'Intrusion tolerance' diaporamas de présentation

Probabilistic Validation of Computer System Survivability

Probabilistic Validation of Computer System Survivability. William H. Sanders University of Illinois at Urbana-Champaign whs@uiuc.edu www.iti.uiuc.edu. HIGH. INNOVATION PLANNING STEALTH COORDINATION. LOW. Defending Against a Wide Variety of Attacks. Economic intelligence.

673 views • 58 slides

Arun Sood Task Technologies Ltd {Professor & Chair, CS, GMU}

Self Cleansing Intrusion Tolerance ( SCIT) for Computing and Communications Critical Infrastructure Protection. Arun Sood Task Technologies Ltd {Professor & Chair, CS, GMU} Work done with Yih Huang, Asst Prof, CS, GMU Patent applied for by GMU. Overview. Context of the problem

614 views • 54 slides

630 views • 50 slides

Self Cleansing Intrusion Tolerance: An Approach for Increasing Security and Availability

Self Cleansing Intrusion Tolerance: An Approach for Increasing Security and Availability. Arun Sood George Mason University/Computer Science Task Technologies Ltd asood@gmu.edu, 703.347.4494 SCIT Collaborators: Dr Yih Huang, Mr. David Arsenault, Mr. Ravi Bhaskar and Mr. Jeffrey Zeiberg

635 views • 47 slides

Design of an Autonomous Anti-DDOS Network (A2D2)

Design of an Autonomous Anti-DDOS Network (A2D2). Angela Cearns Thesis Defense Thursday October 24, 2002 Master of Software Engineering Department of Computer Science University of Colorado, Colorado Springs. Design of an Autonomous Anti-DDOS Network (A2D2). Author: Angela Cearns

585 views • 40 slides

Design of an Autonomous Anti-DDOS Network (A2D2)

Design of an Autonomous Anti-DDOS Network (A2D2). Angela Cearns Thesis Defense Thursday October 24, 2002 Master of Software Engineering Department of Computer Science University of Colorado, Colorado Springs. Design of an Autonomous Anti-DDOS Network (A2D2). Author: Angela Cearns

412 views • 40 slides

Design of an Autonomous Anti-DDOS Network (A2D2)

Design of an Autonomous Anti-DDOS Network (A2D2). Angela Cearns Thesis Defense Thursday October 24, 2002 Master of Software Engineering Department of Computer Science University of Colorado, Colorado Springs. Design of an Autonomous Anti-DDOS Network (A2D2). Author: Angela Cearns

402 views • 40 slides

SITAR: A Scalable Intrusion Tolerant Architecture for Distributed Services

SITAR: A Scalable Intrusion Tolerant Architecture for Distributed Services. Prof. Kishor S. Trivedi Electrical Engineer Department Duke University, NC. Dr. Feiyi Wang Advanced Networking Research MCNC Research Triangle Park, NC. SITAR Approach Highlights.

423 views • 30 slides

Dependable Intrusion Tolerance

Dependable Intrusion Tolerance. March 2002 Magnus Almgren, Alfonso Valdes SRI International. Acknowledgements

389 views • 29 slides

A Comprehensive Approach for Intrusion Tolerance Based on Intelligent Compensating Middleware

385 views • 23 slides

Intrusion Tolerance : The Killer App for BFT (?)

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Security Codesign

Security Codesign. Steve Dawson and Victoria Stavridou Bruno Dutertre, Josh Levy, Bob Riemenschneider, Hassen Saidi, Tomas Uribe System Design Laboratory SRI International OASIS PI Meeting, Santa Rosa, CA August 20, 2002. Outline. Objectives Approach Security codesign overview

369 views • 16 slides

Motivation

Motivation. Mission critical applications being developed using CORBA on COTS platforms CORBA Security protects at middleware level, but applications vulnerable to O/S and network attacks Fault Tolerant CORBA does not protect against malicious faults. Technical Objectives.

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Intrusion Tolerance by Unpredictable Adaptation (ITUA)

229 views • 13 slides

Third Generation Security (3GS)

Third Generation Security (3GS). 13 February 2001 Jaynarayan H. Lala Defense Advanced Research Projects Agency Advanced Technology Office (ATO). Program Structure Drivers. Imperative: Focus technology development to operational systems-driven needs and vulnerabilities Conclusions:

313 views • 12 slides

The CoBFIT Toolkit

HariGovind Ramasamy IBM Zurich Research Laboratory Mouna Seri and William H. Sanders PERFORM Research Group University of Illinois at Urbana-Champaign. The CoBFIT Toolkit. PODC-2007, Portland, Oregon, USA August 14, 2007. Overview. Component-based framework for Intrusion Tolerance

219 views • 11 slides