As with any technical innovation in culture, many will still use it to their own gain when new opportunities emerge. Current Internet of Things (IoT) applications have particular protection vulnerabilities owing primarily to their complexities and variability of technologies and data. This could not incorporate the risks resulting from these IoT networks within an established risk structure. And outside the technology nomenclature, cyber security is as important to our society as the application itself. They cannot really be divided: the innovations on which we depend every day today decide our society, our national security and therefore the nature of our society. As they connect this healthcare system to the network through the Internet, the software is susceptible to many cyber threats and security initiatives. A secure protection framework cannot impede basic security aspects such as authentication, anonymity, availability, accessibility and nonrepudiation. This paper discusses improved constructive security against dynamic and inventive threats against critical health infrastructures. They recommend a comprehensive solution to cyber-attacks through an interconnected system of knowledge security. To model and test this method by designing and checking the adaptive technique for defense and attack.
Shiva Kiran Nallaga, Vidyavati Ramteke, Manda Sundeep Kumar