ICSS

Process-level detection of cyberattacks on industrial control systems pertain to observing the physical process to detect implausible behavior. State-of-the-art techniques identify a baseline of the normal process behavior from historical measurements ...

If an attacker is able to successfully subvert a device within a network, that often gives them easier access to spread the intrusion to other devices in the network. Common guidance, such as that provided in NIST SP 800-82, recommends network ...

Substation automation systems (SAS) are known to be vulnerable to cyber attacks due to the weaknesses of security features (e.g., encryption, authenticity). These issues were demonstrated by the recent Ukranian cyber attack event on 2016. The security ...

Internet connectivity of electronic devices has brought us the ease of centralized management and these days more and more devices are connected to this globally accessible network. At the same time, this landscape has opened new doors for malicious ...

The ability to secure industrial control systems (ICS) against adversaries relies on defense in depth and implementation of security controls. However, as automation and networking of industrial processes increases, so do the opportunities for ...

In the modern world, the reliable and continuous operation of cyber-physical systems (CPSs) have become increasingly crucial factors of our daily life. As a result, the networking protocols of CPSs have been developed to achieve availability without ...

Industrial control systems (ICS) have been widely adopted in mission-critical infrastructures. However, the increasing prevalence of cyberattacks targeting them has been a critical security concern. On the other hand, the high real-time and availability ...