Presentation of the ATENA view and testbed - ATENA H2020 WORKSHOP A new cybersecurity for interdependent Critical Infrastructures - ATENA H2020 ...
←
→
Page content transcription
If your browser does not render page correctly, please read the page content below
Presentation of the ATENA view and testbed
ATENA H2020 WORKSHOP
A new cybersecurity for interdependent Critical Infrastructures
Dr. Leonid Lev – Manager, Innovative ICT Projects for Governance
Luxembourg 18/10/2018
What are the main Problems of Validation and
Demonstration in the R&D projects
End users are ready to provide small facilities or training centers but they are not
ready to install new applications or provide facilities for cyber attack. Possible threats
could not be demonstrated in the real environment.
Usually no real data or real scenarios are provided, even rarer the combination of real
data and real scenarios could be provided.
End user do not provide remote access to the real equipment, applications and
infrastructures.
The laboratories of universities or SMEs could not create a seemingly infinite
infrastructure for parallel serving of several users, most of them use SW models and
some PCs and PLCs to represent IACSs.
2
What is Smart Validation
3
Hybrid Environment for Design and Validation
(HEDVa) for Industrial Control Systems (ICS)
Environment for research projects of the European
Programs
Environment for validation of the future systems that will be
installed at IEC premises
Environment for validation of cyber security technologies
and policies
Environment for design and validation of new innovative
projects in cooperation with Israel government
4
Smart grid Critical Infrastructure
5
HEDVa Configuration
6
Power Generator Emulator
7
Substation Emulation
8
Distribution Emulation
9
Smart Home (1)
10Smart Home (2)
11Data Repository
12ATENA Validation and Demonstration System(1)
13ATENA Validation and Demonstration System(2)
14ATENA Validation and Demonstration System
15ATENA Integrated Use Case (1)
16ATENA Integrated Use Case (2)
ROMA3
ATENA’s MODEL
Of the Use Case
ITrust
ENEA OPC
SWDE memory Share
CI
Leonardo
UC
MULTITEL OPC
Water CI memory Share CRAT
Cimplicity Data Repository Operational MODBUS
DB OPC Files 2x Field 3x
IEC HEDVa
legend Elctrical grid + Gas CI
To be done
done
17ATENA Integrated Use Case (3)
Under implementation by IEC
Under implementation by Multitel
RAO C++ application on PC
model(s)
RAO model
Communicator
(ECI, WCI...) PLC
(ECI)
OPC
C++
variables
Simulation
model(s)
Messages Windows
WM_COPYDATA
Connection PC/PLC
18ATENA Use Case Example
Domains involved in the case
Gas Pressure
PRMS
Gas Flow
Diesel Generator
LOAD(Active&Reactive Power)
Frequency Distribution system
Voltage
POWER STATION
OVERLOAD
Normal operation
single generator of diesel-generator
and distribution Start Event: The LOAD of the consumer has increased
system without
spare energy The LOAD > Nominal load
End Event: Gas flow
increased
PRMS
source YES
NO
Diesel
NO generator PRMS
LOAD shedding is ready
to work Gas Flow=0
YES YES End Event:
Frequency protection Disconnection of
worked the generator
main switch
Power outage
End Event: Return to Distribution system
normal
Operation
End Event: Emergency
stop of
Diesel diesel
generator generator
Is NOT
READY
towork 19ATENA Use Case Demonstrating Cyber Attack
20Main Results
Deliverables
D7.1 Validation Plan, M18 (R)
D7.2 Validation System Implementation and Aggregation (Interim Report), M24 (R,
DEM)
D7.3 Demonstration of the ATENA Prototype (Interim DEM) ), M24 (R, DEM)
D7.4Validation System Implementation and Aggregation (Final Report), M36 (R, DEM)
D7.5 Final ATENA prototype validation and evaluation of validation results (Final
report), M36 (R, DEM)
21Thank you for your attention
You can also read
