Overview "Health is Wealth" is not just a quote but an important factor in life and we need to take better care of our health. However, due to population growth, hospitals often face equipment shortages that can lead to death. Especially ventilators, which are one of the most important medical devices, because most people face respiratory diseases and if they don't receive proper care in time, they can die. Older people and those with underlying medical conditions such as cardiovascular disease, diabetes, chronic respiratory disease and cancer are more likely to develop serious illnesses. We know that our Jammu and Kashmir UT currently only has 200-300 ventilators in service. This number is very small compared to the population. In this regard, we have developed an invention that provides an internet-based dual AMBU bag system configured to provide medical assistance to two patients simultaneously and independently without human intervention, and specifically configured the internet-based dual AMBU bag system to provide various health measures parameters. In the future, we want to revive 4 patients at the same time, which would be a great advantage for medical purposes. Approach The proposal of our innovation is economical because it does not use expensive or imported components and above all it is energy efficient. Our innovation is different because we have integrated it into the Internet of Things. The system is capable of providing medical assistance (ventilation) to two users simultaneously, independently and without human intervention. The system is configured to be capable of measuring one or more user parameters and transmitting the measured user parameter(s) to the cloud. Sensor data is properly processed according to medical standards and transmitted through a secure IoT cloud. This sensor data is available remotely to physicians in numerical and graphical form. The device consists of an ambu bag which is continuously pushed back and forth using a powerful DC motor to generate enough air pressure for the patient. The inspiration/expiration (I/E) ratio is programmable and can be programmed using an open source hardware prototyping platform called Arduino. In addition, the parameters (for example, body temperature and humidity, heart rate, oxygen level and body position) of users can be collected and monitored almost continuously, and the parameters are recorded in time. real.