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At a bank branch, a network administrator is choosing between two legacy file transfer protocols on a sensitive network segment. During review, someone proposes: "Assume TFTP has stronger encryption because it is lightweight." Which technical explanation most directly shows why this proposal does not solve the requirement?
Reduced protocol overhead does not imply encryption. The effective remedy is to treat both plain FTP and TFTP as lacking confidentiality unless a secure transport is added.
DNS aliases do not encrypt file sessions. It concerns a different proposed change, not the change being evaluated.
Traditional FTP carries data without encryption, and TFTP has no built-in security; use secure alternatives where confidentiality is required. The statement addresses a different mechanism. Here the engineer specifically proposed assume tftp has stronger encryption because it is lightweight; the decisive limitation is that reduced protocol overhead does not imply encryption.
Authentication credentials do not by themselves cipher the transport. This observation would apply to another device or feature, not the proposed assume tftp has stronger encryption because it is lightweight. For this scenario, reduced protocol overhead does not imply encryption is the direct cause.
At a distribution center, the security and networking lead wants to distinguish a weakness in switch software from an adversary taking advantage of it. Which choice best addresses the stated requirement?
A vulnerability is an exploitable weakness; exploitation is the act of leveraging that weakness.
Patching is a mitigation rather than misuse of the defect.
Threats involve potential sources/actions, not simply vulnerable settings.
A weakness can exist without ever being used.
At a design agency, the security and networking lead finds a management service publicly reachable even though only a private admin subnet needs it. Which choice best addresses the stated requirement?
Least-exposure controls reduce the available attack surface while keeping required administration.
Policy text cannot block unauthorized connections.
Expanding exposure increases attack paths.
Renaming does not reduce reachability or exploitability.
At a warehouse, the infrastructure lead needs to separate a security breach impact from the probability of it occurring in risk analysis. Which choice best addresses the stated requirement?
Risk decisions should consider both chance of exploitation and consequence for the affected service.
Subnet size does not quantify incident damage.
Impact does not establish exploitation evidence or likelihood.
Vulnerabilities can exist without immediate incidents.
At an airport terminal, an implementation partner must respond to a newly disclosed exploitable device vulnerability on an internet-facing router. Which choice best addresses the stated requirement?
Reducing exposure and applying supported fixes directly addresses exploitable attack surfaces.
Removing recovery capability does not address the vulnerability.
Credential exposure makes compromise easier.
Discovery timers do not modify vulnerable software.
At a media studio, the campus network lead wants proof that unauthorized management attempts are blocked and investigated rather than merely discouraged. Which choice best addresses the stated requirement?
Blocking and accountability work together: controls prevent entry while logs support detection.
This removes detective evidence and weakens access control.
Warnings do not authenticate or block a network login.
Description text has no security enforcement semantics.
At a stadium, the migration lead wants to distinguish a weakness in switch software from an adversary taking advantage of it. During review, someone proposes: "Treat the vulnerable software and exploit traffic as identical events." Which technical explanation most directly shows why this proposal does not solve the requirement?
A weakness can exist without ever being used. The effective remedy is to classify the unpatched defect as a vulnerability and malicious use of it as exploitation.
Threats involve potential sources/actions, not simply vulnerable settings. A true general network fact is not necessarily the direct diagnosis. The named change was treat the vulnerable software and exploit traffic as identical events, whose relevant defect is that a weakness can exist without ever being used.
Patching is a mitigation rather than misuse of the defect. It concerns a different proposed change, not the change being evaluated.
A vulnerability is an exploitable weakness; exploitation is the act of leveraging that weakness. The statement addresses a different mechanism. Here the engineer specifically proposed treat the vulnerable software and exploit traffic as identical events; the decisive limitation is that a weakness can exist without ever being used.
At a logistics provider, an implementation partner finds a management service publicly reachable even though only a private admin subnet needs it. During review, someone proposes: "Publish the same service on more open TCP ports." Which technical explanation most directly shows why this proposal does not solve the requirement?
Expanding exposure increases attack paths. The effective remedy is to apply management-plane ACLs, restrict exposure and remove unused services.
Renaming does not reduce reachability or exploitability. It concerns a different proposed change, not the change being evaluated.
Policy text cannot block unauthorized connections. That distinction is technically relevant elsewhere, but it does not identify the failure of the proposed publish the same service on more open tcp ports. The actual issue is that expanding exposure increases attack paths.
Least-exposure controls reduce the available attack surface while keeping required administration. The statement addresses a different mechanism. Here the engineer specifically proposed publish the same service on more open tcp ports; the decisive limitation is that expanding exposure increases attack paths.
At a bank branch, the migration lead needs to separate a security breach impact from the probability of it occurring in risk analysis. During review, someone proposes: "Assume every high-impact vulnerability is currently being exploited." Which technical explanation most directly shows why this proposal does not solve the requirement?
Impact does not establish exploitation evidence or likelihood. The effective remedy is to assess likelihood and impact separately before prioritizing mitigations.
Vulnerabilities can exist without immediate incidents. It concerns a different proposed change, not the change being evaluated.
Subnet size does not quantify incident damage. This observation would apply to another device or feature, not the proposed assume every high-impact vulnerability is currently being exploited. For this scenario, impact does not establish exploitation evidence or likelihood is the direct cause.
Risk decisions should consider both chance of exploitation and consequence for the affected service. A true general network fact is not necessarily the direct diagnosis. The named change was assume every high-impact vulnerability is currently being exploited, whose relevant defect is that impact does not establish exploitation evidence or likelihood.
At a field-service firm, a network operations engineer must respond to a newly disclosed exploitable device vulnerability on an internet-facing router. During review, someone proposes: "Disable all local backups as a remediation." Which technical explanation most directly shows why this proposal does not solve the requirement?
Removing recovery capability does not address the vulnerability. The effective remedy is to prioritize vendor mitigation or patching and limit reachable attack paths.
Publishing credentials is dangerous, but the proposed change concerns backup removal; a secure remedial plan must preserve recoverability.
Reducing exposure and applying supported fixes directly addresses exploitable attack surfaces. A true general network fact is not necessarily the direct diagnosis. The named change was disable all local backups as a remediation, whose relevant defect is that removing recovery capability does not address the vulnerability.
Discovery timers do not modify vulnerable software. It concerns a different proposed change, not the change being evaluated.
At a regional office, the site engineer wants proof that unauthorized management attempts are blocked and investigated rather than merely discouraged. During review, someone proposes: "Use an unmanaged warning sign as the only network enforcement." Which technical explanation most directly shows why this proposal does not solve the requirement?
Warnings do not authenticate or block a network login. The effective remedy is to enforce ACL/AAA controls and preserve attributable log evidence.
Description text has no security enforcement semantics. It concerns a different proposed change, not the change being evaluated.
This removes detective evidence and weakens access control. A true general network fact is not necessarily the direct diagnosis. The named change was use an unmanaged warning sign as the only network enforcement, whose relevant defect is that warnings do not authenticate or block a network login.
Blocking and accountability work together: controls prevent entry while logs support detection. The statement addresses a different mechanism. Here the engineer specifically proposed use an unmanaged warning sign as the only network enforcement; the decisive limitation is that warnings do not authenticate or block a network login.
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