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CORE PRODUCT · CORE PRODUCT
Unreal Engine
Unity
Cesium
Three.js
Real-Scene Fusion System
Video + 3D Fusion · Bringing Digital Twins to Life
Deep fusion of real-time surveillance video with 3D digital models, building a virtual-real integrated, real-time synchronized digital twin scene.
Unreal EngineUnityCesiumThree.js⚡Proprietary Fusion Engine
Real-time
Real-time Video Driven
Low-Cost
Low-Cost Rapid Deployment
Virtual-RealUnified
Virtual-Real Integration
Multi-Engine
Multi-Engine Compatible
System Overview
The Real-Scene Fusion System deeply fuses real-time surveillance video with 3D digital models, building a virtual-real integrated, real-time synchronized digital twin scene.
Unlike traditional digital twins that rely on static rendering, our system directly maps real footage captured by cameras onto 3D models — making the digital twin 'come alive': what you see is real, and reality is what you see.
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Seamless Upgrade, Protect Existing Investment
No need to replace your existing digital twin system — we integrate as a plugin or SDK, injecting real-time video capability into your existing Unreal Engine, Unity, Cesium, or other platforms. Upgrade, not rebuild.
Real-Scene Fusion = Traditional Video + Digital Twin
Deep fusion of existing video surveillance systems with digital twin platforms, giving static models real-time video vitality
① Traditional Surveillance · Fragmented Multi-Screen
② Digital Twin · Virtual and Outdated
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✅Panoramic Fusion · One Screen, Full Picture
Video + 3D Fusion · Virtual-Real Integration & Real-Time Accuracy
Solution Comparison
⚠️ Traditional Digital Twin
- ✕Relies on 3D model rendering, lacks realism
- ✕Data and visuals are separate, require manual correlation
- ✕Poor real-time performance, long update cycles
- ✕High modeling cost, limited scene fidelity
VS
✅ Real-Scene Fusion System
- ✓Real video mapping — what you see is real
- ✓Deep video-3D fusion, virtual-real integration
- ✓Real-time video stream driven, data synced continuously
- ✓Low-cost deployment, high scene fidelity
Industry Solutions
Traffic Panoramic Video System
Stitches multi-camera feeds at intersections and road segments into a continuous panoramic view, eliminating fragmentation for full traffic situational awareness on one screen.
Ship Lock Panoramic Video System
Reuses cameras on both sides of the lock chamber, lock head/tail, and upstream/downstream channels to output a continuous panoramic video for full lock situational awareness.
Park Panoramic Video System
Stitches multi-camera feeds across the park into a continuous panoramic view covering roads, buildings, greenery, and boundaries — eliminating blind spots.
Power Station / Business Hall Panoramic Video System
Stitches multi-camera feeds from the yard, entrance, business hall, and corridors into a continuous panoramic view based on real spatial relationships.
Core Technology
Seamless Video StitchingHigh Precision
Feature-point matching and image registration algorithms enable automatic multi-camera stitching, eliminating seams and color differences for a continuous panoramic view.
Video-3D Fusion & Real-Time IngestionProprietary Algorithm
Camera calibration and projection transforms precisely map video pixels to 3D coordinates; supports hundreds of concurrent HD video streams with end-to-end latency <200ms.
Multi-Engine Adaptation & System UpgradeOpen & Compatible
Based on Unreal Engine, Unity, Cesium, Three.js, or proprietary engines — upgrade existing systems with video twin capability or build new 3D visualization platforms from scratch.
Intelligent Event PerceptionAI-Driven
Built-in object detection and behavior analysis models automatically trigger 3D scene highlighting and alert push on anomalous events.
Application Value
70%
Reduce Inspection Labor Cost
After video-3D fusion, remote inspection replaces on-site personnel, significantly reducing labor input.
Real-time
Second-Level Anomaly Response
Real-time video stream drives the 3D scene; anomaly alerts and spatial positioning are presented simultaneously for faster response.
1 System
Manage All Assets
Unify dispersed cameras, sensors, and 3D models into one platform for complete situational control.
Build Your Real-Scene Fusion Platform
Full-process service from solution design to system delivery.
Frequently Asked Questions
What is the difference between real-scene fusion and digital twin?
Digital twin typically uses static 3D models. Real-scene fusion (also called video twin) drives the 3D scene with live video streams in real time, making the virtual environment reflect the actual physical site.
Which 3D engines does the real-scene fusion system support?
SuperMetaX supports Unreal Engine, Unity, Cesium, Three.js and our proprietary fusion engine, covering mainstream industrial and GIS platforms.
What scenarios is real-scene fusion suitable for?
It is suitable for ports, ship locks, parks, business halls and any complex scenario that requires combining live video with spatial 3D data for immersive monitoring.
How quickly can the system be deployed?
With our low-cost rapid deployment approach, a standard site can be operational within days, without requiring expensive laser scanning or full BIM reconstruction.