AISUM

AI Empowered Sustainable Urban Mobility Platform (AISUM)

Urban mobility is undergoing a tremendous change. Under the keyword Smart Mobility, new mobility offers are increasingly being integrated into the urban environment. This process offers opportunities to reduce environmentally harmful emissions, as new mobility services can supplement local public transport and reduce the amount of private car traffic in the city. However, it is also associated with risks, mainly due to the lack of control and integration of new and old urban transport modes. Initial studies on e-scooters and other sharing services indicate, for example, that under the given conditions they do not contribute to the resource-saving transformation of urban mobility, but rather lead to higher environmental pollution due to overcapacity and waste.
The urban population has a legitimate interest in mobility services that are as comprehensive, reliable and comfortable as possible on the one hand, and in urban transport that is as sustainable as possible, especially low-noise and low-emission transport on the other. The combination of real-time data from numerous sharing offers and the public transport network on a user-optimized smart mobility platform offers the possibility of combining both demands for the first time. To this end, cities need mobility platforms that enable the connection and control of old and new mobility services in accordance with social-ecological criteria.
The project aims at establishing a platform for sustainable urban mobility in which climate protection and resource efficiency are structurally anchored. Users should be able to see the ecological costs of different transport options in a transparent manner and be encouraged to use particularly climate-friendly means of transport. Thus, AISUM is connected to an ongoing project of the Berlin public transport authority (BVG), which combines public transport and new, private mobility services (bike, scooter, car and scooter sharing) and provides users with multimodal mobility from one source. However, there is currently still a lack of an intermodal platform solution on the basis of which all mobility services can be combined simply and intelligently to form resource-saving transport alternatives. Moreover, ecological criteria are not taken into account. The project addresses both challenges by combining the data streams of different mobility providers on one platform and evaluating them by means of machine learning. For this purpose, various so-called Green-AI-Use Cases are designed and prototypically implemented.

Several ECDF professors are involved in the project. In addition to Prof. Philipp Staab (Humboldt-Universität zu Berlin), who is taking over the project management, Prof. Helena Mihaljevic (University of Applied Sciences Berlin) and Prof. Tilman Santarius (Technische Universität Berlin) are also involved.