可追踪的安全验证工具

J. Jürjens, Y. Yu, A. Bauer
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引用次数: 7

摘要

可靠的系统进化已经被英国计算研究委员会(UKCRC)确定为当前计算机科学的重大挑战之一。我们提出了解决这一挑战的工作,重点关注可靠性的一个方面,即数据安全性:我们概述了基于模型的安全验证方法,该方法提供了到实现的可追溯性链接。该方法使用UML安全扩展UMLsec中的设计模型,该模型可以根据高级安全需求(如保密性和真实性)进行正式验证。然后,规范的实现可以通过可追溯性链接利用运行时验证来针对模型进行验证。当使用我们的工具支持的重构技术回归地执行重构操作时,跟踪映射被更新,因此该方法支持软件演进。该方法已应用于Internet安全协议SSL的实现中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Tools for Traceable Security Verification
Dependable systems evolution has been identified by the UK Computing Research Committee (UKCRC) as one of the current grand challenges for computer science. We present work towards addressing this challenge which focusses on one facet of dependability, namely data security: We give an overview on an approach for modelbased security verification which provides a traceability link to the implementation. The approach uses a design model in the UML security extension UMLsec which can be formally verified against high-level security requirements such as secrecy and authenticity. An implementation of the specification can then be verified against the model by making use of run-time verification through the traceability link. The approach supports software evolution in so far as the traceability mapping is updated when refactoring operations are regressively performed using our tool-supported refactoring technique. The proposed method has been applied to an implementation of the Internet security protocol SSL.
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