Modelling self-protected networks and dynamic systems
Marta Fernández-Diego, Julián Marcelo-Cocho · 2011
With the increasingly security problems in networks and systems, the evolution of development models that underlie current tools and techniques is all that is required to produce a model of self-defense where all the components are self-protected. The great extension of current models recommends a reasonable transition fundamentally based on the family of standards ISO/IEC 31000, where the selection of the appropriate risk assessment techniques revolves around the complexity X of the system or process structure and the uncertainty Y of the environment. The consistency and sufficiency of both factors X Y, demonstrated using the Information Theory, can explain the risk of a dynamic system. However, going deep into their meaning, the Theory of Calculability should ensure its validity in the design of self-protected networks and dynamic systems. This design needs to be chained to the implementation of networks and self-protected components, using a new type of algorithmic languages. The authors propose the outline of such a development model expected to focus and better address the lack of current security.