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A complete and decidable security-specialised logic and its application to the TESLA protocol
23
Citations
14
References
2006
Year
Unknown Venue
Cryptographic PrimitiveEngineeringInformation SecurityVerificationCryptographic TechnologyTesla ProtocolCryptographic ProtocolFormal VerificationHardware SecuritySecurity ProtocolsSecure ProtocolInteraction ProtocolSecurity PropertyFormal SpecificationComputer EngineeringComputer ScienceData SecurityCryptographyAutomated ReasoningCryptographic ProtectionFormal MethodsCase StudyDecidable Security-specialised LogicEpistemic Concepts
We examine a logic to reason about security protocols by means of temporal and epistemic concepts. We report results on completeness and decidability of the formalism as well as its expressiveness. As a case study we apply the formalism in the analysis of TESLA, a secure stream multi-cast protocol.
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