This report presents the innovation of “Smart Shoes” featuring integrated sensors and piezoelectric materials. These shoes aim to collect real-time data from temperature and pulse sensors embedded in the insole, while simultaneously harnessing energy from walking to power their functionalities. The temperature sensor monitors foot temperature changes, offering insights into circulation and overall health. The pulse sensor tracks the user’s heart rate for fitness assessment and heart health monitoring. The shoe’s sole incorporates piezoelectric materials, generating electrical energy from mechanical stress during walking. This self-generating power source ensures sustainability and reduces reliance on external batteries. Additionally, the Smart Shoes include a step counting mechanism, utilizing data from the piezoelectric material to accurately measure and display the number of steps taken by the user. This feature promotes a healthier lifestyle by encouraging increased physical activity. In conclusion, Smart Shoes with integrated sensors and piezoelectric energy harvesting present a significant advancement in wearable technology. They provide real-time health data while contributing to sustainable energy practices, holding promising applications in healthcare monitoring and environmental conservation.