 | Here you will find the Toolbox of technologies for securing IT and SCADA systems in critical infrastructures, including 3 tools: Network Traffic Sensors and Analysers (NTSA), Real-Time Sensor Data Protection (RSDP) and Fault-tolerant Control Strategies for Physical Anomalies affecting the SCADA system (FTCS). Please follow this link to our Toolkit Library: http://tl.stop-it-project.eu/. And here you can download the supporting PDF document | Follow link for more information |
Tool description: Network Traffic Sensors and Analysers (NTSA)
| What is the solution? | The tool Network Traffic Sensors and Analysers (NTSA) incorporates five categories of sensors able to identify different malicious patterns (e.g. TTL based attacks, Brute Force attacks, DNS Answer attacks, Time based attacks and Domain based attacks). |
| What challenges are addressed? | – Real-time detection – Development of a model representing the regular behaviour of a Water CI. |
| What is the innovation? | The uses of ML algorithms to build a model of the regular behaviour associated to a water CI, based on NetFlow data and detect abnormal traffic behaviour in real time. |
| Contact | Gustavo Gonzalez (ATOS): gustavo.gonzalez@atos.net Rodrigo Diaz (ATOS): rodrigo.diaz@atos.net |
Tool description: Real-Time Sensor Data Protection (RSDP)
| What is the solution? | The Real-Time Sensor Data Protection (RSDP) is based on Blockchain technology and provides a mechanism to guarantee the integrity of data generated within the critical-infrastructure operation (principally sensor data), both against intentional attacks or malfunctions. |
| What challenges are addressed? | This tool tries to detect the alteration (intentionally or accidentally) of the data generated mainly by sensors and field devices in critical infrastructures. |
| What is the innovation? | The application of Blockchain Technology to guarantee the integrity of the data stored in the system in a decentralized way. |
| Contact | Juan Caubet (Eurecat): juan.caubet@eurecat.org Mario Reyes (Eurecat): mario.reyes@eurecat.org |
Tool description: Fault-tolerant Control Strategies for Physical Anomalies affecting the SCADA system (FTCS)
| What is the solution? | The tool Fault-tolerant Control Strategies for Physical Anomalies affecting the SCADA system (FTCS) which optimizes the transport network reconfiguration to minimize the impact of anomalies affecting the integrity of the network assets and therefore, the supply of the existing water demand. |
| What challenges are addressed? | To mitigate the impact of a partial shutdown of the water network due to either planned interruptions (i.e. periodic maintenance) or due to unexpected events (i.e. pipe burst). To support water operator to choose the interventions to applied in the network in order to guarantee a fast recovery of the water supply services. |
| What is the innovation? | A simulation environment based on integrating the network hydraulic model with an optimization framework. |
| Contact | David Baquero (Cetaqua): dbaquero@cetaqua.com Jordi Meseguer (Cetaqua): jmeseguer@cetaqua.com |
