The collaboration will enable the development and manufacturing of the “pawn”-type device and the BLE-enabled smart wristband for the non-invasive localization system aimed at older adults and chronic patients.
Jaén, May 2024 – The MicroChip4Age project, coordinated by the ASIA research group at the University of Jaén, has taken a major step toward the implementation of its technology through the signing of a collaboration agreement with the Andalusian company Hardware Me Electronics, which specializes in the design and manufacturing of advanced electronic solutions.
This agreement will lead to the development of the first prototypes of the “pawn”-type device, which serves as an ambient localization node, and the BLE-enabled smart wristband to be worn by users of the system. Both components are essential to the functioning of the non-invasive monitoring model proposed by MicroChip4Age, which is based on distributed sensors, wireless technologies, and artificial intelligence algorithms.
Custom-built technology for a respectful solution
One of the core commitments of the project is to avoid dependence on generic commercial solutions, opting instead for custom-designed and manufactured electronic devices. This approach ensures greater adaptability to the real needs of users, better integration into home environments, and full control over functional, aesthetic, and privacy-related aspects.
The partnership with Hardware Me Electronics also enhances the project’s impact on the national industrial ecosystem, contributing to the strengthening of Spain’s design and manufacturing capabilities in microelectronics, in line with the objectives of the PERTE CHIP program that funds the initiative.
Protecting without invading, caring without surveillance
MicroChip4Age is developing a system capable of detecting activities and behaviors at home without cameras, microphones, or direct interaction, thus promoting a person-centered, ethical, and non-intrusive model of care.
The design and functionality of the devices are key to achieving this respectful integration into users’ daily lives. For this reason, the agreement with Hardware Me Electronics includes a collaborative and iterative process between engineering and research teams, with both laboratory and real-world testing phases.
Toward real-world prototype validation
This collaboration marks a decisive step toward one of the project’s main milestones: the functional validation of prototypes in real-world environments and the achievement of Technology Readiness Level 7 (TRL 7), confirming that the technology is ready for transfer to the healthcare system or the market.
The agreement with Hardware Me Electronics reflects the commitment of MicroChip4Age and the ASIA research group at the University of Jaén to a form of innovation grounded in real needs, built on solid partnerships, and capable of generating both social and industrial impact.
