An Advanced Smart Glove for Stroke Rehabilitation Using IOT

Stroke is one of the most severe and life-altering medical emergencies globally. Despite advancements in treatment, millions of stroke survivors face challenges accessing physiotherapy due to limited healthcare resources. To address this, our project introduces an innovative smart rehabilitation device designed to restore finger mobility in patients, particularly those who have lost voluntary movement. These state-of-the-art wearable leverages advanced mobile and IoT technology, enabling patients to perform repetitive hand exercises—flexing and extending their fingers—without requiring continuous hands-on therapy. A precision-controlled servomotor facilitates these movements, while real-time motion data is transmitted to a mobile application or a secure web platform. In addition to enhancing mobility, the device functions as a personalized health monitoring system, tracking vital signs such as heart rate, blood pressure, and oxygen saturation $\left(\mathrm{SpO}_{2}\right)$. By analyzing heart rate data, the system can detect patient discomfort, allowing for proactive health management. Given that hypertension is a major stroke risk factor, the integration of blood pressure monitoring is crucial, as high BP can lead to blocked arteries, blood clots, and brain hemorrhages. With IoT-driven remote healthcare, doctors can monitor patient progress in real time, access data on glove usage and therapy efficiency, and provide timely interventions. This next-generation rehabilitation technology not only empowers stroke patients with greater independence but also enhances the accessibility and precision of post-stroke care, paving the way for a smarter, more connected future in medical rehabilitation.