We intend to narrow the gap between concrete implementations of cryptographic protocols and their verified models. We develop and verify a small functional implementation of the Transport Layer Security protocol (TLS 1.0). We make use of the same executable code for interoperability testing against mainstream implementations, for automated symbolic cryptographic verification, and for automated computational cryptographic verification. We rely on a combination of recent tools, and we also develop a new tool for extracting computational models from executable code. We obtain strong security guarantees for TLS as used in typical deployments
To appearInternational audienceImplementations of the Transport Layer Security (TLS) protocol must h...
International audienceTLS 1.3 is the next version of the Transport Layer Security (TLS) protocol. It...
We present an architecture and tools for verifying implementations of security protocols. Our implem...
We narrow the gap between concrete implementations of cryptographic protocols and their ver-ified mo...
International audienceWe intend to narrow the gap between concrete implementations of cryptographic ...
International audienceWe intend to narrow the gap between concrete implementations of cryptographic ...
Abstract—TLS is possibly the most used protocol for secure communications, with a 18-year history of...
Abstract—TLS is possibly the most used protocol for secure communications, with a 18-year history of...
International audienceTLS is possibly the most used protocol for secure communications, with a 18-ye...
International audienceThe TLS Internet Standard, previously known as SSL, is the default protocol fo...
International audienceThe TLS Internet Standard, previously known as SSL, is the default protocol fo...
Abstract. Security protocol verification has been a very active research area since the 1990s. This ...
Security in IT systems, particularly in embedded devices like Cyber Physical Systems (CPSs), has bec...
Often during security checks we discover that the configuration of these systems does not meet the r...
The TLS protocol is intended to enable secure end-to-end communication over insecure networks, inclu...
To appearInternational audienceImplementations of the Transport Layer Security (TLS) protocol must h...
International audienceTLS 1.3 is the next version of the Transport Layer Security (TLS) protocol. It...
We present an architecture and tools for verifying implementations of security protocols. Our implem...
We narrow the gap between concrete implementations of cryptographic protocols and their ver-ified mo...
International audienceWe intend to narrow the gap between concrete implementations of cryptographic ...
International audienceWe intend to narrow the gap between concrete implementations of cryptographic ...
Abstract—TLS is possibly the most used protocol for secure communications, with a 18-year history of...
Abstract—TLS is possibly the most used protocol for secure communications, with a 18-year history of...
International audienceTLS is possibly the most used protocol for secure communications, with a 18-ye...
International audienceThe TLS Internet Standard, previously known as SSL, is the default protocol fo...
International audienceThe TLS Internet Standard, previously known as SSL, is the default protocol fo...
Abstract. Security protocol verification has been a very active research area since the 1990s. This ...
Security in IT systems, particularly in embedded devices like Cyber Physical Systems (CPSs), has bec...
Often during security checks we discover that the configuration of these systems does not meet the r...
The TLS protocol is intended to enable secure end-to-end communication over insecure networks, inclu...
To appearInternational audienceImplementations of the Transport Layer Security (TLS) protocol must h...
International audienceTLS 1.3 is the next version of the Transport Layer Security (TLS) protocol. It...
We present an architecture and tools for verifying implementations of security protocols. Our implem...