2014Unpublished venueRequires access

Security Measuring for Self-adaptive Security

Antti Evesti, Habtamu Abie, Reijo Savola

Open publisher page 7 citations

Abstract

Self-adaptive security is needed due to vast amount of changes in an execution environment and threat landscape, which all cannot be anticipated at software design-time. Self-adaptive security requires means for monitoring a security level and decision making capability to improve the current security level. In this paper, we describe how security metrics are able to support self-adaptive security. The paper analyses benefits and challenges of security measuring from the self-adaptive security perspective. Thus, five benefits and three challenges of security metrics in self-adaptive security are described. Furthermore, the paper derives requirements that measuring causes for self-adaptive security. Based on the derived requirements, extension components for the MAPE (Monitor, Analyse, Plan and Execute) reference model are proposed.

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What this paper is about

Self-adaptive security is needed due to vast amount of changes in an execution environment and threat landscape, which all cannot be anticipated at software design-time. Self-adaptive security requires means for monitoring a security level and decision making capability to improve the current security level. In this paper, we describe how security metrics are able to support self-adaptive security. The paper analyses benefits and challenges of security measuring from the self-adaptive security perspective. Thus, five benefits and three challenges of security metrics in self-adaptive security are described. Furthermore, the paper derives requirements that measuring causes for self-adaptive security. Based on the derived requirements, extension components for the MAPE (Monitor, Analyse, Plan and Execute) reference model are proposed.

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OpenAlex reports 7 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Self-adaptive security is needed due to vast amount of changes in an execution environment and threat landscape, which all cannot be anticipated at software design-time. Self-adaptive security requires means for monitoring a security level and decision making capability to improve the current security level. In this paper, we describe how security metrics are able to support self-adaptive security. The paper analyses benefits and challenges of security measuring from the self-adaptive security perspective. Thus, five benefits and three challenges of security metrics in self-adaptive security are described. Furthermore, the paper derives requirements that measuring causes for self-adaptive security. Based on the derived requirements, extension components for the MAPE (Monitor, Analyse, Plan and Execute) reference model are proposed.

Key concepts: Software security assurance, Computer science, Security information and event management, Computer security model, Security testing, Security service, Computer security, Security through obscurity

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