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IRRIIS -FP6-2005–IST-4 EC -LO GO Introduction to IRRIIS MIT Add-On Components Middleware Improvement Technology fo Interdependent Critical Infrastructu 08 February 2007, Rome Giordano Vicoli

Introduction to IRRIIS MIT Add-On Components Middleware Improvement Technology for Interdependent Critical Infrastructure 08 February 2007, Rome Giordano

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Page 1: Introduction to IRRIIS MIT Add-On Components Middleware Improvement Technology for Interdependent Critical Infrastructure 08 February 2007, Rome Giordano

IRRIIS- FP6-2005–IST-4

EC - LOGO

Introduction to IRRIIS MIT Add-On Components

Middleware Improvement Technology for Interdependent Critical Infrastructure

08 February 2007, Rome

Giordano Vicoli

Page 2: Introduction to IRRIIS MIT Add-On Components Middleware Improvement Technology for Interdependent Critical Infrastructure 08 February 2007, Rome Giordano

IRRIIS

Summary

Introduction to MIT Identifying MIT Add-On Components Description of MIT Add-On Components

Page 3: Introduction to IRRIIS MIT Add-On Components Middleware Improvement Technology for Interdependent Critical Infrastructure 08 February 2007, Rome Giordano

IRRIIS

MIT Introduction

MIT is a software system aiming at enhancing the availability, survivability and the resilience of LCCIs by mitigating dependency and interdependency effects.

Communication Components. Add-On Components. Other software resources (Databases,GUI,

Configuration Files, Run-Time Environment, etc.)

Page 4: Introduction to IRRIIS MIT Add-On Components Middleware Improvement Technology for Interdependent Critical Infrastructure 08 February 2007, Rome Giordano

IRRIIS

MIT System

Add-On

Components

Communication

Components

Other resources

LCCI

MIT System

SCADA SYSTEM LOG Files DataBases

LCCI resources

Page 5: Introduction to IRRIIS MIT Add-On Components Middleware Improvement Technology for Interdependent Critical Infrastructure 08 February 2007, Rome Giordano

IRRIIS

MIT Communication Components

A single MIT System doesn’t make sense if it can’t communicate with other MIT Systems installed on other LCCIs.

Communication Components are in charge of exchanging data and information with other MIT Systems installed on other LCCIs.They are the same for each LCCI.

Page 6: Introduction to IRRIIS MIT Add-On Components Middleware Improvement Technology for Interdependent Critical Infrastructure 08 February 2007, Rome Giordano

IRRIIS

MIT Communication

Add-On

ComponentsCommunication

Components

Other resources

LCCI 1

Add-On

ComponentsCommunication

Components

Other resources

LCCI 2

Page 7: Introduction to IRRIIS MIT Add-On Components Middleware Improvement Technology for Interdependent Critical Infrastructure 08 February 2007, Rome Giordano

IRRIIS

MIT Communication

Add-On

ComponentsCommunication

Components

Other resources

LCCI 1

Add-On

ComponentsCommunication

Components

Other resources

LCCI 2

Add-On

ComponentsCommunication

Components

Other resources

LCCI 3

Page 8: Introduction to IRRIIS MIT Add-On Components Middleware Improvement Technology for Interdependent Critical Infrastructure 08 February 2007, Rome Giordano

IRRIIS

MIT Add-On Components

They can be several. Collect and process internal data and information. They will implement different algorithms according

to the LCCI where they are installed and to the data they have to process.

Perform analysis and diagnosis useful for the LCCI where they are installed.

Process data coming from other LCCI in order to allow the operator preventing potential cascading effects.

Page 9: Introduction to IRRIIS MIT Add-On Components Middleware Improvement Technology for Interdependent Critical Infrastructure 08 February 2007, Rome Giordano

IRRIIS

Identifying Add-On Components

Possible incidents

Classes of functions

Add-On Components

Requirements

Goal

Page 10: Introduction to IRRIIS MIT Add-On Components Middleware Improvement Technology for Interdependent Critical Infrastructure 08 February 2007, Rome Giordano

IRRIIS

Identifying Add-On Components

The goal of each LCCI:maintain proper state and deliver the expected services in all circumstances.

Probable causes of severe incidents are:– extraordinary natural conditions (floods, eartquake,..)– human errors– malicious attacks

Page 11: Introduction to IRRIIS MIT Add-On Components Middleware Improvement Technology for Interdependent Critical Infrastructure 08 February 2007, Rome Giordano

IRRIIS

Identifying Add-On Components Incidents

Extraordinary natural conditions:– Against this type of events the keyword is cooperation.– Mutual support between LCCIs is always needed.– Add-On Components should support consultation and

coordinate actions between neighbouring systems for the establishment of effective mitigation measures, as well as early warning notification of coming threat.

Page 12: Introduction to IRRIIS MIT Add-On Components Middleware Improvement Technology for Interdependent Critical Infrastructure 08 February 2007, Rome Giordano

IRRIIS

Identifying Add-On Components Incidents

Human errors– Simple situation: Add-On Components should provide

automatic reaction.– Complex situation: Add-On Components should support

the operator for emergency handling. Malicious attacks

– They include cyber attacks and malicious operation.– Add-On Components should improve security by

preventing or at least detecting them as early as possible.

Page 13: Introduction to IRRIIS MIT Add-On Components Middleware Improvement Technology for Interdependent Critical Infrastructure 08 February 2007, Rome Giordano

IRRIIS

Identifying Add-On Components Requirements

DETECT AS EARLY AS POSSIBLE the anomalous status and NOTIFY it to the dependent infrastructures.

PROVIDE EARLY WARNING of deteriorating system conditions so operators can take corrective actions.

