DESIGN AND DEVELOPMENT OF NEXT-GENERATION WEARABLE DEVICES FOR ON-DEMAND HEADACHE RELIEF

Headache disorders, especially migraines, rank among the most prevalent causes of global disability andproductivity. The existing treatment modalities, for example, using oral medications, often do not meetexpectations because of side effects, delayed onset of relief, or potential overuse complications. In this regard,next-generation wearable medical devices hold great promise, as they enable rapid, non-invasive, drug-freerelief from headaches. This paper examines the design and development process of wearable devices intendedfor automated headache alleviation, emphasizing user-centered design innovation, biocompatible materials,neuromodulation, AI predictive models, and autonomous systems. It analyzes patient trust, experience factors,and other usability impediments relevant to sustained utilization that shape long-term use. Based on ten peerreviewed publications, the paper analyzes available clinical evidence, prevailing design approaches, andtechnological innovations aimed toward the future of headache relief. The research found that incorporatingpatient feedback enables interdisciplinary collaboration to develop wearable devices which enhance smart,stealthy, and personalized headache care. The conclusions recommend that acute headache disordersmanagement strategies use holistic, technology-supported frameworks.