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Formal verification of privacy in pervasive systems

Loretta Ilaria Mancini-2015-12-01-University of Birmingham Institutional Research Archive (University of Birmingham)

TL;DRAbstract

Pervasive systems enhance a user's everyday experience. However, the use of pervasive sensing and context aware devices can result very intrusive from a privacy perspective. A familiar pervasive device is a mobile phone. Mobile telephony equipment is daily carried everywhere. Avoiding linkability of subscribers by third
\nparties, and protecting their privacy is one of the goals of mobile telecommunication protocols.
\n
\nWe use experimental and formal methods to model and analyse the security properties of mobile telephony protocols. We expose novel threats to the user privacy, which make it possible to trace and identify mobile
\ntelephony subscribers, and for some of the attacks we demonstrate the feasibility of a low cost implementation. We propose fixes to these privacy issues. We prove that our privacy friendly fixes satisfy the desired unlinkability and anonymity properties. Finally, we develop the first extension of the Pro Verif tool for the automatic verificat

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Pervasive systems enhance a user's everyday experience. However, the use of pervasive sensing and context aware devices can result very intrusive from a privacy perspective. A familiar pervasive device is a mobile phone. Mobile telephony equipment is daily carried everywhere. Avoiding linkability of subscribers by third
\nparties, and protecting their privacy is one of the goals of mobile telecommunication protocols.
\n
\nWe use experimental and formal methods to model and analyse the security properties of mobile telephony protocols. We expose novel threats to the user privacy, which make it possible to trace and identify mobile
\ntelephony subscribers, and for some of the attacks we demonstrate the feasibility of a low cost implementation. We propose fixes to these privacy issues. We prove that our privacy friendly fixes satisfy the desired unlinkability and anonymity properties. Finally, we develop the first extension of the Pro Verif tool for the automatic verificat

Keywords

Computer scienceStateful firewallAnonymityComputer securityUbiquitous computingFormal verificationCryptographic protocolCryptography

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