Abstract-The automation of tasks in an intensive care unit can be beneficial for the patient's recovery and also can reduce the workload of the physicians. That is why research is looking for different tasks, which can be performed by automated machines. One specific project, our group is working on, is the automation of blood pressure regulation with drugs for patients task of the physicians, knowledge has to be gathered about, how the physicians decide on according treatment actions. As this is an everyday task, the easiest way to analyze and understand the treatment decisions is to look at taken decisions in actual patients. For this purpose a system has been set up, which can be connected to both the patient monitor and the syringe pumps, which infuse the different drugs. There were different requirements from the technical, medical point of view and also from an ethic committee, which had to be taken into account. Given those requirements hardware was chosen and suitable software was implemented. First tests showed, that the system can be operated in the intensive care unit and provide data for further research.

In this research, we are going to implement Temperature monitoring system by using IoT. All the current working models are good by many of laboratories are losing their work. By this research we can able to get exact value of measures present in our atmosphere More over this model in previous literature studies have been trained with other low longitude areas Temperature values and got deployed and makes it inaccurate for the recognition of Temperature values By this research we can able to get accurate values of weather at every time.. We will figure out how to utilize the LM35 sensor for estimating temperature with the IoT devices. By this work we are going to get the values to our mobiles and computers. So, we can able to know the exact values of temperature in the lab. It is easy to operate and able to understand easily. Live temperature or moistness worth is sent to a scrounge recipient through remote signal. The LM35 sensor detects temperature, and sends the data to computerized ARDUINO IDE 1.8.16 software of Arduino UNO, From Arduino UNO.