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679 résultats
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Séminaire
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Cryptographie
On some efficiency aspects of the CKKS fully homomorphic encryption scheme
Orateur : Damien Stehlé - Cryptolab
Fully homomorphic encryption (FHE) is a form of encryption that allows arbitrary computations on data without requiring to decrypt the ciphertexts. Among the diverse FHE schemes, CKKS is designed to efficiently perform computations on real numbers in an encrypted state. Interestingly, Drucker et al [J. Cryptol.] recently proposed an efficient strategy to use CKKS in a black-box manner to perform[…] -
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Groupe de travail
Modélisation statistique et sécurité des générateurs d'aléa pour la cryptographie
Orateur : David Lubicz - DGA, IRMAR
Dans cet exposé on essaie d'expliquer ce que l'on entend pas méthodes statistiques et on donne des exemples concrets d'application dans la cybersécurité.-
Cryptography
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Groupe de travail
Analyse statistique des extrêmes pour la modélisation d'évènements rares ou atypiques
Orateur : Gilles Stupfler - ENSAI
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Séminaire
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SoSysec
Subject Access Request and Proof of Ownership
Orateur : Cédric Lauradoux (INRIA Rhône-Alpes)
The GDPR (General Data Protection Regulation) provides rights on our data: access, rectification, objection, etc. However, this regulation is not binding on how we can exercise these rights. Data controllers have therefore deployed various methods to authenticate subject requests. We have analyzed how this authentication process can fail and examined its consequences. Our study shows that a key[…] -
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Séminaire
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SoSysec
Splitting the Linux Kernel for Fun and Profit
Orateur : Chris Dalton (HP, Bristol, UK)
This talk looks at a pragmatic attempt at strengthening the security properties of Linux by introducing a degree of intra-kernel protection into the Linux kernel (supported by CPU Virtualization silicon features). Consider it, if you like, an attempt at retrofitting a ‘micro-kernel’ interface into traditionally monolithic Linux whilst maintaining a single linux code base (yes it’s still Linux), no[…] -
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Séminaire
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SoSysec
Anonymous Server-Aided Verification
Orateur : par Elena Pagnin (Chalmers University of Technology, Sweden)
Server-Aided Verification (SAV) is a method that can be employed to speed up the process of verifying signatures by letting the verifier outsource part of its computation load to a third party. Achieving fast and reliable verification under the presence of an untrusted server is an attractive goal in cloud computing and internet of things scenarios.In this talk I will describe a simple and[…] -