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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Industrial Control Systems (ICS) Security Fundamentals | 15% | - ICS Architecture and Components
|
| Topic 2: ICS Threats and Vulnerabilities | 25% | - Common ICS Attack Vectors
|
| Topic 3: ICS Network Security | 20% | - Network Security Controls
|
| Topic 4: ICS Risk Management and Assessment | 20% | - Risk Assessment Methodologies
|
| Topic 5: Incident Response and Recovery | 20% | - Business Continuity and Disaster Recovery
|
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NEW QUESTION # 21
Which of the following can an attacker gain by obtaining PLC logic project files for a SCADA system?
Answer: B
Explanation:
Comprehensive and Detailed Explanation From Exact Extract:
PLC logic project files contain the source code and configuration used to program a programmable logic controller (PLC). These files often reveal:
Control logic and operational sequences
Network addressing information
Interconnections between devices and systems
Thus, an attacker with access to these files can infer details about the network architecture (B), including how devices communicate, which protocols are used, and possibly the network topology.
Personnel data (A), firewall rulesets (C), and vendor release schedules (D) are not typically stored within PLC logic projects.
The GICSP framework stresses protecting such engineering artifacts because their compromise can provide an attacker with valuable insight to facilitate targeted attacks on ICS.
Reference:
GICSP Official Study Guide, Domain: ICS Security Architecture & Design
GICSP Training Modules on PLC Security and Engineering Artifacts Protection NIST SP 800-82 Rev 2, Section 5.6 (System and Communication Protection)
NEW QUESTION # 22
What does the following command accomplish?
$ chroot /home/jdoe /bin/bash
Answer: A
Explanation:
The chroot command changes the apparent root directory (/) for the current running process and its children to the specified directory-in this case, /home/jdoe.
This "jails" the shell (bash) into /home/jdoe, limiting file system access to that subtree.
It does not change ownership (A), grant privileges (B or C), but provides a confined environment (sandbox).
GICSP discusses chroot as a containment and security mechanism in ICS system hardening.
Reference:
GICSP Official Study Guide, Domain: ICS Security Operations & Incident Response Linux man pages for chroot GICSP Training on System Hardening and Access Controls
NEW QUESTION # 23
What is the benefit of applying patches and updates to endpoints in an ICS environment?
Response:
Answer: D
NEW QUESTION # 24
You are tasked with gathering threat intelligence to inform a threat modeling exercise for a newly deployed ICS system. Which of the following data sources should be prioritized for collecting relevant intelligence?
(Select all that apply)
Response:
Answer: A,B,D
NEW QUESTION # 25
Which type of device is the following configuration setting from?
deny modbus function write-multiple-holdingregisters
Answer: B
Explanation:
The configuration line denies a specific Modbus function code, which is a command-level filter for industrial protocols.
This type of control is typical of an application firewall (D) designed to understand and filter industrial control system protocols at the application layer.
A network firewall (A) typically filters traffic based on IP addresses, ports, and protocols, but not protocol function codes.
NIDS (B) detects and alerts on suspicious traffic but does not usually enforce blocking rules.
SIEM (C) collects and analyzes logs, not real-time blocking.
GICSP emphasizes the role of application-layer firewalls in protecting ICS protocols like Modbus.
Reference:
GICSP Official Study Guide, Domain: ICS Security Architecture & Design
NIST SP 800-82 Rev 2, Section 5.5 (Application Layer Security)
GICSP Training on ICS Protocol Security Controls
NEW QUESTION # 26
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