AbstractThe quest for the formal certification of properties of systems is one of the most challenging research issues in the field of formal methods. It requires the development of formal models together with effective verification techniques. In this paper, we describe a formal methodology for verifying security protocols based on ideas borrowed from the analysis of open systems, where applications interact with one another by dynamically sharing common resources and services in a not fully trusted environment. The methodology is supported by ASPASyA, a tool based on symbolic model checking techniques
International audienceAfter giving general context on the verification of security protocols, we foc...
We propose a methodology for the formal analysis of security protocols. This originates from the obs...
Security protocols are widely used to ensure secure communications over insecure networks, such as t...
AbstractThe quest for the formal certification of properties of systems is one of the most challengi...
With the proliferation of universal clients over Internet, use of security protocols is rapidly on r...
AbstractWe propose a methodology for the formal analysis of security protocols. This originates from...
Abstract. Security protocol verification has been a very active research area since the 1990s. This ...
The formal analysis of security protocols is a prime example of a domain where model checking has be...
Security protocols are critical components for the construction of secure Internet services but thei...
Security protocols specify the communication required to achieve security objectives, e.g., data-pri...
We propose a methodology for the formal analysis of security protocols. This originates from the obs...
Protocol verification is an exciting area of network security that intersects engineering and formal...
2Summary. The formal analysis of security protocols is a prime example of a domain where model check...
This paper reviews two relatively new tools for automated formal analyis of security protocols. One ...
We explain how the formal language LOTOS can be used to specify security protocols and cryptographic...
International audienceAfter giving general context on the verification of security protocols, we foc...
We propose a methodology for the formal analysis of security protocols. This originates from the obs...
Security protocols are widely used to ensure secure communications over insecure networks, such as t...
AbstractThe quest for the formal certification of properties of systems is one of the most challengi...
With the proliferation of universal clients over Internet, use of security protocols is rapidly on r...
AbstractWe propose a methodology for the formal analysis of security protocols. This originates from...
Abstract. Security protocol verification has been a very active research area since the 1990s. This ...
The formal analysis of security protocols is a prime example of a domain where model checking has be...
Security protocols are critical components for the construction of secure Internet services but thei...
Security protocols specify the communication required to achieve security objectives, e.g., data-pri...
We propose a methodology for the formal analysis of security protocols. This originates from the obs...
Protocol verification is an exciting area of network security that intersects engineering and formal...
2Summary. The formal analysis of security protocols is a prime example of a domain where model check...
This paper reviews two relatively new tools for automated formal analyis of security protocols. One ...
We explain how the formal language LOTOS can be used to specify security protocols and cryptographic...
International audienceAfter giving general context on the verification of security protocols, we foc...
We propose a methodology for the formal analysis of security protocols. This originates from the obs...
Security protocols are widely used to ensure secure communications over insecure networks, such as t...