The most fascinating trend of our day is undoubtedly remote health monitoring. There are many potentially fatal illnesses in the contemporary world due to the ways in which people live. However, with the right measures done, you may avoid contracting any of these ailments. However, several deaths occur daily as a direct result of cardiac arrest. The delay between when symptoms first appear and when a patient is seen by a doctor is the main cause of this problem. If patients are being monitored by a remote monitoring system, any changes in heart rate might be sent to physicians and carers in real time through a smartphone app. This type of approach was necessary to prevent needless human deaths. The second rationale is that rural residents simply cannot afford high-priced medical treatment. If there is a way to check their health remotely, they can save time and energy. However, if they need medical treatment, they may go to the local PHC in their community. In order to store and analyse healthcare data and deliver it back to mobile applications used by the stakeholders in real time, there is a requirement for smart beds integrated IoT system that connects to cloud. The importance of the claim that "remote health monitoring serves common man to avail healthcare services with technology driven approaches" is best shown by this example. The challenge of improving the planned remote health monitoring system's security such that all communications are encrypted from end to end, without compromising patients' right to privacy. Therefore, the difficult topic discussed in this study is the actualization of a revolutionary healthcare system that addressed these concerns