Titlebook: Security Standardisation Research; Third International Lidong Chen,David McGrew,Chris Mitchell Conference proceedings 2016 Springer Intern

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Security Analysis of the W3C Web Cryptography API,gue that formal modeling should happen as the standard is being developed (not afterwards) as it can detect complex or even simple attacks that the standardization group may not otherwise detect. As a case example of this, we discuss in detail the W3C Web Cryptography API. We demonstrate how a forma

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Reactive and Proactive Standardisation of TLS,o all previous versions of the protocol. We present an account of the TLS standardisation narrative, examining the differences between the reactive standardisation process for TLS 1.2 and below, and the more proactive standardisation process for TLS 1.3. We explore the possible factors that have con

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Extending the UML Standards to Model Tree-Structured Data and Their Access Control Requirements,national security. While there exist many approaches towards securing data for the purpose of dissemination, the vast majority follows the traditional thought of security engineering that occurs as the last step of the overall software engineering process. In this paper we extend the Unified Modelin

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Secure Multicast Group Management and Key Distribution in IEEE 802.21,is is even more important when it comes to periodic configuration updates to a large number of such devices belonging to one or more groups. One solution could be to take a group of devices as a unit of control and then manage them through a group communication mechanism. An obvious challenge to thi

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State Management for Hash-Based Signatures,erstood and promising candidates, and the object of current standardization efforts. In the scope of this standardization process, the most commonly raised concern is statefulness, due to the use of one-time signature schemes. While the theory of hash-based signatures is mature, a discussion of the

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