A Framework for Securing Information Technology Infrastructure Library Processes in the Internet of Thing Environment

Security of information technology infrastructure library processes needs to provide intelligent solutions to advance goals and prevent vulnerabilities, given the stimuli in the IoT environment. To ensure security, proper management is needed to maximize security levels so that complex paths can be eliminated, performance improved, the information technology infrastructure library process structure optimized, and ultimately the goals achieved. The present study is based on a detailed analysis of relationships, manual and systematic models by studying the security of research achievements in three categories: free, academic and organizational. We consider the probability of attacks in processes in four areas and three general modules, specific, propagation by analyzing security scenarios and with maximum levels in the simulation model. Also, the maximum levels in the case study are dedicated security module in free category 10, academic category 23, organizational category 14 and in publication security module, 24 levels for journal and 8 levels for conference. In determining the probability of an attack occurring, probabilities that are negligible and close to zero are eliminated. Then, based on the available information, a simulation model is presented, parameter change testing and calibration are performed, and the best possible values are determined in accordance with the data. This research tries to create security by estimating the effect of limit states in processes by simulation by providing manual and systematic models. It also provides optimization of possible changes for change management (parameter change testing and calibration) and enables managers to make decisions without inducing risk, cost and time according to existing scenarios.