Our research-driven technology has attracted
administrations and engineering offices across
Europe to contract us for high-resolution traffic
modelling and prediction.
Evaluation of the effects of large-scale constructions in the city of Zurich.
Setup of high-fidelity traffic simulation model for the city of Basel.
M-Fund research project on floating car data and traffic simulations.
Setup of high-fidelity traffic simulation model of the city of Tuscaloosa for the University of Alabama.
Simulation calibration for the city of Wetzikon. Evaluation of the impacts of traffic signal settings.
EIT Raptor Challenge. Generation and calibration of a multi-modal digital twin.
Emissions modelling in the city of Zurich. Research project in collaboration with Prof. Dirk Helbing's group at ETH Zurich.
Web-based access to the results of a high-fidelity traffic simulation model for the city of Zurich.
Setup of high-fidelity traffic simulation model of the city of Salzburg. Evaluation of impacts of major traffic lane redistribution (S-LINK).
Real-time prediction of traffic states on highway and cantonal roads in proximity of the Gotthard road tunnel.
Setup of high-fidelity traffic simulation model for the city of Zurich. Evaluation of impacts of closing a major road in Zurich.
Simulation setup for the whole canton of Zurich using our endogenous demand modeling approach. Evaluation of the impacts of speed limits
Setup of high-fidelity traffic simulation model for the city of Zurich. Evaluation of the impacts of the construction site "Einhausung Schwamendingen"
Understanding post-COVID-19 road performance across London Consultancy on Digital Twin.
The effects of traffic management measures on the regional traffic system can only be partially calculated or simulated statically.
With Transcality’s digital twin, we were able to simulate various adjustments to traffic signal controls while simultaneously analyzing the impacts on the regional traffic system.
Planning a large infrastructure project requires model-based evaluations to improve decision making. These models need to be highly flexible and adaptive to accommodate changing requirements. Transcality’s digital twin proved to be the ideal solution for our initial traffic impact estimates and greatly enhanced our what-if scenario analyses.
Following Covid -19 we needed to understand how new patterns of travel by our customers, and the delivery of new infrastructure, such as cycle lanes, would impact the operational performance of the London road network. Transcality’s technology and expertise helped us develop a reliable model that enabled us to simulate and analyse various recovery scenarios.
Transcality’s digital twin enables us to quickly and reliably provide traffic management recommendations to our client, the municipal civil engineering office, during construction projects. With Transcality’s solution, we can simulate different scenarios for construction planning, enhancing both efficiency and planning certainty.
Setup high-fidelity traffic simulation for intersections around the city of Zurich.
Setup high-fidelity traffic simulation for congestion hours on the Swiss national highway network.
Setup high-fidelity traffic simulation for the city of Torino via EIT Urban Mobility.
Evaluation of the effects of large-scale constructions in the city of Zurich.
Setup of high-fidelity traffic simulation model for the city of Basel.
M-Fund research project on floating car data and traffic simulations.
Setup of high-fidelity traffic simulation model of the city of Tuscaloosa for the University of Alabama.
Simulation calibration for the city of Wetzikon. Evaluation of the impacts of traffic signal settings.
EIT Raptor Challenge. Generation and calibration of a multi-modal digital twin. This project is funded by EIT Urban Mobility an initiative of the European Institute of Innovation and Technology (EIT), a body of the European Union.
Emissions modelling in the city of Zurich. Research project in collaboration with Prof. Dirk Helbing's group at ETH Zurich.
Web-based access to the results of a high-fidelity traffic simulation model for the city of Zurich.
Setup of high-fidelity traffic simulation model of the city of Salzburg. Evaluation of impacts of major traffic lane redistribution (S-LINK).
Real-time prediction of traffic states on highway and cantonal roads in proximity of the Gotthard road tunnel.
Setup of high-fidelity traffic simulation model for the city of Zurich. Evaluation of impacts of closing a major road in Zurich.
Simulation setup for the whole canton of Zurich using our endogenous demand modeling approach. Evaluation of the impacts of speed limits.
Setup of high-fidelity traffic simulation model for the city of Zurich. Evaluation of the impacts of the construction site "Einhausung Schwamendingen"
Understanding post-COVID-19 road performance across London & Consultancy on Digital Twin.
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