SY0-301 · Question #562
A recent audit has revealed weaknesses in the process of deploying new servers and network devices. Which of the following practices could be used to increase the security posture during deployment?…
The correct answer is B. Disable unnecessary services C. Change default passwords. When deploying new servers and network devices, disabling unnecessary services and changing default passwords are the most direct hardening steps to reduce the attack surface. These are baseline practices that address known configuration weaknesses before the device enters…
Question
A recent audit has revealed weaknesses in the process of deploying new servers and network devices. Which of the following practices could be used to increase the security posture during deployment? (Select TWO).
Options
- ADeploy a honeypot
- BDisable unnecessary services
- CChange default passwords
- DImplement an application firewall
- EPenetration testing
How the community answered
(29 responses)- A3% (1)
- B86% (25)
- D7% (2)
- E3% (1)
Why each option
When deploying new servers and network devices, disabling unnecessary services and changing default passwords are the most direct hardening steps to reduce the attack surface. These are baseline practices that address known configuration weaknesses before the device enters production.
A honeypot is a deception-based detection tool used after deployment to attract attackers, not a hardening measure applied during the deployment process.
Disabling unnecessary services removes unused network-facing processes that could be exploited, directly reducing the attack surface of a newly deployed device. This is a standard hardening step that eliminates vulnerabilities in services that are running but not required.
Default passwords are publicly documented by vendors and are the first credentials an attacker will try; changing them immediately upon deployment prevents trivial unauthorized access. This is a foundational security baseline requirement for any new device.
An application firewall is a perimeter or host-level control deployed as part of the network architecture, not a direct hardening step performed on the new device itself during deployment.
Penetration testing is an assessment activity conducted to find existing vulnerabilities and is not a hardening practice applied during the deployment phase.
Concept tested: Device hardening during deployment
Source: https://www.nist.gov/publications/guidelines-securing-general-it-systems
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