The goal of this work is to obtain implementations of security protocols proved in the computational model. We implemented a compiler that takes as input a specification of a protocol in the input language of the protocol verifier CryptoVerif and compiles it into an implementation in OCaml. We proved the secrecy of exchanged keys and authentication of the server in the SSH (Secure SHell) key exchange protocol, and used our compiler on this protocol. We proved that this compiler is correct: if an adversary can break a security property on the generated code with a probability p, then there exists an adversary that can break this property on the specification with the same probability p. Hence, if a specification is proved secure in the compu...
This thesis is dedicated to the automatic verification of cryptographic protocols in the logical and...
This thesis deals with formal verification of cryptographic protocols. It is about symbolic modellin...
This thesis deals with formal verification of cryptographic protocols. It is about symbolic modellin...
The goal of this work is to obtain implementations of security protocols proved in the computational...
Abstract. In order to obtain implementations of security protocols pro-ved secure in the computation...
International audienceIn order to obtain implementations of security protocols proved secure in the ...
International audienceIn order to obtain implementations of security protocols proved secure in the ...
In order to obtain implementations of security protocols proved se-cure in the computational model, ...
CryptoVerif [Bla08] is a protocol verifier in the computational model that can automatically prove p...
Abstract—This paper presents a novel framework for prov-ing specifications of security protocols in ...
This paper presents a novel technique for obtaining implementations of security protocols, proved se...
Special issue ARES'12International audienceThis paper presents a novel technique for obtaining imple...
This document presents the security protocol verifier CryptoVerif.CryptoVerif does not rely on the s...
This document presents the security protocol verifier CryptoVerif.CryptoVerif does not rely on the s...
Cette thèse est consacrée au problème de la vérification automatique des protocoles cryptographiques...
This thesis is dedicated to the automatic verification of cryptographic protocols in the logical and...
This thesis deals with formal verification of cryptographic protocols. It is about symbolic modellin...
This thesis deals with formal verification of cryptographic protocols. It is about symbolic modellin...
The goal of this work is to obtain implementations of security protocols proved in the computational...
Abstract. In order to obtain implementations of security protocols pro-ved secure in the computation...
International audienceIn order to obtain implementations of security protocols proved secure in the ...
International audienceIn order to obtain implementations of security protocols proved secure in the ...
In order to obtain implementations of security protocols proved se-cure in the computational model, ...
CryptoVerif [Bla08] is a protocol verifier in the computational model that can automatically prove p...
Abstract—This paper presents a novel framework for prov-ing specifications of security protocols in ...
This paper presents a novel technique for obtaining implementations of security protocols, proved se...
Special issue ARES'12International audienceThis paper presents a novel technique for obtaining imple...
This document presents the security protocol verifier CryptoVerif.CryptoVerif does not rely on the s...
This document presents the security protocol verifier CryptoVerif.CryptoVerif does not rely on the s...
Cette thèse est consacrée au problème de la vérification automatique des protocoles cryptographiques...
This thesis is dedicated to the automatic verification of cryptographic protocols in the logical and...
This thesis deals with formal verification of cryptographic protocols. It is about symbolic modellin...
This thesis deals with formal verification of cryptographic protocols. It is about symbolic modellin...