personnel movement and spatial relationships difficult to assess continuously.

Multiple courtyard camera feeds fused into a continuous outdoor view, with spatial tags for entrances, passages, and building access points to help managers quickly locate on-site positions.

Real-time business hall video is projected onto the 3D model, with counters, waiting areas, self-service equipment, and entrances presented in one real-scene twin view — the core upgrade capability of this case.

| Feature | Supported |
|---|---|
| Support for existing N-grid monitoring feed integration and upgrade | ✓ |
| Outdoor multi-camera stitching into a continuous panoramic view | ✓ |
| Real-time business hall video fusion with 3D models | ✓ |
| Camera position, entrance, window, passage, and equipment tag overlay | ✓ |
| Existing virtual digital twin system integration and enhancement | ✓ |
| Coordinated switching between panoramic view, 3D view, and local camera feeds | ✓ |
| Alert point positioning and highlighting in 3D space | ✓ |
| Video playback, historical trajectory review, and event evidence collection | ✓ |
| Integration with NVR, VMS, digital twin platforms, and business management systems | ✓ |
| Replicable deployment across power stations, banks, government halls, and telecom centers | ✓ |
Upgrade from fragmented N-grid monitoring to a continuous panoramic view, reducing operator cognitive load
Provide existing virtual digital twin systems with real-time video capabilities — on-site changes map directly to 3D space
Unified display of outdoor courtyards and indoor business halls, reducing cross-screen and cross-system search costs
Complete monitoring and 3D platform upgrades without large-scale replacing existing systems
Improve service hall security patrol, operations management, event review, and remote dispatch efficiency
Form a replicable business hall real-scene twin solution that can be quickly deployed to bank branches and similar outlets
Supporting on-site location assessment, legacy monitoring integration, 3D model registration, video fusion debugging, and platform integration delivery
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