Titlebook: Engineering Secure Software and Systems; First International Fabio Massacci,Samuel T. Redwine,Nicola Zannone Conference proceedings 2009 S

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A Scalable Approach to Full Attack Graphs Generationbe the various elements in the conceptual model. Thirdly, based on VAML, a scalable approach to generate full attack graphs is put forward. The prototype system CAVS has been tested on an operational network with over 150 hosts. We have explored the system’s scalability by evaluating simulated netwo

Cpap155

follicular-unit

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Interest Groups and Collective Action,ucted as a laboratory exercise. Students actively shared misuse cases, threat models, and their limited software security expertise as they discussed vulnerabilities in their course project. We observed students relating vulnerabilities to the business impacts of the system. Protection Poker lead to

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Peter Nyn?s,Ariela Keysar,Paul Stenners that may have remained unexecuted in previous tests. The experimental results indicate that our method is effective to find new vulnerabilities, and test data generation may help to improve the effectiveness of detection.

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Verification of Business Process Entailment Constraints Using SPINe machines. The properties to be verified are usually expressed as formula in temporal logic. In this paper we present an approach to verify access control security properties of a security annotated business process model. To this end we utilise a security enhanced BPMN notation to define access co

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Idea: Action Refinement for Security Properties Enforcementgh level) specification of a secure system with a possible untrusted component. It is controlled by a controller program, in such a way the system is secure. We show that it is possible to guarantee that the refinement of this system at a lower level of abstraction is still secure, regardless the be