Abstract :
Information security is often called an ´arms race´, but little is known about the co-evolutionary dynamics of innovation. To facilitate such research, we define two formal methods that can be executed by computational agents in a multi-agent system. First, we formalize the definition of capabilities and business models as a ´viable system´. We generalize it to encompass technological, sociological, and economic aspects of a system, which together comprise its capabilities. Second, we formalize the method of pattern language. This allows agents to generate and reason about alternative solutions. This expands the space of possibilities, and thus simulates a form of inventiveness. We conclude with an example of the methods applied to email spam and anti-spam defense.
Keywords :
business data processing; formal specification; innovation management; multi-agent systems; security of data; socio-economic effects; anti-spam defense; business models; coevolutionary information dynamics; computational agents; email spam; formal methods; information security; multi-agent system; pattern language; socio-technical innovation modeling; Adaptation models; Biological system modeling; Business; Computational modeling; Context; Ontologies; Technological innovation; business models; capability models; co-evolution; email spam; evolutionary arms race; information security; pattern language;