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Malware Mastery Quiz

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Advanced malware concepts and defenses

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Dominican Republic

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Malware Mastery Quiz
 

Malware Mastery QuizOnline version

Advanced malware concepts and defenses

by denny vicioso macaro
1

What distinguishes a computer virus from other malware?

2

Which is a primary function of a Trojan horse in cybersecurity terms?

3

Ransomware primarily achieves impact by:

4

What is a polymorphic virus?

5

Which defense primarily prevents unauthorized network access?

6

Which is NOT typically considered malware?

7

Zero-day malware refers to a threat that:

8

What does EDR stand for in cybersecurity?

9

Which component analyzes suspicious behavior in isolated environments?

10

Which term best describes self-spreading malicious software over networks without user action?

11

What role does a firewall play in a layered security strategy?

12

Antivirus software primarily uses which technique to detect malware?

13

Which malware type typically aims to covertly monitor user activity?

14

Which statement accurately describes a rootkit?

15

Which defense is most effective against credential-stuffing and brute force?

16

What is a key characteristic of macro malware?

17

Which term describes malware that changes its code to avoid detection?

18

Which cyber defense activity involves analyzing trends to predict threats?

19

What is the purpose of a honeypot in security?

20

Which type of malware is most associated with supply chain attacks?

21

Which practice reduces malware risk by limiting privilege escalation?

Explicación

A virus attaches to files and needs a host to spread; worms can self-propagate over networks.

Trojans rely on deception, not self-replication or unconditional exploitation.

Ransomware encrypts data and demands ransom; other options describe different threats.

Polymorphic viruses mutate code to evade signature-based detection.

Firewalls control inbound/outbound traffic based on rules.

A benign screen saver is not malware.

Zero-days target unknown flaws before patches exist.

EDR focuses on detecting and responding to endpoint threats.

Sandboxing runs malware in isolation to observe behavior.

Worms propagate independently; viruses typically need a host.

Firewalls narrow traffic; not a malware remover or decryptor.

AV uses signatures and heuristics to identify threats.

Spyware collects data silently; rootkits hide themselves.

Rootkits conceal malware by tampering with OS internals.

MFA adds an additional factor beyond passwords.

Macro malware uses document macros to run code.

Metamorphic mutates code more extensively than polymorphic.

Threat intel and hunting seek patterns to anticipate attacks.

Honeypots attract attackers to gather intel and slow them down.

Trojanized software compromises systems via trusted updates.

Least privilege minimizes what processes can do.

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