Digital Twin Foundation-数字孪生底座

Three Business

Comprehensive Infrastructure

Rail Transit Network

Major Transportation Corridors

Smart Neighborhoods

New Infrastructure Engineering

Digital and Intelligent Governance

Comprehensive Management and Control

Vehicle-Road-Cloud

Low-altitude Control and Management

Power Charging, Storage and Discharging

New - Quality Operations

Asset Activation

Low-altitude Operation

Lifeline Engineering

Operation Assurance

Digital Base

Multi-mode AI Regulation Business Engine

Evolutionary Computing Platform

Digital Twin Foundation

Digital Twin Foundation

Domestically leading responsive, multi-modal, and autonomous future integrated transportation digital twin platform for air, space, land, sea, and tunnels. Featuring "reflecting reality with data, predicting reality with data, and controlling reality with data", it realizes a full-cycle and full-scenario business closed-loop of urban transportation. The platform provides secondary development and data services, enabling users to quickly build transportation digital twin applications.

Overall Solution

Based on the city-wide unified spatiotemporal information platform, a digital twin of all dynamic and static elements of transportation is constructed. With an integrated transportation industry engine as the core, it supports the mutual feedback of business rules, interconnection of data processes, and system interoperability across the six major transportation scenarios of "planning, construction, management, maintenance, operation, and service", thereby promoting in-depth industry applications.

Integration of Air, Space, Land and Tunnels

Low-altitude Economy: Unified access control and management of low-altitude resources
Passenger and Cargo Flights: Efficient flight route planning and flight management
Basic Road Network: Build a unified foundation for ground resources
Bridges, Tunnels and Slopes: Prevent potential safety hazards

Urban Traffic Operation and Control

Comprehensive Governance: Comprehensive governance of urban traffic congestion
Signal Control: Improve traffic fluency and safety
Bus Operation: Improve the service quality of public transportation
Connected Vehicle Applications: Achieve intelligent interconnection of C-V2X

Water, Meteorology, Environmental Protection and Energy

Meteorological Monitoring: Facilitate accurate early warning and response to weather changes
Low-Carbon Energy Conservation: Provide intelligent decision-making support for energy conservation and environmental protection
Electric Power Charging, Storage and Discharging: Intelligent monitoring and efficient management of electric power
Photovoltaic New Energy: Improve energy utilization

Comprehensive Hub Analysis and Judgment

Engineering Construction: Improve the accuracy and efficiency of engineering design
Simulation and Deduction: Optimize passenger flow organization and enhance traffic efficiency
Safety Management and Control: Ensure the safe operation of the hub
Operation Regulation: Improve operational efficiency and service quality

Implemented Cases

Full-Element Application of Traffic Digital Twin Base

IoT Sensing Application of Traffic Digital Twin Base

Traffic Deduction Application of Traffic Digital Twin Base

The digital twin base aggregates 3,280 twins of infrastructure, sensing devices, and vehicles. By means of data standardization and semantic definition, it constructs a computable traffic road network, supports the calculation and prediction of traffic capacity, and enables urban-level real-time traffic supply-demand matching and regulation, such as signal optimization and guidance-based management and control.

The sensing device twins build a unified video IoT sensing collection and aggregation platform across the entire domain, supporting fused data-driven urban traffic OD analysis. Meanwhile, through twinning control devices such as signal controls and guidance screens, it realizes centralized management, scheduling, and issuance of integrated emergency control measures, optimizing the emergency response capability across the entire domain.

The carrier/vehicle twins construct portraits of vehicles with different power types through multi-dimensional feature modeling, supporting high-precision deduction of complex traffic evolution. With the popularization of technologies such as ETC and R2X/OBU, travel patterns can be accurately grasped in real time, providing optimal solutions for the traffic capacity of the entire network.

Our Advantages

Full-cycle Coverage of Transportation

Management of Dynamic and Static Full-Element Data for Transportation

Large-scale Real-time Traffic Deduction scenarios

Traffic Knowledge Graph

Urban and Transportation Computing Large Model

Rapid Construction of Traffic Digital Scenarios