Prevent incident to AVOID cascading effects on dependent infrastructures.

Page 14: Introduction to IRRIIS MIT Add-On Components Middleware Improvement Technology for Interdependent Critical Infrastructure 08 February 2007, Rome Giordano

IRRIIS

Identifying Add-On Components Requirements

ESTIMATE the probability of disrupt of his own LCCI and NOTIFY to the dependent infrastructures.

ASSESS THE own infrastructure RISK due to information about neighbouring status.

HANDLE THE EMERGENCY if needed by negotiating coordinate actions

Page 15: Introduction to IRRIIS MIT Add-On Components Middleware Improvement Technology for Interdependent Critical Infrastructure 08 February 2007, Rome Giordano

IRRIIS

Identifying Add-On Components Classes of functions

Previous requirements allows to identify the following Classes of Functions:– Internal assessment.– Risk assessment.– Emergency management.

Page 16: Introduction to IRRIIS MIT Add-On Components Middleware Improvement Technology for Interdependent Critical Infrastructure 08 February 2007, Rome Giordano

IRRIIS

Identifying Add-On Components Classes of functions

Internal assessment (situation awareness about home LCCI)– to provide early warning of deteriorating system

conditions and enable the operator to take corrective actions and to prevent an incident.

– to help the operator to be more aware about the internal status of the system.

Page 17: Introduction to IRRIIS MIT Add-On Components Middleware Improvement Technology for Interdependent Critical Infrastructure 08 February 2007, Rome Giordano

IRRIIS

Identifying Add-On ComponentsClasses of functions

Risk assessment (situation awareness about home LCCI and neighbouring LCCIs)– to correlate the internal status of the LCCI with the status

of neighbouring LCCIs.– to estimate the probability of occurrence of undesirable

event based on both internal and neighbouring status.

Page 18: Introduction to IRRIIS MIT Add-On Components Middleware Improvement Technology for Interdependent Critical Infrastructure 08 February 2007, Rome Giordano

IRRIIS

Identifying Add-On ComponentsClasses of functions

Emergenecy management (computer supported systems to manage the emergencies)– to support the operator during an emergency.– to support the local LCCI operator in the negotiation

process with operators of the neighbouring LCCIs during an emergency.

Page 19: Introduction to IRRIIS MIT Add-On Components Middleware Improvement Technology for Interdependent Critical Infrastructure 08 February 2007, Rome Giordano

IRRIIS

Page 20: Introduction to IRRIIS MIT Add-On Components Middleware Improvement Technology for Interdependent Critical Infrastructure 08 February 2007, Rome Giordano

IRRIIS

Add-On Components

Internal Assessment– Tool to extract LCCI functional status

Risk Assessment– Risk Estimator– Data Miner from Incident DataBase

Emergency Management– Assessment of cascading/escalating effects– Display of Emergency Management Procedures– Negotiator

Page 21: Introduction to IRRIIS MIT Add-On Components Middleware Improvement Technology for Interdependent Critical Infrastructure 08 February 2007, Rome Giordano

IRRIIS

Add-On Components

Internal Assessment– Tool to extract LCCI functional status

A tool able to interface with existing tools and merge their output in order to have a clear and complete picture taking into account various functional status.

This Add-On Component is mandatory to provide information to dependent LCCIs.

This Add-On Components should interface with SCADA Systems and other LCCI components.

Page 22: Introduction to IRRIIS MIT Add-On Components Middleware Improvement Technology for Interdependent Critical Infrastructure 08 February 2007, Rome Giordano

IRRIIS

Add-On Components

Risk Assessment– Risk Estimator

This Add-On Components will estimate immediate risk and potential cascading effects taking into account real time info on internal assessment, other LCCI status and other information.

– Data Miner from Incident DataBase This Add-On Components could be useful to exploit stored

experience and identify if current situation has some similarity with one of precondition which led to a disrupt of operation in the past.

Page 23: Introduction to IRRIIS MIT Add-On Components Middleware Improvement Technology for Interdependent Critical Infrastructure 08 February 2007, Rome Giordano

IRRIIS

Add-On Components

Emergency Management– Assessment of cascading/escalating effects

This Add-On Component should show the direct and indirect effects of actions and evaluate cascading or escalating effects in own and dependent LCCI.

– Display of Emergency Management Procedures This Add-On Component should identify if on-going

contingency has any match in the preconditions of any procedure and then prompt the relevant procedure. If no match is found this tool should work out emergency management plans by intelligent adaption of existing procedures from all the available sources.

Page 24: Introduction to IRRIIS MIT Add-On Components Middleware Improvement Technology for Interdependent Critical Infrastructure 08 February 2007, Rome Giordano

IRRIIS

Add-On Components

Emergency Management– Negotiator

This Add-On Components should agree or negotiate contingency plans with dependent LCCIs. It also could be used to verify some assumptions about neighbouring LCCI status.

Page 25: Introduction to IRRIIS MIT Add-On Components Middleware Improvement Technology for Interdependent Critical Infrastructure 08 February 2007, Rome Giordano

IRRIIS

InformationPublisher

(FhG-IAIS)

InformationSubscriber &

Reader(FhG-IAIS)

InformationFiltering

(VTT)

Tool to extract LCCI functional status

(ENST)

SCADADSA SSA

MIT GUI

Operator

LCCI 1 LCCI 2 LCCI 3

Risk estimator(ENEA)

Data Mining from incident DB

(ENEA)

Display of Emergency Management Procedures(IABG-SIEMENS-AIA)

Assessment of cascading or escalating

effects(IABG-SIEMENS-AIA)

Negotiator(IABG-SIEMENS-AIA)

LCCI 4

Subs

crip

tion G

et Data