In this paper, we develop an analysis of the Needham-Schroeder Public-Key Protocol in the framework of membrane computing. This analysis is used to validate the protocol and exhibits, as expected, a well known logical attack. The novelty of our approach is to use multiset rewriting in a nest of membranes. The use of membranes enables to tight the conditions for detecting an attack. The approach has been validated by developing a full implementation for several versions of the analysis
In this work, we argue that the usage of computationally intensive mathematical operations in passwo...
We present a general approach for the symbolic analysis of security protocols that use Diffie-Hellma...
Cryptographic protocols are formally specified as a system of protocol agents using asynchronous pro...
The need for providing assurance in parameter matching in authentication protocols is emphasized by ...
Abstract. In this paper we contrast the use of the NRL Protocol An-alyzer and Gavin Lowe's use ...
AbstractIn this paper we report on an analysis for finding known-pair and chosen-text attacks in pro...
AbstractThis paper reports on work in progress on using rewriting techniques for the specification a...
We provide the first computational analysis of the well known Needham-Schröeder(-Lowe) protocol. We ...
International audienceWe consider the proof-based development of cryptographic protocols satisfying ...
Needham-Schroeder public-key protocol; With the growth and commercialization of the Internet, the se...
Abstract. Security protocols stipulate how remote principals of a computer network should interact i...
As distributed computing becomes increasingly prevalent, driving a demand for security and privacy i...
Non interference [GM82] was originally proposed as a means for analyzing the security of computer sy...
The public-key infrastructure will be utilized to store and disseminate certified copies of user’s p...
Abstract. We prove the Needham-Schroeder-Lowe public-key protocol secure under real, active cryptogr...
In this work, we argue that the usage of computationally intensive mathematical operations in passwo...
We present a general approach for the symbolic analysis of security protocols that use Diffie-Hellma...
Cryptographic protocols are formally specified as a system of protocol agents using asynchronous pro...
The need for providing assurance in parameter matching in authentication protocols is emphasized by ...
Abstract. In this paper we contrast the use of the NRL Protocol An-alyzer and Gavin Lowe's use ...
AbstractIn this paper we report on an analysis for finding known-pair and chosen-text attacks in pro...
AbstractThis paper reports on work in progress on using rewriting techniques for the specification a...
We provide the first computational analysis of the well known Needham-Schröeder(-Lowe) protocol. We ...
International audienceWe consider the proof-based development of cryptographic protocols satisfying ...
Needham-Schroeder public-key protocol; With the growth and commercialization of the Internet, the se...
Abstract. Security protocols stipulate how remote principals of a computer network should interact i...
As distributed computing becomes increasingly prevalent, driving a demand for security and privacy i...
Non interference [GM82] was originally proposed as a means for analyzing the security of computer sy...
The public-key infrastructure will be utilized to store and disseminate certified copies of user’s p...
Abstract. We prove the Needham-Schroeder-Lowe public-key protocol secure under real, active cryptogr...
In this work, we argue that the usage of computationally intensive mathematical operations in passwo...
We present a general approach for the symbolic analysis of security protocols that use Diffie-Hellma...
Cryptographic protocols are formally specified as a system of protocol agents using asynchronous pro...