The BUDD-e project uses Yape’s robotics to create an autonomous guide for the visually impaired, tested at Giuriati Sports Center and Niguarda hospital.

Politecnico di Milano, a leading technical university, is spearheading the BUDD-e project, an innovative initiative aimed at creating an autonomous guide for the visually impaired. This project leverages Yapemobility’s advanced robotics technology to develop a reliable and safe navigation system. The BUDD-e system has undergone rigorous testing at the Giuriati Sports Center and Niguarda hospital, demonstrating its potential to significantly enhance the independence and mobility of visually impaired individuals.

Key Project Features and Benefits:

• Autonomous Navigation for the Visually Impaired:
  • The BUDD-e project focuses on developing a robotic guide that can autonomously navigate complex environments.
  • This system aims to provide visually impaired individuals with a reliable and safe way to move around independently.
• Yapemobility’s Robotics Contribution:
  • Yapemobility’s robotics technology forms the core of the BUDD-e system, providing the necessary mobility and navigation capabilities.
  • The robots are equipped with advanced sensors and AI, enabling them to detect obstacles, plan routes, and provide real-time guidance.
• Testing at Giuriati Sports Center and Niguarda Hospital:
  • The rigorous testing at the Giuriati Sports Center and Niguarda hospital has validated the effectiveness and reliability of the BUDD-e system.
  • These real-world tests have provided valuable data on the system’s performance in diverse and challenging environments.
  • Testing in a hospital environment is very important due to the high amount of foot traffic.
• Enhanced Independence and Mobility:
  • The BUDD-e project has the potential to significantly enhance the independence and mobility of visually impaired individuals.
  • By providing a reliable and safe navigation system, the project aims to empower individuals to move around with confidence.
• Data Collection and Improvement:
  • Data collection from the tests is vital to improving the BUDD-e system.
  • Data from the robots sensors, and user feedback are used to improve the AI navigation.

The Significance of the Project:

• The BUDD-e project exemplifies the power of technology to address real-world challenges and improve the lives of individuals with disabilities.
• It highlights the importance of collaboration between academia and industry in driving innovation.
• This project shows the importance of robotics and data collection in the medical field.

Call to Action: Discover how Yapemobility’s robotics and data-driven solutions can contribute to innovative projects like BUDD-e. Contact us to learn more.