University of Genova used 5 Yape’s autonomous robots in Trikala, Greece, for deliveries. Research tracked how public acceptance of the robots evolved over time.

The EU Horizon SHOW Project is at the forefront of driving innovation in autonomous mobility, aiming to accelerate the deployment of shared, connected, and electrified autonomous vehicles in urban environments. A crucial aspect of this project involves understanding and ensuring public acceptance of these technologies. To this end, the University of Genova conducted a significant research study in Trikala, Greece, utilizing five Yape autonomous robots for deliveries. This research provides invaluable insights into how public acceptance of autonomous robots evolves over time.

Key Research and Project Highlights:

• University of Genova’s Research in Trikala:
  • The deployment of five Yape autonomous robots in Trikala served as a real-world testbed for the EU Horizon SHOW Project.
  • The research focused on tracking how public acceptance of these robots changed over time, providing longitudinal data on societal attitudes.
  • This study contributes to the project’s goal of understanding the social implications of autonomous mobility.
• Focus on Public Acceptance:
  • The EU Horizon SHOW Project recognizes that public acceptance is essential for the successful deployment of autonomous vehicles.
  • The research in Trikala provides critical data on the factors that influence public perception, including familiarity, trust, and safety concerns.
  • This data can be used to inform future autonomous vehicle implementation.
• Autonomous Robot Deliveries:
  • The use of Yape autonomous robots for deliveries in Trikala allowed researchers to observe real-world interactions between robots and the public.
  • This provided valuable insights into how robots navigate urban environments, interact with pedestrians and traffic, and perform delivery tasks.
  • This shows real world use cases of autonomous vehicles.
• Data Collection and Analysis:
  • The University of Genova employed a rigorous research methodology, combining observational studies, surveys, and feedback sessions.
  • The data collected will be used to develop guidelines and best practices for the deployment of autonomous vehicles, ensuring public safety and acceptance.
  • Data collection from real world tests is vital to the EU Horizon SHOW Project.
• Contribution to the EU Horizon SHOW Project:
  • The research in Trikala directly contributes to the EU Horizon SHOW Project’s objectives of accelerating the deployment of autonomous mobility solutions.
  • By understanding public acceptance, the project can develop strategies to address concerns and build trust in these technologies.

The Significance of the Research:

• This research highlights the importance of social science research in the development of autonomous technologies.
• It demonstrates the value of real-world testing in understanding public perceptions and behaviors.
• This project is a great example of forward thinking technology.

Call to Action: Learn more about how Yapemobility’s data-driven solutions are contributing to the advancement of autonomous mobility within the EU Horizon SHOW Project. Contact us today.