Ha! Masquerading the responses of remote servers? That sounds more like a supervillain's trick than a legitimate use of nmap. Better stick to the honest-to-goodness OS detection, folks.
Ha! Masquerading the responses of remote servers? That sounds more like a supervillain's trick than a legitimate use of nmap. Better stick to the honest-to-goodness OS detection, folks.
B) Filtering out responses from specific servers could be a valid use case, especially if you're trying to focus on a particular target and avoid interference from other systems.
E) Identifying servers for forensics seems more relevant to me. Knowing the unique fingerprint of a server can be really useful for tracking down the source of an attack.
E) Identifying servers for forensics seems more relevant to me. Knowing the unique fingerprint of a server can be really useful for tracking down the source of an attack.
A) Definitely the right answer! Nmap uses TCP/IP stack fingerprinting to determine the remote operating system. This is crucial for understanding the vulnerabilities and security posture of the target.
A) Definitely the right answer! Nmap uses TCP/IP stack fingerprinting to determine the remote operating system. This is crucial for understanding the vulnerabilities and security posture of the target.
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