Critical Infrastructure and Control System Cybersecurity
Excellent course allowing you to get hands-on with ICS in a fun and understandable learning environment.
Hands on training is the true test of what you've learned. Understanding the real life implementation is critical.
Daniel Williams, Imperial Oil
Critical Infrastructure Control System Cybersecurity Course Description
This course is an intermediate to advanced course covering control system cybersecurity vulnerabilities, threats and mitigating controls. This course will provide hands-on analysis of control system environments allowing students to understand the environmental, operational and economic impacts of attacks like Stuxnet and supporting mitigating controls.
- Hands-on environment (PLC, HMI, Network Communications, Backtrack)
- Operational, Cyber and Physical Protective Solutions
- Kits provided and used by pods of two attendees (Laptop, Customized I/O Trainer, PLC, HMI, communications infrastructure, CYBATIFIED Backtrack)
Attendee Laboratory Training Kit Details
- Allen Bradley (AB) MicroLogix and Siemens S7 PLC
- SCADA and DCS Communication Configuration and Analysis
- Configurable COTS OPC/HMI (Displays, Tags, Communication Protocols)
- PLC Ladder-Logic Programming using AB RSLogix and Siemens Simatic Step 7
- CYBATIFIED Backtrack Virtual Machine
Hands-on Critical Infrastructure Control System Cybersecurity 5-Day Course
Roadmap and Overview
Course Ethics and General Security Awareness
Critical Infrastructure Control System Cybersecurity Background
- Brief History of Critical Infrastructure and Control Systems
- Risk Management (Threats, Vulnerabilities and Exploits)
- Laboratory: Training Kit Orientation and Setup
Control System Cyber Architecture and Device Programming
- Control System Cyber Architecture Components
- Programmable Logic Controllers, Ladder Logic, Points and OPC/HMI
- Laboratory: Introduction to Programmable Logic Controllers, Ladder Logic, Communications and OLE for Process Control (OPC) / Human Machine Interface (HMI) Programming
Cyber Asset Vulnerability Assessments
- Case Study Review and Analysis (e.g. Bellingham Gas Pipeline; BP Texas Refinery; Washington DC Metro)
- ICS-CERT Vulnerability Notification Review and Analysis
- Open Source Intelligence (OSINT)
- Cyber, Physical and Operational Security Assessments
- Cyber Toolsets
- Laboratory: PLC Vulnerability Assessments
- Laboratory: Analyze and develop control system oriented Metasploit modules
- Laboratory: Mock Environment Analysis (e.g. Robotic Arm, Traffic Lights, Heavy Rail)
Automation Technologies Attack Surface and Mitigations
- Programmable Logic Controller Analysis
- Mitigating Controls
- Laboratory: PLC Exploit Analysis and Control
- Analyzing Control System IEDs
- Laboratory: Applied IED Security Analysis
Communications Attack Surface and Mitigations
- General Communications Protocol Analysis
- DNP3, IEC Variants, ICCP, Modbus Specific Protocol Analysis
- Vulnerabilities and Exploits
- Analyzing Wireless in Control Systems
- Mitigating Controls
- Laboratory: Communications Exploit Analysis and Control
- Laboratory: Protocol Spoofing and Fuzzing
- Laboratory: Industrial Wireless (802.11, 900 Mhz, GPRS and Zigbee) Analysis
OLE for Process Control / Human Machine Interface Attack Surface and Mitigations
- OPC / HMI Analysis
- Mitigating Controls
- Laboratory: OPC/HMI Exploit Analysis and Control
Integrated Defense in Depth Security Controls
- Layered Operational, Cyber and Physical Controls
- Forensics and attribution in control systems
- Performing Physical-Cyber-Operational Assessments and Penetration Tests
- Laboratory: Automation Technology Exploration and Vulnerability Assessments
- Situation Awareness and Incident Response
- Laboratory: Simulated Power Grid Control System Environment Attack and Defend
What material is covered during the course?
