CityMoS helped us to optimize the operational KPIs of autonomous electric vehicle fleets in public transport systems. Its capabilities are unique in the market, offering a wide variety of functionality from microscopic to macroscopic transport planning tasks. It is easy to use and facilitates insightful conclusion through comprehensive reporting.

The multi-year research collaboration between the CityMoS team and myself has been one of the most rewarding experiences during my stay in Singapore and beyond. Our work has been focused on modeling drivers’ behaviors in a mixed autonomous-human driving scenario and has extended the capabilities of CityMoS for the development and testing of autonomous driving algorithms and the study of traffic congestion effects. Looking forward to many more years of collaboration!

It was a great experience working with the energetic CityMoS team to develop high-performance solutions and witnessing its development over the years. I'm so happy to see that the CityMoS now has become a full-fledged mobility simulator with an array of features and has been used in developing so many applications.

This collaboration between the research teams and relevant government agencies allows for integration of the best from two research institutes to address national level challenges.

City-scale microscopic mobility simulation as enabled by CityMoS opens the pathway for a range of interesting applications such as studying large-scale effects of car-to-everything communication or supporting the transition to electric vehicles by providing fine-grained spatiotemporal insights on individual charging behaviour.

The cooperation with the leading experts of TUMCREATE is an important milestone on the way to future smart mobility and transportation solutions. The joint lab is a reference example for close academic-industry cooperation and effective transfer of research results driven by academic flagship institutions to industry.