This paper reports on a security analysis of the IEEE 1588 standard, a.k.a. Precise Time Protocol (PTP). We show that attackers can use the protocol to (a) incorrectly resynchronize clocks, (b) rearrange or disrupt the hierarchy of PTP clocks, (c) bring the protocol participants into an inconsistent state, or (d) deprive victim slave clocks from synchronization in ways undetectable by generic network intrusion detection systems. We also propose countermeasures for the identified attacks
Abstract—We explore the risk that network attackers can exploit unauthenticated Network Time Protoco...
In today's society, more and more embedded computer systems are connecting. There are many different...
In today's society, more and more embedded computer systems are connecting. There are many different...
We present a security analysis of the IEEE 1588 standard, a.k.a. Precise Time Protocol (PTP). We sho...
This paper reports on a security analysis of the IEEE 1588 standard, a.k.a. Precise Time Protocol (P...
The IEEE 1588 precision time protocol (PTP) is very important for many industrial sectors and applic...
The Precision Time Protocol (PTP) as described in IEEE 1588–2019 provides a sophisticated mechanism ...
Time Sensitive Networking (TSN) will be an integral component of industrial networking. Time synchro...
Time Sensitive Networking (TSN) will be an integral component of industrial networking. Time synchro...
Time synchronization is quickly becoming a fundamental prerequisite for a smart society. With the de...
In recent years, the scientific community has been focusing on deterministic Ethernet, which has hel...
Clock synchronization is a core asset to protect when securing cyber-physical systems with a time-tr...
Clock synchronization is a core asset to protect when securing cyber-physical systems with a time-tr...
Covert channels use steganographic approaches to transfer secret digital communications; when applie...
In today's society, more and more embedded computer systems are connecting. There are many different...
Abstract—We explore the risk that network attackers can exploit unauthenticated Network Time Protoco...
In today's society, more and more embedded computer systems are connecting. There are many different...
In today's society, more and more embedded computer systems are connecting. There are many different...
We present a security analysis of the IEEE 1588 standard, a.k.a. Precise Time Protocol (PTP). We sho...
This paper reports on a security analysis of the IEEE 1588 standard, a.k.a. Precise Time Protocol (P...
The IEEE 1588 precision time protocol (PTP) is very important for many industrial sectors and applic...
The Precision Time Protocol (PTP) as described in IEEE 1588–2019 provides a sophisticated mechanism ...
Time Sensitive Networking (TSN) will be an integral component of industrial networking. Time synchro...
Time Sensitive Networking (TSN) will be an integral component of industrial networking. Time synchro...
Time synchronization is quickly becoming a fundamental prerequisite for a smart society. With the de...
In recent years, the scientific community has been focusing on deterministic Ethernet, which has hel...
Clock synchronization is a core asset to protect when securing cyber-physical systems with a time-tr...
Clock synchronization is a core asset to protect when securing cyber-physical systems with a time-tr...
Covert channels use steganographic approaches to transfer secret digital communications; when applie...
In today's society, more and more embedded computer systems are connecting. There are many different...
Abstract—We explore the risk that network attackers can exploit unauthenticated Network Time Protoco...
In today's society, more and more embedded computer systems are connecting. There are many different...
In today's society, more and more embedded computer systems are connecting. There are many different...