- Brief history of critical infrastructure and control systems
- Control system risk management (Threats, Vulnerabilities and Exploits)
- Surveying your attack surface; fingerprinting control system components and communications inside your organization
- Introduction to programmable logic controllers, function block diagrams, ladder logic, points/tags, communications and OLE for process control (OPC) / Human Machine Interface (HMI) programming
- Sensor and actuator design analysis using customizable I/O control system trainer units
- Performing physical-cyber-operational assessments and penetration tests
- Hardware hacking networks, mice, technician PLC/PAC USB cables and more within control systems using a Teensyduino++, Arduino and Netduino Plus
- Analyze small scale mock control system environments
- AB PCCC, Ethernet/IP, DNP3, IEC Variants, ICCP, Modbus communication protocol analysis
- Secure remote access solutions; Architecture and operations for administrative and operations remote access
- Integrating and monitoring layered operational, cyber and physical controls
- Simulated power grid control system red team / blue team exercise
What are the security risks of Control System components, communication protocols and operations?
Whether the Control System is automating an industrial facility or a local amusement park roller coaster, the system was designed to operate in a physically, cyber and operationally secure domain. This domain extends throughout the facility using a combination of Programmable Logic Controllers, Programmable Automation Controllers, embedded logic controllers, Remote Terminal Units, as well as Human Machine Interfaces interlinked with one or a variety of SCADA systems and communication protocols across local and long distance geographic regions. The risks vary from simple eavesdropping or electronic denial of service to more sophisticated asset misuse and destruction. To further compound the challenge, today there are not enough professionals with security skills to sufficiently deter, detect and defend active threats against our critical infrastructure's control systems.
How can we progress from Control System security policy development to design, deployment, and assessment?
This course was designed to help organizations struggling with control system cybersecurity by equipping personnel with the skills needed to design, deploy, operate, and assess a control system's cybersecurity architecture. The course begins by quickly describing the risks and then introducing the participants to a customizable actuator and sensor control system trainer and programmable logic environment. This automation programming analysis creates the platform to identify logic flaws that combined with active cyber, physical, and operational procedures may lead to increased risk. The participants then utilize this knowledge to analyze the control system architecture through cyber, physical and operational risks including:
Control System component engineered, programmed and firmware logic flaws
Wired and wireless communication protocol analysis
Physical, cyber and operational procedures
Deterrence, detection and response to threats
The participant's knowledge is challenged through non-kinetic and kinetic analysis associated with common industry components as well as red team/blue team exercises of both physical and simulated control system environments such as Traffic Lights, Chemical Storage and Mixing, Pipelines, Robotic Arms, Heavy Rail and Power Grids.
What is critical infrastructure Control System cybersecurity?
Control Systems (Local, Distributed and SCADA systems) are used throughout the world to automate common processes. These systems need to provide reliable and safe automation for such critical infrastructures as the Bulk Electric System (BES), natural gas, oil, transportation, chemical, mining, fresh water/waste water, manufacturing, food, and defense. The critical necessities for both government and its people to survive are automated using industrial control systems. In the past decade, advances in technology have added automation that has intertwined of these systems with the Internet, wireless, business networks and traditional hardware and communications protocols. Many Control Systems (CSs) are in some way electronically connected to networks of less trust, potentially even a slight distance away from the Internet. These CSs typically use vulnerable communication protocols. Many even use TCP/IP and in specific situations, common off-the-shelf hardware and chipsets. It is paramount to the safety of our society to sufficiently understand the architecture of and protect these critical systems.
SANS Hosted are a series of classes presented by other educational providers to complement your needs for training outside of our current course offerings.
Each team of two participants (a Pod) are provided training kits containing all hardware and software necessary for the course: a laptop, PLC programming software, HMI software, customizable actuator/sensor training unit, communications network and cabling, external wireless card, teensyduino++, customized Backtrack platform. The participant is not required to bring any technology to the class; however, the participant may use their own analysis tools.
If you have additional questions about the laptop specifications, please contact email@example.com.
|Who Should Attend|
The class establishes a high-level understanding of Control System cybersecurity valuable to a wide-range of professionals, whether directly in the field or responsible for compliance. The class also dives into a great deal of real-world cybersecurity applications and satisfies those who need or want to understand the inner-workings of the systems as well as the programming behind industrial automation. Therefore, the class is applicable to:
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