Titlebook: ICT Systems Security and Privacy Protection; 36th IFIP TC 11 Inte Audun Jøsang,Lynn Futcher,Janne Hagen Conference proceedings 2021 IFIP In

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Reconnection-Based Covert Channels in Wireless Networks We implement these covert channels in the 802.11 protocol by abusing the authentication mechanism of these networks. Furthermore, we propose detection methods and countermeasures for both covert channels. Our implementation and quick-start guide are available as open source code on GitHub to aid replicability (.).

Chemotherapy

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1868-4238 n digital signatures; vulnerability management; covert channels and cryptography; application and system security; privacy; network security; machine learning for security; and security management...*The conference was held virtually..978-3-030-78122-4978-3-030-78120-0Series ISSN 1868-4238 Series E-ISSN 1868-422X

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SIUV: A Smart Car Identity Management and Usage Control System Based on Verifiable Credentialsrity of modern vehicles a crucial concern as they have evolved into cyber-physical and safety-critical systems. Therefore, stateful identity management and continuous access control have become a paramount requirement in smart vehicles. Indeed, several Identity and Access Management (IAM) frameworks

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A Performance Assessment of Free-to-Use Vulnerability Scanners - RevisitedGoogle, the authors analysed and compared the commonly used, free-to-use vulnerability scanners. The performance, accuracy and precision of these scanners are quite disparate and vary accordingly to the target systems. The computational, memory and network resources required be these scanners also d

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QuickBCC: Quick and Scalable Binary Vulnerable Code Clone Detection are useful for preventing and managing such vulnerability propagation. When the source code for a software package is not available, such as when working with proprietary or custom software distributions, binary code clone detection can be used to examine software for flaws. However, existing binar

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Automatic Inference of Taint Sources to Discover Vulnerabilities in SOHO Router Firmwareby hackers occur in the web servers of router firmware. In vulnerabilities detection, static taint analysis can quickly cover all code without depending on the runtime environment compared to dynamic analysis (e.g., fuzzing). However, existing static analysis techniques suffer from a high false-nega