LAUSR

Smart Mobility and the introduction of innovation in the complex and dynamic actor ecosystem of urban transport is faced with the need to manage change in order to secure sustainability and protect against negative externalities The present contribution provides decision-makers with a tool to assess innovation strategies and monitor change over time The proposed EcoSystem Innovation Framework (ESIF) is applied to a flagship innovation: Mobility as a Service (MaaS) The application concerns the City of Budapest, a location with highly-utilized resources and low car ownership, in contrast to other locations where MaaS is implemented The ESIF is constructed through qualitative research (stakeholder workshops, interviews, document collection and analysis) for three (3) points in time: Summer 2018;Summer 2019 and end of 2020 (first year of the COVID-19 pandemic) The ESIF analysis was able to guide decision-makers and highlight potential future trends demonstrating the potential of the ESIF framework For the City of Budapest, the ESIF highlighted the delicate balance in the promotion of MaaS, as the dichotomy between public and private on-demand mobility may trigger a negative modal shift The COVID-19 pandemic has enhanced this potential Despite public sector efforts, market opportunity has surfaced leading to contrasting interests in the ecosystem © 2021 by the authors Licensee MDPI, Basel, Switzerland