Correct Answer: D. sandboxing isolates suspicious programs to observe behavior while reducing risk to real systems
Explanation:
The correct answer is sandboxing isolates suspicious programs to observe behavior while reducing risk to real systems. This matches the course topic 'Sandboxing' in Vulnerability Assessment & Reverse Engineering.
Correct Answer: D. network behavior analysis observes connections, domains, ports, and protocols used by suspicious programs
Explanation:
The correct answer is network behavior analysis observes connections, domains, ports, and protocols used by suspicious programs. This matches the course topic 'Network behavior analysis' in Vulnerability Assessment & Reverse Engineering.
Correct Answer: A. static malware analysis inspects malware without running it, using strings, headers, imports, or disassembly
Explanation:
The correct answer is static malware analysis inspects malware without running it, using strings, headers, imports, or disassembly. This matches the course topic 'Static malware analysis' in Vulnerability Assessment & Reverse Engineering.
Correct Answer: A. sandboxing isolates suspicious programs to observe behavior while reducing risk to real systems
Explanation:
The correct answer is sandboxing isolates suspicious programs to observe behavior while reducing risk to real systems. This matches the course topic 'Sandboxing' in Vulnerability Assessment & Reverse Engineering.
Correct Answer: A. network behavior analysis observes connections, domains, ports, and protocols used by suspicious programs
Explanation:
The correct answer is network behavior analysis observes connections, domains, ports, and protocols used by suspicious programs. This matches the course topic 'Network behavior analysis' in Vulnerability Assessment & Reverse Engineering.
Correct Answer: B. static malware analysis inspects malware without running it, using strings, headers, imports, or disassembly
Explanation:
The correct answer is static malware analysis inspects malware without running it, using strings, headers, imports, or disassembly. This matches the course topic 'Static malware analysis' in Vulnerability Assessment & Reverse Engineering.
Correct Answer: B. sandboxing isolates suspicious programs to observe behavior while reducing risk to real systems
Explanation:
The correct answer is sandboxing isolates suspicious programs to observe behavior while reducing risk to real systems. This matches the course topic 'Sandboxing' in Vulnerability Assessment & Reverse Engineering.
Correct Answer: B. network behavior analysis observes connections, domains, ports, and protocols used by suspicious programs
Explanation:
The correct answer is network behavior analysis observes connections, domains, ports, and protocols used by suspicious programs. This matches the course topic 'Network behavior analysis' in Vulnerability Assessment & Reverse Engineering.
Correct Answer: C. binary obfuscation intentionally makes code harder to understand or analyze
Explanation:
The correct answer is binary obfuscation intentionally makes code harder to understand or analyze. This matches the course topic 'Binary obfuscation' in Vulnerability Assessment & Reverse Engineering.
Correct Answer: C. assembly instructions represent low-level operations such as moving data, comparing values, or jumping
Explanation:
The correct answer is assembly instructions represent low-level operations such as moving data, comparing values, or jumping. This matches the course topic 'Assembly instructions' in Vulnerability Assessment & Reverse Engineering.
Correct Answer: C. malicious code analysis studies malware behavior, intent, persistence, and indicators
Explanation:
The correct answer is malicious code analysis studies malware behavior, intent, persistence, and indicators. This matches the course topic 'Malicious code analysis' in Vulnerability Assessment & Reverse Engineering.
Correct Answer: C. a trojan disguises itself as legitimate software while performing unwanted actions
Explanation:
The correct answer is a trojan disguises itself as legitimate software while performing unwanted actions. This matches the course topic 'Trojan' in Vulnerability Assessment & Reverse Engineering.
