Physiology, biomedical equipment, and communications are just a few of the many disciplines involved in telemedicine, which enables medical care to be delivered remotely. When it comes to people's health, distance is often a limiting factor. Telemedicine aims to bridge that gap by connecting people from all over the world through the use of information and communication technologies to share accurate data on everything from disease and injury prevention to treatment options. It's an efficient solution to issues like a dearth of doctors, dispersed populations, and an overabundance of patients. Telemedicine includes remote diagnostics, monitoring, and treatment provided by a physician who is not physically present in the same room as the patient. Travel time between locations is reduced as a result. The core components of telemedicine services are the collection of data, its subsequent storage and processing, and its dissemination to the appropriate parties. The expensive price of equipment used in telemedicine systems has prevented the phenomena from reaching its full potential, despite its many benefits. The primary limitation of this kind of telemedicine is that it does not allow the doctor to do a physical examination of the patient. To combat this, we need a system equipped with sensitive sensors to track key health metrics