Course

Unit 1

An overview of an industrial control system-the industrial control system architecture-the purdue model for industrial control systems- industrial control system communication media and protocols Industrial control system history- modbus and modbus TCP / IP – Profinet-Common IT protocols found in the ICS- Anatomy ICS attack scenario – Attacks-consequences-Risk assessment- Backend protocols-advanced metering infrastructure and smart grid- Industrial protocol simulators.

Unit 2

The converged plant wide Enterprise-The safety zone-the manufacturing zone-the enterprise zone-the CPwE industrial network security framework- Physical ICS security-ICS network security-ICS computer security-ICS Application security-ICS Device security – The ICS cyber security program development process. Introduction to industrial networking- common topologies- network segmentation-network services- Wireless networks-Remote access – performance considerations-safety instrumented systems-special considerations.

Unit 3

Consequences of successful cyber incident-cyber security and safety-common industrial targetscommon attack methods- Attack trends-industrial application layer attacks. Cyber security and risk management-methodologies for accessing risk within industrial control system-system characterization-threat identification-vulnerability identification-risk classification and ranking-risk reduction and mitigation. Cyber physical systems – Safety and security of cyber physical systems- Cyber-attacks and measures in cyber-physical systems – Cyber risks in industrial control systems – Costing security solutions -NERC CIP-CFATS-ISA/ IEC62443-mapping Industrial network security to compliance.

Course Objectives

• Provide fundamental knowledge on cloud based manufacturing, security challenges and risks associated with different cloud deployment models along with technologies necessary to protect manufacturing systems.
• Provide working knowledge of using different data mining techniques to identify cyber threats to a manufacturing system.
• Enable students to detect and prevent system intrusion, improve defense against targeted attacks and incident response, master modern technologies for security of machine tool systems and cyber-physical systems.

Course Outcomes

Skills Acquired

Knowledge on security threads, design of CPS with network security features.

1. Pascal Ackerman, “Industrial Cyber security-Efficiently secure critical infrastructure systems”, Packt Publishing Ltd., Bringham, 2017.
2. Eric Knapp and Joel Thomas Langill, “Industrial Network Security- Securing Critical Infrastructure Networks for smart Grid, SCADA, and other Industrial Control Systems” Syngress is an Imprint of Elsevier, 2015.
3. Lihui Wang, Xi Vincent Wang, “ Cloud-Based Cyber –Physical systems in Manufacturing”, Springer Nature, 2018
4. Edward J.M. Colbert and Alexander Kott, “Cyber-Security and SCADA and other Industrial control Systems” Springer International Publishing AG Switzerland,2016