2025

Digital Health

Extended reality and information and communications technology in therapy: Enhancing remote artistic and recreational engagement for physically impaired and socially isolated patients

Chiara Barchielli, Sara Jayousi, Sara Guarducci, Stefano Caputo, Marco Alaimo, Leonardo Capanni, Giovanni Serafini, Monica Serrano, Paolo Zoppi, Lorenzo Mucchi

Sant'Anna School of Advanced Studies of Pisa, Institute of Management, Opera di Santa Maria del Fiore, Florence, Italy; Management and Health Laboratory, Pisa, Italy

Keywords

extended reality, therapeutic practices, nurses, physiotherapists, recreational activities, accessibility, information and communications technology

Abstract

Objective: Extended reality (XR), encompassing virtual reality, augmented reality, and mixed reality, has the potential to transform therapeutic practices for individuals facing physical impairments or social isolation. This study aims to explore how XR, when integrated with advanced digital tools and information and communications technologies, can enhance psycho-physical well-being and therapeutic effectiveness, thereby improving quality of life. Methods: The research focusses on a pre-implementation phase assessing the knowledge and acceptance levels of XR technologies among healthcare professionals and the general population. For healthcare professionals, the study examines their perceived benefits of XR and their expertise in using such technologies to guide its implementation within care pathways. For the general public, the investigation centres on the perceived benefits and opportunities of XR in enhancing daily experiences and overall well-being. Results: The study facilitates the preliminary definition of user requirements for both healthcare professionals and the general public, supporting the development of relevant scenarios and the identification of suitable XR technologies for therapeutic applications. The findings highlight the essential role of healthcare professionals in integrating XR into therapeutic frameworks while emphasizing the importance of addressing user needs and expectations. The structured methodology provides a foundation for designing an inclusive system that aligns with the needs of both stakeholders. Conclusion: The successful adoption of XR in therapeutic contexts requires clear definitions, comprehensive stakeholder engagement, and structured implementation pathways. By prioritizing remote access to artistic and recreational activities, XR can be positioned as an essential element of therapeutic care, ultimately contributing to improved patient outcomes and quality of life.

Moticon's Summary

Moticon Sensor Insoles (OpenGo) are identified as a potential candidate technology for real-time data acquisition within an Extended Reality (XR) therapeutic system. Specifically, OpenGo Sensor Insoles, embedded with pressure sensors, accelerometers, and gyroscopes, can provide accurate gait and balance analysis. This real-time data from the insoles, along with other wearable and non-contact sensors, would be processed by AI algorithms to analyze user responses and dynamically adapt XR content, thereby enhancing user engagement and optimizing therapeutic outcomes for individuals with physical impairments or social isolation.

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