Private mobility
Private vehicles with individual trip chains, including electric and combustion-engine cars and motorcycles.
Mobility simulation
Simulator
Explore the high-resolution, high-performance capabilities of CityMoS and CityMoS Suite.
Holistic digital twin
What CityMoS can simulate
Evaluate alternative mobility scenarios across private, public, and commercial transport in one detailed environment.
Public transport
Buses, trains, stations, depots, transfers, and individual multimodal passengers with origins and destinations.
Fleets and commercial transport
Taxi fleets, private-hire vehicles, logistics, carriers, multi-shift operations, and passenger demand.
Composable model design
Adjustable driver behaviour, lane-changing, charging, engine, battery, fuel, and other component models.
CityMoS Suite
A graphical toolbox for maintaining road networks, travel demand, infrastructure, traffic lights, and models.
Calibration
Calibrate driver behaviour, travel demand, route choice, and other parameters against observed data.
EV and road infrastructure
Model static or dynamic traffic lights, charging infrastructure, detectors, and roadside sensors.
Data input and output
Import SUMO, Vissim, OpenDRIVE, and shapefiles; export SQLite, PostgreSQL, CSV, TraCI, or gRPC data.
3D visualisation
Monitor live simulations with statistics, heatmaps, road colouring, and detailed vehicle information.
One connected workflow
CityMoS Suite and CityMoS
Prepare a scenario visually, then run and examine it at city scale.
01CityMoS Suite
Build road networks, travel patterns, model parameters, and calibration settings through a modern graphical interface.
02CityMoS
Run locally or remotely and use the 3D environment for immediate visual feedback, analysis, and demonstration.
Product offering
What you can do with CityMoS Suite
Network editing
Work with map overlays, terrain, topology, road connections, traffic lights, bus lines, stops, and routes.
Interoperability
Import networks from SUMO, Vissim, OpenDRIVE, and ESRI shapefiles.
Travel demand
Create zonal demand, flows, individual trips, and other demand models.
Calibration
Automatically calibrate driver behaviour, route choices, and other simulation parameters.
Configuration
Configure models, visual features, buildings, output metrics, and formats.
Flexible analysis
Choose the output format that fits
Store simulation results in SQLite, PostgreSQL, or CSV and configure exactly which data the simulation produces.
Open workflows
Supported input formats
Bring established transport-network data into CityMoS without rebuilding the scenario from scratch.
Road networks
SUMO, Vissim, OpenDRIVE
Traffic lights
SUMO and Vissim signal definitions
Traffic demand
SUMO trips, flows, and demand
Shapefiles
ESRI geographic data
Collaborate with us
Bring your next simulation project to CityMoS
Tell us about your mobility challenge and find out how our team can help.