The ACTIVE project (Augmented and Robotic Technologies for Active and Healthy Ageing), developed within Spoke 10 of the Age-It network, aims to design, test, and validate innovative digital tools that enhance the physical, cognitive, and emotional well-being of older adults. The project integrates solutions based on robotic assistive technologies and immersive virtual environments to support autonomy, prevent functional decline, and promote psychological resilience. Specifically, it involves the development of three technological interventions: (1) a SMART cognitive training programme delivered via the PEPPER humanoid robot and tablets, based on Relational Frame Theory; (2) a virtual reality (VR) system designed to reduce psychological suffering, grounded in Acceptance and Commitment Therapy (ACT); and (3) an immersive VR application simulating daily-life environments, such as a virtual supermarket, to support executive functioning and independence in daily living.
The ACTIVE project adopts a user-centred design approach, combining co-creation with stakeholders and interdisciplinary clinical validation. It contributes to the development of precision strategies for healthy ageing, aligned with Sustainable Development Goal 3 (Good Health and Well-being), and aims to inform future scalable interventions in the field of digital and behavioural health technologies.
Between August and December 2024, ACTIVE completed all activities planned for the first reporting period. In WP1, the team finalised the needs assessment through participatory Design Thinking sessions and defined the evaluation metrics aligned with the project’s clinical and functional objectives. In WP2, the three experimental protocols were designed in detail: the SMART cognitive training (PEPPER + tablet), the ACT-based VR system for psychological well-being, and the immersive VR training for autonomy in daily activities. All protocols were submitted to the relevant Ethics Committees and received approval ahead of schedule. WP3, which involves pilot testing and experimental validation, was not yet active in this period. WP4 began with initial dissemination activities and coordination of scientific communication strategies.
The initial project milestones were met on time, and no significant delays were reported. The project is currently progressing according to the shared timeline, with data collection and implementation activities planned for the following quarter.