With the rapid development of information technology, information systems security
becomes more and more important for both national economics and people’s everyday life.
Therefore, in this paper, we study on the problem of information systems security assessment.
However, existing traditional methods has two major issues. First, it is unclear that whether
there remains severe potential risks unrecognized, and thus the reliability is limited. Second,
the assessment results deviate from the real one due to the time and environmental
restrictions, the subjective reasons of the researchers, or biased observed data, etc. To this
end, we propose to leverage system dynamics (SD) for information systems security
assessment. Specifically, based on the analysis of casual loops and positive and negative
feedbacks among factors, we explore potential risks and capture those who are impossible to
be measured using traditional methods.
With the rapid development of information technology, information systems securitybecomes more and more important for both national economics and people’s everyday life.Therefore, in this paper, we study on the problem of information systems security assessment.However, existing traditional methods has two major issues. First, it is unclear that whetherthere remains severe potential risks unrecognized, and thus the reliability is limited. Second,the assessment results deviate from the real one due to the time and environmentalrestrictions, the subjective reasons of the researchers, or biased observed data, etc. To thisend, we propose to leverage system dynamics (SD) for information systems securityassessment. Specifically, based on the analysis of casual loops and positive and negativefeedbacks among factors, we explore potential risks and capture those who are impossible tobe measured using traditional methods.
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