Self-healing Architectures based on context DEpendent adaptive Software Agents (SADESA) – an extension of EU-IST Project SAFEGUARD DeSIRE Workshop Pisa,

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Presentation transcript:

Self-healing Architectures based on context DEpendent adaptive Software Agents (SADESA) – an extension of EU-IST Project SAFEGUARD DeSIRE Workshop Pisa, November 2002 Sandro Bologna, ENEA

Safeguard Project Presentation - November 2002 Pisa An overview of the SAFEGUARD Project Aims to enhance the survivability of Large Complex Critical Infrastructures (LCCIs) developing a middleware that implement the concepts of Self-healing Architectures. It will use electricity networks and telecommunications networks as practical examples of LCCIs. The aim is to produce a generic solution that can be adapted for other forms of LCCI. Started December 2001, ends May 2004

Safeguard Project Presentation - November 2002 Pisa Assumptions in the SAFEGUARD Project Safeguard is based on the assumptions that: Large Complex Critical Infrastructures are too complex to be protected solely by the existing generic SCADA Systems based on “conventional” technology LCCIs does not evolve dynamically Agent technology is a very effective way to implement the concepts of Self-healing Architectures and increase the survivability of LCCIs faced with: Failure Accidents Attacks

Safeguard Project Presentation - November 2002 Pisa ‚ - human organisation node - physical network node - control & information flows network node - SAFEGUARD network node ‚ ‚ ‚ ‚ ‚ ‚ ‚

Safeguard Project Presentation - November 2002 Pisa Protection agents Self-healing agents Control agents Vulnerability Assessment agents Reconfiguration agents Event Identification agents Planning agents Fault Isolation agents STRATEGIC LAYER PLANNING LAYER REACTIVE CONTROL LAYER PROPRIETARY CONTROL SYSTEM

Safeguard Project Presentation - November 2002 Pisa VIRUS CHECKER IDS DIAGNOSIS SOFTWARE ANOMALY DETECTION Increase sensitivity Add diagnosis Add virus definition Add attack signature Wrapper agent Action agent Correlation agent High-level agent at the top of the anomaly detecting hierarchy Topology Agent Negotiation agent STATE ESTIMATOR Ignore data Roles and interrelations between SAFEGUARD agents

Safeguard Project Presentation - November 2002 Pisa CyberLayer OrganisationalLayer Intra-dependency Inter-dependency WHY CONTEXT DEPENDENT ADAPTIVE AGENTS PhysicalLayer Structural Complexity Network Evolution Node Diversity Connection Diversity Dynamical complexity System misuse

Safeguard Project Presentation - November 2002 Pisa NEW R&D SUBJECTS SELF-HEALING ARCHITECTURES BASED ON CONTEXT DEPENDENT ADAPTIVE SOFTWARE AGENTS (SADESA) TO DEVELOP APPROPRIATE ARCHITECTURES DEPLOYING ON LINE CONTEXT-DEPENDENT NETWORK AGENTS THAT ADAPT TO EVENTS AND SURRONDINGS, ACTING BOTH COMPETITIVELY AND COOPERATIVELY FOR THE GOOD OF THE ENTIRE SYSTEM

Safeguard Project Presentation - November 2002 Pisa SADESA