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.

SEA Milan Airports is committed to staying at the forefront of innovative mobility solutions. While their focus is on airport logistics, the broader implications of autonomous delivery systems are of great interest. In a unique research initiative, the University of Genova deployed five Yape autonomous robots in Trikala, Greece, to explore the evolution of public acceptance of these technologies. This research, while conducted in a different setting, provides valuable insights that are relevant to the future of mobility at SEA Milan Airports.

Key Research Findings and Implications:

• Public Acceptance Over Time:
  • The University of Genova’s research tracked how public acceptance of autonomous robots evolved over time.
  • This longitudinal study provided valuable data on how familiarity and exposure influence public attitudes.
  • This is valuable information for any location considering implementing autonomous robots.
• Urban Delivery in Trikala:
  • The deployment of five Yape autonomous robots in Trikala, Greece, provided a real-world testbed for urban delivery.
  • The robots navigated city streets, delivered packages, and interacted with pedestrians and traffic.
  • This is valuable data for any urban location.
• Research Methodology:
  • The research employed a combination of observational studies, surveys, and feedback sessions to gather comprehensive data.
  • This rigorous methodology ensured the reliability and validity of the findings.
• Relevance to SEA Milan Airports:
  • While the research was conducted in Trikala, the findings have implications for the future of mobility at SEA Milan Airports.
  • Understanding public acceptance is crucial for the successful implementation of any new technology, including autonomous delivery systems.
  • The data collected from the research, can be used to plan future logistical implementation at the airport.
• Potential Applications:
  • The research highlights the potential of autonomous robots to enhance delivery logistics, reduce congestion, and improve efficiency.
  • These applications are relevant to various aspects of airport operations, including baggage handling, cargo transport, and passenger services.

The Significance of the Research:

• This research underscores the importance of understanding public perception and acceptance of autonomous technologies.
• It provides valuable insights into the factors that influence public attitudes and the strategies for fostering acceptance.
• This research is an example of the kind of data that can be collected to improve logistic outcomes.

Call to Action: Explore how Yapemobility’s data-driven mobility solutions can contribute to the future of airport logistics and urban delivery. Contact us to learn more.