Titlebook: Engineering Secure Software and Systems; 10th International S Mathias Payer,Awais Rashid,Jose M. Such Conference proceedings 2018 Springer

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Enforcing Full-Stack Memory-Safety in Cyber-Physical Systems,T) testbed. Concretely, we show that our proposed solution incurs a memory-safety overhead of 419.91 µs, which is tolerable for the real-time constraints imposed by the SWaT system. Additionally, We also discuss how different parameters of a typical CPS will impact the execution time of the CPS computational logic and memory safety overhead.

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Model Checking the Information Flow Security of Real-Time Systems, to related work, we analyze the real-time behavior of systems, allowing software engineers to precisely identify timing channels that would enable attackers to draw conclusions from the system’s response times. We illustrate the approach by detecting a timing channel in a simplified model of a cyber-manufacturing system.

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Conference proceedings 2018Paris, France, in June 2018. The 10 papers, consisting of 7 regular and 3 idea papers, were carefully reviewed and selected from 26 submissions. They focus on the construction of secure software, which is becoming an increasingly challenging task due to the complexity of modern applications, the gro

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Conference proceedings 2018focus on the construction of secure software, which is becoming an increasingly challenging task due to the complexity of modern applications, the growing sophistication of security requirements, the multitude of available software technologies, and the progress of attack vectors...

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Ulrich Egle,Anca Frisan,Markus Steinern encryption..To corroborate the feasibility of our vision, we developed a prototype that is able to identify cryptographic functions in highly optimized binary code and tests the identified functions for functional correctness, potentially also revealing backdoors.

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A Vision for Enhancing Security of Cryptography in Executables,n encryption..To corroborate the feasibility of our vision, we developed a prototype that is able to identify cryptographic functions in highly optimized binary code and tests the identified functions for functional correctness, potentially also revealing backdoors.

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