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| Section | Objectives |
|---|---|
| ICS Components, Architecture, and Protocols | - ICS Overview and Concepts
|
| ICS Threats, Vulnerabilities, and Risk Management | - Threat Landscape and Threat Modeling
|
| ICS Governance, Policy, and Compliance | - Security Program Development
|
| ICS Incident Response and Recovery | - Recovery and Continuity
|
| ICS Security Architecture and Defense | - Defense-in-Depth Strategies
|
>> Reliable GICSP Exam Question <<
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NEW QUESTION # 66
Which resource includes a standardized categorization of common software vulnerabilities?
Answer: C
Explanation:
The Common Weakness Enumeration (CWE) (A) is a comprehensive list and taxonomy of common software weaknesses and vulnerabilities. It provides standardized names and definitions that help organizations identify and mitigate software security issues.
CVSS (B) is a scoring system used to rate the severity of vulnerabilities but does not categorize them.
CSC (C) refers to Critical Security Controls, a set of best practices, not a vulnerability catalog.
CIP (D) relates to Critical Infrastructure Protection standards, not vulnerability taxonomy.
GICSP includes CWE as an essential resource for understanding and classifying software vulnerabilities within ICS.
Reference:
GICSP Official Study Guide, Domain: ICS Security Governance & Compliance MITRE CWE Website GICSP Training on Vulnerability Management
NEW QUESTION # 67
At which offset of ~/GIAC/memdump/raw/key_13does binwalkindicate is the beginning of the binary file?
Answer: H
Explanation:
In memory forensics and file carving - critical areas in GICSP's Incident Response and Forensic Analysis domain - binwalk is used to analyze binary dumps and identify embedded files or binaries.
Running binwalk against a memory dump file (like key_13) scans for known file signatures or embedded binaries and reports the offset where such content starts.
According to standard GICSP lab exercises, the beginning of the embedded binary in key_13 is at offset
0x5b66.
This offset marks the start of executable or embedded data critical for reconstructing evidence or analyzing malware payloads in ICS environments.
Understanding how to interpret binwalk output and memory offsets helps ICS security professionals identify malicious code hidden within memory dumps.
References:
Global Industrial Cyber Security Professional (GICSP) Official Study Guide, Domains: Incident Response, ICS Protocol Analysis, and Memory Forensics GICSP Training Labs: File Integrity Verification, PCAP Analysis, Binary File Extraction Practical Exercises with openssl, Wireshark, and binwalk Tools
NEW QUESTION # 68
What is a use of Network Address Translation?
Answer: B
Explanation:
Network Address Translation (NAT) is a technique used to hide private IP addresses behind a public IP address (C), providing security benefits by masking internal network structures from external networks. NAT also conserves public IP addresses and allows multiple devices to share a single IP when accessing external networks.
While NAT affects routing and firewall operations, its primary purpose is not to maximize firewall functionality (A), simplify access lists (B), or enable routing (D), although it may indirectly impact these functions.
GICSP training stresses NAT as part of network security design, especially at the boundary between enterprise and ICS networks.
Reference:
GICSP Official Study Guide, Domain: ICS Security Architecture & Design
NIST SP 800-82 Rev 2, Section 5.5 (Network Architecture)
GICSP Training on Network Security Fundamentals
NEW QUESTION # 69
How is a WirelessHART enabled device authenticated?
Answer: B
Explanation:
Comprehensive and Detailed Explanation From Exact Extract:
WirelessHART is a secure, industrial wireless protocol widely used in process control. Its security architecture uses a layered approach including encryption and authentication mechanisms to protect communications.
WirelessHART devices authenticate by first using a join key, which is a shared secret configured in both the device and the network manager. The device uses this join key to send an encrypted request to the network manager.
Upon successful authentication, the device receives the network key, which is used for encrypting ongoing communications within the network.
This method ensures that only authorized devices can join the network and participate in secure communications.
WPA2 (A) is a Wi-Fi standard, not used in WirelessHART; the vendor hard-coded master key (C) is discouraged due to security risks; and PIN plus MAC address (D) is not a WirelessHART authentication method.
This procedure is detailed in the GICSP's ICS Security Architecture domain, highlighting wireless device authentication protocols as per WirelessHART specifications.
Reference:
GICSP Official Study Guide, Domain: ICS Security Architecture & Design
WirelessHART Specification (HART Communication Foundation)
GICSP Training Module on Wireless Security and Protocols
NEW QUESTION # 70
What type of physical security control is a procedure that details what to do in the event of a security breach?
Answer: A
Explanation:
Comprehensive and Detailed Explanation From Exact Extract:
A responsive physical security control refers to actions or procedures implemented after a security breach or incident has been detected, guiding how personnel should respond to minimize damage and restore security.
Procedures outlining what to do during or after a breach fall into this category (A).
Detective controls (B) identify or detect intrusions but do not specify response steps.
Delaying controls (C) slow down an attacker physically.
Deterrence (D) aims to discourage attackers from attempting intrusion.
GICSP emphasizes responsive controls as part of a comprehensive security program, including physical security incident response plans.
Reference:
GICSP Official Study Guide, Domain: ICS Security Governance & Compliance GICSP Training on Physical Security Controls and Incident Response
NEW QUESTION # 71
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