<![CDATA[This study aims to design and develop a body temperature control device based on the Internet of Things (IoT). The device is designed with the purpose of accurately and efficiently monitoring and regulating human body temperature. The implementation of IoT technology allows this device to be connected to the internet, facilitating remote monitoring and real-time temperature adjustments. In the design of this device, sensitive temperature sensors are utilized to measure human body temperature. The collected temperature data is transmitted through the internet connection to a platform accessible to users via smart devices such as smartphones or computers. Users can monitor their own body temperature or that of other individuals through a user-friendly application interface. Test results demonstrate that this human body temperature control device is capable of accurately measuring temperature and transmitting data through the internet network effectively. The device's strength lies in its ability to provide real-time body temperature information, which can be useful in health monitoring and early detection of infection or illness symptoms. By combining sensor technology, IoT, and network connectivity, this research produces a device that has the potential to contribute to more advanced and effective public health monitoring, applicable in various contexts including individual health management, medical care, and general health supervision.]]>
