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A methodology for the structured security analysis of interconnections

机译:互连结构化安全性分析的方法

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Effective and efficient cooperation within future military operations increasingly requires the sharing of information among coalition partners and other organisations, as envisioned by the NATO Network-Enabled Capabilities (NNEC) study. It is therefore necessary that military communication infrastructures can be interconnected to facilitate the information sharing. This information sharing requires a high level of assurance on the security of interconnections. However it is often difficult to identify the appropriate security requirements, due to the complexity as a result of the differences between the applicable security policies. The methodology aims to provide a structured approach to define the appropriate security requirements and enable the determination of a balanced set of security measures for an interconnection. By decomposing the interconnection on a conceptual level into smaller parts, compartments can be defined that address a subset of the entire complexity. Between all these compartments as well as the own and other domain Security Policy Enforcement Points (SPEPs) can be defined. The division into compartments is based on the classification level, security policy and operational responsibility for the information. By determining the threat significance, trust level and threats for each individual SPEP specific security requirements and assurance requirements can be defined.
机译:正如北约网络支持能力研究(NNEC)所设想的那样,在未来的军事行动中进行有效有效的合作越来越需要联盟伙伴和其他组织之间共享信息。因此,必须将军事通信基础设施互连以促进信息共享。这种信息共享要求对互连的安全性有高度的保证。但是,由于适用的安全策略之间存在差异,导致复杂性通常难以确定适当的安全要求。该方法旨在提供一种结构化的方法来定义适当的安全要求,并能够确定互连的一组平衡的安全措施。通过将互连从概念上分解为较小的部分,可以定义隔离专区,以解决整个复杂性的一部分。在所有这些隔离专区之间以及可以定义自己的和其他域的安全策略执行点(SPEP)之间。根据信息的分类级别,安全策略和操作责任将其划分。通过确定每个SPEP的威胁重要性,信任级别和威胁,可以定义特定的安全要求和保证要求。

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