GeoTwin

A Next-Generation Comprehensive Geospatial Digital Twin Platform

GeoTwin

A Next-Generation Comprehensive Geospatial Digital Twin Platform

GeoTwin

A Next-Generation Comprehensive Geospatial Digital Twin Platform

Explore Our Four Core Advantages

Online Multi-Source Data Processing

Our online Data Processing Center integrates a variety of advanced data processing toolkits. Leveraging cutting-edge technologies including spatial data lightweight technology, data spatialization, and AI (Artificial Intelligence), we provide users with closed-loop spatial data solutions, maximizing the value of spatial data.

Dynamic & Static Data Integration

A digital twin city is a mapping of the real world, requiring dynamic data that reflects real-world conditions. Our platform offers a dynamic data management module for digital twin systems, enabling seamless integration of static spatial data with IoT (Internet of Things) devices to monitor and aggregate various IoT data in real time.

High-Performance Model Rendering

We adopt multiple technical approaches such as LOD (Level of Detail), texture compression, large-file storage, and browser cache optimization to create digital twin scenarios that are both visually stunning and highly efficient. Combined with a microservice architecture, it efficiently processes and analyzes complex city-level spatial data. Even as the scale of digital twin data continues to expand and update, optimal performance and user experience are guaranteed.

End-to-End Security & Controllability

Our independently developed domestic digital twin engine features 100% self-developed core code. It is fully compatible with software and hardware in the independent innovation ecosystem, supporting mainstream domestic chips, operating systems, databases, and middleware. To ensure data security, multiple security policies are implemented in aspects such as data format, data storage, and data transmission.

Product Features

Digital Twin Spatial Data Processing Center

The Digital Twin Spatial Data Processing Center includes multiple data processing toolkits. Through spatial data lightweight technology, AI, and other technologies, it provides closed-loop spatial data solutions.

Efficient compression and optimization of online and offline model data
Support for multi-format data including 2D, 3D, and panoramic.
Open data conversion capabilities for easy data sharing.
AI-based technology to unlock more value from data.

Digital Twin Service Infrastructure

As the foundation for building digital twin applications, the Digital Twin Service Infrastructure enables centralized management of spatial data, IoT data, and third-party services. It also provides professional service and analysis capabilities.

Dual-engine services: lightweight WEBGL and high-fidelity cloud rendering.
Construction of a multi-source integrated data lake to replicate real-world information.
End-to-end process management covering file data, service resources, and twin scenarios.
Full-chain data security protection mechanisms to ensure your data security.

Digital Twin Development Client

The Digital Twin Development Client supports two technical routes: WEBGL and cloud rendering. It enables easy construction of digital twin applications based on business needs.

Beyond high-fidelity visualization, it offers physical simulation, spatial computing, and interactive control capabilities.
Rich API interfaces to simplify development processes and improve efficiency.
Optimization for industry-specific needs to meet diverse digital twin project requirements.
Seamless integration with multiple mainstream development frameworks to lower technical barriers for development.

Digital Twin Visualization BI

The Digital Twin Visualization BI is a modular, configurable, dynamic-static integrated visualization intelligent terminal based on spatial elements.

Intuitive drag-and-drop editing for flexible layout, multi-terminal adaptation, and WYSIWYG (What You See Is What You Get) functionality.
Rich visualization components including maps, charts, indicators, and devices.
Support for accessing multi-source data such as Excel data, service data, and IoT data.

Solutions

Smart City
The Smart City system builds a digital twin city based on technologies such as GIS (Geographic Information System), BIM (Building Information Modeling), and IoT. It integrates various urban model entity data, and connects urban statistical data, government big data, and social big data. It enables integrated functions including data collection, fusion, and visualization, supporting urban health monitoring & analysis, comprehensive urban security emergency response, and urban development trend forecasting.

Smart Park
Based on the digital twin scenario of the park, the Smart Park system integrates and accesses multiple types of dynamic business data such as perimeter, intrusion, and access control. It supports the integration of data resources from existing park information systems, covering park investment promotion, operation, and planning. It enables scenario-based analysis, alerts, and linked applications with precise spatial positioning, solving issues such as unintuitive and inaccurate regional display, and enhancing data value.

Smart Construction Site
The Smart Construction Site system realizes visualized, data-driven, and intelligent management of construction processes based on BIM, IoT, and GIS technologies. Its core business includes digital twin construction sites, construction personnel management, safety management, environmental management, and project dashboards. It effectively improves construction efficiency, reduces safety risks, and promotes the digital transformation and upgrading of the construction industry.

Smart Planning
The Smart Planning system integrates multi-source spatial data such as urban base maps, oblique photography, BIM, and point clouds. It connects the information chain of urban history, current status, and planning, and builds an urban digital twin model. It provides comprehensive urban planning function modules, simulates and predicts urban development processes, and offers support for optimizing planning schemes, improving urban management efficiency and sustainable development capabilities.

Smart Building
With the core function of enabling intelligent building management, the Smart Building system constructs digital twin models of building structures, floors, and facilities. It assists building operation and maintenance personnel in various O&M (Operation and Maintenance) tasks, collects real-time operational data of various building equipment, and conducts analysis and optimization. It achieves energy efficiency, comfort, safety, and efficient operation of buildings.

Smart Emergency Response
Focused on intelligent emergency incident handling, the Smart Emergency Response system builds digital twin models for various emergency scenarios based on digital twin technology. It enables integrated management of basic emergency information, simulates emergency incident processes, and designs emergency plans. It enhances the efficiency and effectiveness of urban emergency response in the prevention, preparation, response, and recovery phases.