Abstract: Cyber disease s, also known as Internet addiction, is a modern disease that refers to a series of physical and psychological problems, such as eyestrain and anxiety, caused by excessive use of the Internet or electronic devices. With the popularization of the Internet and the widespread use of mobile devices, people are increasingly devoting their time and energy to the virtual world, and cyber disease caused by prolonged use of computer screens and cell phones has become a major problem affecting people's health. People have researched a variety of treatments for this problem, including traditional Chinese medicine (TCM) and Western medicine, among which, TCM treatments focus on a holistic approach by regulating the body's internal environment. Heat therapy, as one of the important methods of TCM, can provide direct relief for the discomfort of cyber disease. The principle of traditional heat therapy is to heat specific parts of the body to promote blood circulation and accelerate metabolism, thus achieving the effect of relieving pain and relaxing muscles. For heat therapy, precise control of the heat therapy temperature is key, but its promotion is constrained by the limitations of differences in physician experience. Based on deep learning technology to accurately recognize thermotherapy points, hyperthermia robot adjusts the temperature in real time through temperature control system and carries a high degree of freedom robotic arm, which has the advantages of stable operation, precision and high efficiency, and can effectively improve the safety rate of the thermotherapy and avoid the risks brought by some human factors. This paper analyzes the current situation of the application of hyperthermia robots in the treatment of cyber disease at home and abroad, summarizes the structure and working principle of six hyperthermia robots at home and abroad, and compares and analyzes and finds that most of the existing hyperthermia robots have already realized the use of full automation, and they are equipped with big data, visual algorithms, and other artificial intelligence technology on the basis of traditional thermotherapy technology to provide more accurate and personalized treatment services, and can effectively improve the uncomfortable symptoms of cyber disease. effectively improve the uncomfortable symptoms of cyber disease. On this basis, four key technologies, including the principle of thermal therapy technology, thermal therapy point identification method, robot structure design and safety protection mechanism, are described, and its current development status and future development direction are analyzed. Although the research and application of the hyperthermia robot has made some progress, it is still in the initial stage, and its application in the treatment of cyber disease has not yet been studied in depth, and the flexibility of the robotic arm, the precise treatment ability for cyber disease, and the treatment of doctor-patient relationship still need to be further researched and explored. Finally, the system looks forward to the development trend of hyperthermia robots in cybernetic disease treatment. As one of the important development directions of digital healthcare, future research should focus on improving the flexibility, precision and humanization of hyperthermia robots in order to provide better treatment services.