Browse > Article
http://dx.doi.org/10.13089/JKIISC.2016.26.5.1323

Study on Minimum Security Requirement Using Risk Priority Number(SFRPN) for Secure Smart Factory  

Yi, Byung-gueon (Chonnam National University)
Kim, Dong-won (Korea University)
Noh, Bong-nam (Chonnam National University)
Abstract
According to spreading of smart devices and development of communication technology, the security issues come to the fore in the modern factory. Especially, the smart facpry should be considered the risk management plan how to identify and evaluate, control the risks. In this paper, we suggest the minimum security requirements applying SFRPN(Smart Factory Risk Priority Number) model to domestic smart factory on the basis of the results inspecting factories.
Keywords
smart factory security; smart manufacture security;
Citations & Related Records
Times Cited By KSCI : 1  (Citation Analysis)
연도 인용수 순위
1 Jin-woo Park, "Government policies and Achievements on Smart Factory," Industrial Engineering Magazine, 23(1), pp. 13-17, Mar. 2016.
2 Yong-woon Kim besides 3, "International and Domestic standardization for Smart Factory," The Journal of The Korean Institute of Communication Sciences, 33(1), pp. 30-36, Dec. 2015.
3 Jeong-cheol Lee, "The diagnostic model and Practical using plan for Smart Factory," Korean Institute of Industrial Engineers, pp. 2105-2127, Nov. 2015.
4 Jeong-cheol Lee, "Industry classification System and Driving direction related to Smart Factory," Korean Institute of Industrial Engineers, pp. 1493-1515, Apr. 2016.
5 Jong-man Park, "Technology and Issue on Embodiment of Smart Factory in Small-Medium Manufacturing Business," The Journal of The Korean Institute of Communication Sciences, 40(12), pp. 2491-2502, Dec. 2015.   DOI
6 KATS, Standardization Roadmap for Smart Factory, Dec. 2015.
7 KATS, Smart Manufacturing Standardized Framework, Dec. 2015
8 Deok-gi Kim, "Smart Factory Part I, Basic concepts and Structures," KS proposed by KATS, Dec. 2015.
9 ICS-CERT, Industrial Control Systems Cyber Emergency Response Team Report 2015, 2015.
10 IEC 60812, "Analysis techniques for system reliability-Procedures for failure mode and effect analysis(FMEA)," IEC, Second edition, Jan, 2006.
11 FMECA, "Failure mode, effects and criticality analysis," FMECA MIL-P-1629, Jan. 2007.
12 Young-jae Choi, "Risk Evaluation Model for FMEA," Korean Institute of Industrial Engineers, pp. 586-595, Nov. 2012.
13 ISO/IEC 27002:2013, "Code of practice for information security controls," ISO/IEC, 2013.
14 ISO/IEC 61508, "Functional Safety of Electrical/Electronic/Programmable Electronic Safety-related Systems (E/E/PE, or E/E/PES)," IEC, 1999.
15 The Stuxnet Wiki, "https://sites.google.com/site/thestuxnetwiki/"
16 IEC 62443-3-3, "Industrial communication networks-Network and system security-Part 3-3: System security requirements and security levels," IEC, Part 3-3, Aug, 2013.
17 FireEye, 2016 Industrial Control Systems Vulnerability Trend Report, Aug. 2016.
18 SANS, "The Impact of Dragonfly Malware on Industrial Control Systems," SANS Institute InforSec Reading Room, Jun, 2016.
19 Teemu M, "3 KEY LEARNINGS : Ransomware Hits A Concrete Manufacturer," F-Secure, Apr, 2015.
20 Vermont Manufacturing Extension Center, "Ransomware on the Rise in Regional Manufacturers," Vermont Manufacturing Extension Center, Apr, 2016.
21 Jp Buntinx, "Toy Manufacturer Website Spreads Crypto-ransomware Through Joomla," Bitcoinist.net Cryptocurrency Reviews And Technology, Apr, 2016.
22 Bill McGee, "Move over Healthcare, Ransomware Has Manufacturing In Its Sights," FORTINET, Jun, 2016.
23 KnowBe4, "Survey : Rising Concern Over Ransomware," Manufacturing Business Technology, Jul, 2016.
24 NIS, "2015 National Information Security White Paper," NIS, Apr, 2015.