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Poster Session I : Next Generation Computing Applications I

A Quantitative Evaluation Framework for the Quality of cyber-attack Scenarios for Exercise in Industrial Control System

초록

영어

The Industrial Control System (ICS) is an environment composed of control systems and field devices used to automate industrial processes. With the technological development of the 4th Industrial Revolution, as the connection between the ICS and the external network expands, the risk of exposing cyber threats to the facilities is increasing. Accordingly, cyber-attack response exercises are being implemented around the world using cyber-attack scenarios. A lot of studies are being conducted on evaluating cyber-attack response exercises as well. However, most studies focus only on evaluating the performance of response activities rather than evaluating the cyber-attack scenarios used for these exercises. Our research presents a quantitative evaluation framework to evaluate the quality of cyber-attack scenarios used in cyber-attack response exercises. Our proposed framework consists of a total of 2 stages and determines whether to use the cyber-attack scenario for cyberattack response exercise.

목차

Abstract
I. INTRODUCTION
II. RELATAED RESEARCH
III. PROPOSED FRAMEWORK
A. Overview
B. Evaluation Items
C. Step 1: Discussion of Plan for Exercise and Evaluation
D. Step 2: Creation and Evaluation of Cyber Attack Scenario for Exercise
IV. EVALUATION
A. Comparative Study
B. Case Study
V. CONCLUSION
ACKNOWLEDGMENT
REFERENCES

저자정보

  • HeeWon Choi dept. Information Security Gachon University
  • Seungho Jeon dept.Computer Engineering (Smart Security) Gachon University
  • Jung Taek Seo dept.Computer Engineering (Smart Security) Gachon University

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