Communication Security Prognosis Realized as the Parallel Dynamic Auditing Intelligent System

Abstract

Communication operations are realized according to cryptography protocols in a typical network. Such communication among users takes place on the basis of public keys, secrets, supplies, encrypted messages and nonces. The investigation of the communication run gives security information about forthcoming threats. The main goal of the research consists in the elaboration of a useful and simple (in the sense of complexity) prognosis algorithm adapted to an auditing form of investigation. The results of the prognosis presented in the time parameter about impending threats are dynamically changed, operation by operation. Therefore, users can prepare a strategy of avoiding the closest (in the sense of time) or the most dangerous threat. The proposed approach is based on probability counting rules that guarantee fast realization at the cost of accuracy. The large scale of parallelization possibilities is also worth noticing. This follows from the independent module structure of fundamental security elements which are associated with dynamically designated counting threads.