South Carolina Digital Forensics Analyst
Certification License Exam Practice
Questions And Correct Answers
(Verified Answers) Plus Rationale 2026
Q&A| Instant Download Pdf
1. In the context of digital forensics, which principle ensures that digital
evidence is collected and preserved in a way that maintains its
admissibility in legal proceedings by documenting every individual who
handled the evidence and every action taken with it?
A. Encryption standardization
B. Chain of custody documentation
C. Digital signature verification
D. Access control authentication
B. Chain of custody documentation
Rationale: Chain of custody documentation is a critical principle in digital
forensics that records the chronological handling of evidence from
collection through analysis and storage. This process ensures that the
evidence has not been altered or tampered with and maintains its integrity
and admissibility in legal or administrative proceedings.
2. Which digital forensic process phase involves identifying potential
sources of digital evidence and determining the scope of an
investigation before evidence is acquired?
, A. Analysis
B. Reporting
C. Identification
D. Preservation
C. Identification
Rationale: The identification phase involves recognizing potential sources
of digital evidence, defining investigative goals, and determining what
devices, systems, or data repositories may contain relevant information
before any acquisition begins.
3. A forensic analyst creates a bit-for-bit copy of a suspect’s hard drive to
examine it without altering the original data. What is this process
called?
A. Disk defragmentation
B. Logical imaging
C. Disk imaging
D. Data replication
C. Disk imaging
Rationale: Disk imaging refers to the creation of an exact bit-for-bit copy of
a storage device, capturing all data including deleted files, slack space, and
unallocated sectors. This allows investigators to work from a duplicate
while preserving the original evidence intact.
4. Which hashing algorithm is commonly used in digital forensics to verify
that a forensic image is identical to the original media?
A. SMTP
B. SHA-256
C. FTP
D. SNMP
B. SHA-256
,Rationale: SHA-256 is a cryptographic hash function frequently used in
forensic imaging to generate a unique digital fingerprint of a file or disk
image. Matching hash values between the original and the copy confirm
that the data has not changed.
5. During forensic analysis, which type of data is most vulnerable to loss if
not captured immediately when a system is powered on?
A. Archived backup files
B. Volatile memory data
C. Encrypted database files
D. Log retention archives
B. Volatile memory data
Rationale: Volatile memory such as RAM stores temporary data including
running processes, encryption keys, and network connections. This
information disappears when power is removed, so it must be captured
quickly during live forensics.
6. Which file system is most commonly used by modern Windows
operating systems and often analyzed during forensic investigations?
A. FAT12
B. NTFS
C. EXT4
D. HFS+
B. NTFS
Rationale: NTFS is the primary file system used by modern Windows
systems. It contains numerous metadata structures such as the Master File
Table that can provide valuable forensic evidence regarding file activity.
7. In digital forensics, what is the primary purpose of using write blockers
during evidence acquisition?
A. To compress evidence files
, B. To prevent modification of the original storage device
C. To encrypt the forensic image
D. To accelerate disk copying
B. To prevent modification of the original storage device
Rationale: Write blockers are hardware or software tools that prevent any
data from being written to the original storage device during acquisition,
ensuring that the evidence remains unchanged.
8. Which forensic technique involves analyzing network traffic captures
to identify suspicious activity or data exfiltration?
A. Static code analysis
B. Network forensics
C. Malware sandboxing
D. Memory carving
B. Network forensics
Rationale: Network forensics focuses on capturing and analyzing network
traffic data such as packet captures and logs to detect malicious activities,
data theft, or unauthorized access attempts.
9. What type of digital evidence includes timestamps, file paths, and
system event records that help investigators reconstruct user actions
on a system?
A. Metadata
B. Firmware
C. Binary executable data
D. Virtual memory allocation
A. Metadata
Rationale: Metadata is descriptive information about files and system
activities, including timestamps, file size, location, and permissions.
Certification License Exam Practice
Questions And Correct Answers
(Verified Answers) Plus Rationale 2026
Q&A| Instant Download Pdf
1. In the context of digital forensics, which principle ensures that digital
evidence is collected and preserved in a way that maintains its
admissibility in legal proceedings by documenting every individual who
handled the evidence and every action taken with it?
A. Encryption standardization
B. Chain of custody documentation
C. Digital signature verification
D. Access control authentication
B. Chain of custody documentation
Rationale: Chain of custody documentation is a critical principle in digital
forensics that records the chronological handling of evidence from
collection through analysis and storage. This process ensures that the
evidence has not been altered or tampered with and maintains its integrity
and admissibility in legal or administrative proceedings.
2. Which digital forensic process phase involves identifying potential
sources of digital evidence and determining the scope of an
investigation before evidence is acquired?
, A. Analysis
B. Reporting
C. Identification
D. Preservation
C. Identification
Rationale: The identification phase involves recognizing potential sources
of digital evidence, defining investigative goals, and determining what
devices, systems, or data repositories may contain relevant information
before any acquisition begins.
3. A forensic analyst creates a bit-for-bit copy of a suspect’s hard drive to
examine it without altering the original data. What is this process
called?
A. Disk defragmentation
B. Logical imaging
C. Disk imaging
D. Data replication
C. Disk imaging
Rationale: Disk imaging refers to the creation of an exact bit-for-bit copy of
a storage device, capturing all data including deleted files, slack space, and
unallocated sectors. This allows investigators to work from a duplicate
while preserving the original evidence intact.
4. Which hashing algorithm is commonly used in digital forensics to verify
that a forensic image is identical to the original media?
A. SMTP
B. SHA-256
C. FTP
D. SNMP
B. SHA-256
,Rationale: SHA-256 is a cryptographic hash function frequently used in
forensic imaging to generate a unique digital fingerprint of a file or disk
image. Matching hash values between the original and the copy confirm
that the data has not changed.
5. During forensic analysis, which type of data is most vulnerable to loss if
not captured immediately when a system is powered on?
A. Archived backup files
B. Volatile memory data
C. Encrypted database files
D. Log retention archives
B. Volatile memory data
Rationale: Volatile memory such as RAM stores temporary data including
running processes, encryption keys, and network connections. This
information disappears when power is removed, so it must be captured
quickly during live forensics.
6. Which file system is most commonly used by modern Windows
operating systems and often analyzed during forensic investigations?
A. FAT12
B. NTFS
C. EXT4
D. HFS+
B. NTFS
Rationale: NTFS is the primary file system used by modern Windows
systems. It contains numerous metadata structures such as the Master File
Table that can provide valuable forensic evidence regarding file activity.
7. In digital forensics, what is the primary purpose of using write blockers
during evidence acquisition?
A. To compress evidence files
, B. To prevent modification of the original storage device
C. To encrypt the forensic image
D. To accelerate disk copying
B. To prevent modification of the original storage device
Rationale: Write blockers are hardware or software tools that prevent any
data from being written to the original storage device during acquisition,
ensuring that the evidence remains unchanged.
8. Which forensic technique involves analyzing network traffic captures
to identify suspicious activity or data exfiltration?
A. Static code analysis
B. Network forensics
C. Malware sandboxing
D. Memory carving
B. Network forensics
Rationale: Network forensics focuses on capturing and analyzing network
traffic data such as packet captures and logs to detect malicious activities,
data theft, or unauthorized access attempts.
9. What type of digital evidence includes timestamps, file paths, and
system event records that help investigators reconstruct user actions
on a system?
A. Metadata
B. Firmware
C. Binary executable data
D. Virtual memory allocation
A. Metadata
Rationale: Metadata is descriptive information about files and system
activities, including timestamps, file size, location, and permissions.
