Many network services and protocols can work correctly only when freshness of messages sent between participants is assured and when the protocol parties’ internal clocks are adjusted. In this paper we present a novel, secure and fast procedure which can be used to ensure data freshness and clock synchronization between two communicating parties. Next, we show how this solution can be used in other cryptographic protocols. As an example of application we apply our approach to the Internet Key Exchange (IKE) protocol family
Cryptographic signatures can be used to increase the resilience of distributed systems against adver...
This paper describes the operation of an algorithm for synchronizing the time of computers using mes...
Internet of Things (IoT) has been developed rapidly to make our life easier. In many IoT application...
The security of almost any real-world distributed system today depends on the participants having so...
The Network Time Protocol (NTP) is used by many network-connected devices to synchronize device time...
[[abstract]]Authenticated password is extensively used to ensure controlled access to the service pr...
Timestamp-based authentication and key establishment protocols have received a number of criticisms,...
This paper describes a new security model and authentication scheme for distributed, real-time netwo...
AbstractWe present a federated analysis of communication protocols which considers both security pro...
AbstractAuthentication in present day system environment, is a fundamental building block for secure...
Network Time Protocol (NTP) is used to synchronize time between computer systems communicating over ...
Security is a major concern of the internet world because the development of the Internet requires t...
International audienceTime synchronization is fundamental for a wide variety of IoT applications. Ti...
Abstract—Clock synchronization is a fundamental service for many applications in wireless sensor net...
hPost://amir.herzberg.name Certified exchange of messages is an essential mechanism for e-commerce; ...
Cryptographic signatures can be used to increase the resilience of distributed systems against adver...
This paper describes the operation of an algorithm for synchronizing the time of computers using mes...
Internet of Things (IoT) has been developed rapidly to make our life easier. In many IoT application...
The security of almost any real-world distributed system today depends on the participants having so...
The Network Time Protocol (NTP) is used by many network-connected devices to synchronize device time...
[[abstract]]Authenticated password is extensively used to ensure controlled access to the service pr...
Timestamp-based authentication and key establishment protocols have received a number of criticisms,...
This paper describes a new security model and authentication scheme for distributed, real-time netwo...
AbstractWe present a federated analysis of communication protocols which considers both security pro...
AbstractAuthentication in present day system environment, is a fundamental building block for secure...
Network Time Protocol (NTP) is used to synchronize time between computer systems communicating over ...
Security is a major concern of the internet world because the development of the Internet requires t...
International audienceTime synchronization is fundamental for a wide variety of IoT applications. Ti...
Abstract—Clock synchronization is a fundamental service for many applications in wireless sensor net...
hPost://amir.herzberg.name Certified exchange of messages is an essential mechanism for e-commerce; ...
Cryptographic signatures can be used to increase the resilience of distributed systems against adver...
This paper describes the operation of an algorithm for synchronizing the time of computers using mes...
Internet of Things (IoT) has been developed rapidly to make our life easier. In many IoT application...