IoT Based Virtual Doctor Robot

Abstract

This project presents a virtual robot controlled by a doctor from a remote location via Wi-Fi, designed to enhance patient care in rural or inaccessible regions. The robot is equipped with various sensors and modules that enable patients to perform basic hygiene and health parameter checks autonomously. With features like movement control, touchless hand sanitization, and vital parameter sensing (SpO, pulse, and body temperature), the robot provides comprehensive care. A real-time video conferencing setup allows doctors to interact with patient’s face-to-face, facilitating diagnosis and consultation. The robot's data is transmitted to a centralized server, enabling doctors to access patient information remotely and make informed decisions. This innovative solution improves access to healthcare, enhances patient care, and increases efficiency by reducing the need for hospital visits. By leveraging technology and remote connectivity, this project addresses the challenges of healthcare delivery in rural and underserved areas. The system has the potential to revolutionize remote patient monitoring and interaction, expanding access to quality healthcare services and improving patient outcomes. With its advanced features and remote capabilities, this virtual robot is poised to make a significant impact in the healthcare industry. By providing patients with access to quality care from the comfort of their own homes, this project can help reduce healthcare disparities and improve health outcomes for vulnerable populations. Overall, this project demonstrates the potential of technology to transform healthcare delivery and improve patient care.