ICS/SCADA Program
Why ICS/SCADA Cybersecurity?
You will learn powerful methods to analyze the risk of both the IT and corporate network. Once your foundation has been set, you will look at the best practices and recommendations when it comes to bridging the air gap. You will learn a systematic process of intrusion and malware analysis. Once you have the process for analysis mastered, you will be introduced to the digital forensic process and how to respond to incidents when a breach is detected.
Course Outline
- IT Security Model
ICS/SCADA Security Model
LAB: Security Model
- Security Posture
- Risk Management in ICS/SCADA
- Risk Assessment
- Defining Types of Risk
- Security Policy
LAB: Allowing a Service
- Introduction and Overview
- Introducing TCP/IP Networks
- Internet RFCs and STDs
- TCP/IP Protocol Architecture
- Protocol layering Concepts
- TCP/IP layering
- Components of TCP/IP Networks
- ICS/SCADA Protocols
LAB: TCP/IP and ICS/SCADA Protocols
- Review of the Hacking Process
- Hacking Methodology
- Intelligence Gathering
- Footprinting
- Scanning
- Enumeration
- Identify Vulnerabilities
- Exploitation
- Covering Tracks
LAB: Hacking ICS/SCADA Networks Protocols
- How ICS/SCADA are targeted
- Study of ICS/SCADA attacks
- ICS/SCADA as a high value target
- Attack methodologies in ICS
- Challenges of Vulnerability Assessment
- System Vulnerabilities
- Desktop Vulnerabilities
- ICS/SCADA Vulnerabilities
- Interpreting Advisory Notices
- CVE
- ICS/SCADA Vulnerability Sites
- Lifecycle of A vulnerability and Exploit
- Challenges of Zero-day Vulnerability
- Exploitation of a vulnerability
- Vulnerability Scanners
- ICS/SCADA Vulnerability Uniqueness
- Challenges of Vulnerability Management within ICS/SCADA
LAB: Vulnerability Assessment
- Prioritizing vulnerabilities
- CVSS
- OVAL
LAB: Vulnerability Severity
- ISO 27001
- ICS/SCADA
- NERC CIP
- CFATS
- ISA99
- IEC 62443
- NIST SP 800-82
- Physical Security
- Establishing policy – ISO roadmap
- Securing the protocols unique to the ICS
- Performing a vulnerability assessment
- Selecting and applying controls to mitigate risk
- Monitoring
- Mitigating the risk of legacy machines
- Do you really want to do this?
- Advantages and disadvantages
- Guard
- Data Diode
- Next Generation firewalls
Deploying event monitoring to mitigate the risk to the ICS
Implementing strong authentication
- What IDS can and cannot do
- Types IDS
- Network
- Host
- Network Node
- Advantages of IDS
- Limitations of IDS
- Stealthing the IDS
- Detecting intrusions
LAB: Intrusion Detection
- Log analysis
- ICS Malware analysis
LAB: ICS Malware Analysis
- Essential malware mitigation techniques
- ICS/SCADA Network Monitoring
- ICS/SCADA IDS
Case Study: Configuring essential rules within ICS/SCADA
Who is it for?
This course is specially designed for IT professionals who are involved in managing or directing their organization’s IT infrastructure and who are responsible for establishing and maintaining information security policies, practices and procedures. The focus in the course is on the Industrial Control Systems (ICS) and Supervisory Control and Data Acquisition (SCADA) Systems.
Job Roles
- SCADA Systems Personnel
- Business System Analysts Who Support SCADA Interfaces
- System administrators, engineers and other IT professionals when administering, patching, securing SCADA and/or ICS
- Security consultants when performing security assessments of SCADA and/or ICS
