Background
2D materials are enabling the development of flexible, miniaturized e-textiles ideal for wearables due to their light weight, breathability, and integration with clothing. Combined with AI and edge computing, these technologies enhance health and fitness tracking. Modern wearables use sensors to monitor vital signs and biomechanics in real time. Applications include remote sports training and e-health services. H2TRAIN leverages in vivo data and partnerships with sports medicine experts to improve algorithms and deliver smart, AI-driven solutions that meet evolving digital challenges in IoT and healthcare.
Importance
H2TRAIN addresses critical challenges in digital health and lifestyle by advancing biosensor and wearable technology through AI, IoT, and next-generation materials. It integrates one- and two-dimensional materials (1DM, 2DM) into CMOS frameworks, enabling miniaturized, energy-efficient, and intelligent health monitoring systems. By combining sensing, data analysis, and embedded intelligence, H2TRAIN creates textile-integrated, flexible e-health solutions applicable in assisted living, sports coaching, and rehabilitation. It strengthens Europe’s position in smart wearables and semiconductor innovation while delivering real-time, secure, and personalized health support. The project also ensures alignment with GDPR and promotes AI-based services with significant societal and economic impact.
