Smart City Gnosys
Smart city article details
| Title | Business Model Framework For Smart City Mobility Projects |
|---|---|
| ID_Doc | 13179 |
| Authors | Tanda A.; De Marco A. |
| Year | 2019 |
| Published | IOP Conference Series: Materials Science and Engineering, 471, 9 |
| DOI | http://dx.doi.org/10.1088/1757-899X/471/9/092082 |
| Abstract | Smart City is a complex and multidimensional concept that aims to support and help city councils to face the challenges of growing urbanization. In this context, managing traffic and reducing pollution is a critical objective for public administrators who have recently been increasing their investments in Smart City solutions to tackle with urban mobility problems. However, while the booming market sparked a vast literature on Smart City and smart mobility solutions, there is still a lack of studies that investigate the reasons why public administrations invest in smart mobility initiatives and the ways private vendors design and deliver the value of their Smart City mobility projects. To this end, this article presents an analysis of the business models of 300 Smart Cities' mobility projects implemented internationally. Projects are scrutinized according to a business model canvas framework to describe how they create and deliver value. The variety of models are then classified according to a taxonomy of main similar characteristics so that a summary framework is given to illustrate the main strategies used by city councils and private vendors to implement Smart City mobility projects. The resulting reference framework can be used as a support for decision-making processes of both policy maker and private organizations and as a guide line for design and development of new Smart City mobility solution. © 2019 Published under licence by IOP Publishing Ltd. |
| Author Keywords |
Similar Articles
| Id | Similarity | Authors | Title | Published |
|---|---|---|---|---|
57149  | 0.936 | Tanda, A; De Marco, A | The Value Propositions Of Smart City Mobility Projects | TRANSPORTATION PLANNING AND TECHNOLOGY, 44, 8 (2021) |
| 51218 | 0.903 | Simonofski A.; Handekyn P.; Vandennieuwenborg C.; Wautelet Y.; Snoeck M. | Smart Mobility Projects: Towards The Formalization Of A Policy-Making Lifecycle | Land Use Policy, 125 (2023) |
| 11786 | 0.898 | Shvetsova O.; Bialevich A.; Kim J.; Voronina M. | Behavioral Model Deployment For The Transportation Projects Within A Smart City Ecosystem: Cases Of Germany And South Korea | Processes, 11, 1 (2023) |
| 13190 | 0.897 | Wolniak, R; Gajdzik, B; Grebski, M; Danel, R; Grebski, WW | Business Models Used In Smart Cities-Theoretical Approach With Examples Of Smart Cities | SMART CITIES, 7, 4 (2024) |
| 5525 | 0.891 | Perboli, G; Rosano, M | A Taxonomic Analysis Of Smart City Projects In North America And Europe | SUSTAINABILITY, 12, 18 (2020) |
| 51068 | 0.888 | Omambia A. | Smart Ideas For Smart City Development: An Integrative Approach For Now And Thereafter | Digital Solutions and the Case for Africa's Sustainable Development (2020) |
| 59496 | 0.886 | Anthopoulos, LG; Fitsilis, P | Understanding Smart City Business Models: A Comparison | WWW'15 COMPANION: PROCEEDINGS OF THE 24TH INTERNATIONAL CONFERENCE ON WORLD WIDE WEB (2015) |
| 54028 | 0.883 | Lorenz A.; Madeja N.; Leyh C. | Sustainable Smart Cities: A Comprehensive Framework For Sustainability Assessment Of Intelligent Transport Systems | Lecture Notes in Business Information Processing, 504 LNBIP (2024) |
| 9001 | 0.882 | McLoughlin S.; Maccani G.; Puvvala A.; Donnellan B. | An Urban Data Business Model Framework For Identifying Value Capture In The Smart City: The Case Of Organicity | Public Administration and Information Technology, 37 (2021) |
| 25618 | 0.882 | Alce A.R.; Ecleo J.J.; Galido A. | Exploring Smart City Analytical Framework: Evidence From Select Case Studies | Lecture Notes in Networks and Systems, 783 LNNS (2023) |