Urban Mobility Digital Twin Platform
A next-generation digital twin platform designed for city authorities and intelligent transport systems (ITS), delivering a unified, real-time view of urban mobility.
A next-generation digital twin platform designed for city authorities and intelligent transport systems (ITS), delivering a unified, real-time view of urban mobility.
The solution combines geospatial visualization with advanced analytics, enabling operators to monitor traffic conditions, detect incidents, and manage transport infrastructure through a single, intuitive interface.
The solution combines geospatial visualization with advanced analytics, enabling operators to monitor traffic conditions, detect incidents, and manage transport infrastructure through a single, intuitive interface.
At the core of the platform is a high-precision map-based environment that serves as a live operational layer. Dynamic data overlays — including traffic flow, incidents, and events — are visualized using intuitive markers, heatmaps, and real-time indicators, ensuring immediate situational awareness.
Key Capabilities
- Traffic Monitoring
- Accident Detection
- Incident Detection
- Video Transport Detectors
- Monitoring of public transport
- Monitoring of personal mobility devices
- Monitoring of taxi and car-sharing services
Advanced Analytics
- Traffic Optimization
- Passenger Counting
- Passenger Traffic Monitoring at Bus Stops
- Passenger Traffic Detection
- Failure to Yield to Pedestrians
The platform is divided into 5 levels:
-
Analytics of road network traffic load -
Modeling -
Forecasting -
Monitoring of municipal equipment operations -
Management of urban infrastructure (traffic signals, adaptive systems, etc.)
Value for Smart Cities
- Real-time operational control
- Improved traffic safety and incident response
- Data-driven decision-making
- Enhanced visibility of transport system performance
Designed for scalability and seamless integration, the platform serves as a foundation for modern, data-driven urban mobility management.