Implementation of Secure Decision Support System in Medical Cyber Physical Network

Abstract

Medical Secure Systems (MSSs) communicate with one another through the use of computation, much as they do with physical operations. MSS speculations and applications are beset by numerous difficulties. In this paper, the primary purpose is to provide a more notable under-remaining of this emerging multidisciplinary strategy. Medical Secure Systems is the name given to the work system that focuses on the MSS in medical applications and is referred to as such (MSS). Using MSS, numerous types of data can be moved to a private or public cloud for increased capacity and processing efficiency. On top of this data, artificial intelligence calculations can be applied to process the information, which will be valuable in the future when selecting a healthcare master. This information can be sensitive, and it is made available to the public as well as for pariahs to have additional space, with the result that the unpleasant issue of security is becoming more prevalent. In order to provide security, we used cryptographic strategies, such as the AES algorithm, to scramble the data before storing it on cloud servers in this paper. After that, in order to improve security even further, the system will make advantage of the possibility of a digital envelope. In this concept, the data encryption AES key is regulated once more through the use of the ECC encryption key. Again, in order to reduce the administrative burden associated with key administration, the system makes use of the Key Distribution Center (KDC), which is capable of producing and managing keys for all customers. According to the findings of the most recent study, this MSS structure is more secure than the previous one, and it also reduces the amount of time spent on important administration duties. The system also receives less time and memory for the purpose of updating its configuration.