A security engineer is optimizing the vulnerability assessment program for a enterprise high-frequency transaction cluster located behind inline firewalls and web application firewalls (WAFs). Non-credentialed network scans previously returned zero high-severity findings, but network traffic analysis revealed several outdated service daemons running on internal nodes. The engineer must obtain accurate, detailed patch level and configuration data across all hosts while preventing latency spikes, network congestion, and false-positive results caused by network security controls. Which of the following assessment strategies should the engineer implement to meet these requirements?
- Deploy local agent-based vulnerability scanners on each cluster host to execute authenticated system checks directly on the endpoints.Cevap
- BConfigure aggressive network-based credentialed scans via SSH and WMI traversing the inline WAF during peak traffic hours.
- CTemporarily disable inline firewall rules and execute intrusive exploitation scripts to confirm remote shell access vulnerabilities.
- DRun automated web application security scanners targeting client-side Cross-Site Scripting (XSS) payloads against backend database daemons.
Cevap
Deploy local agent-based vulnerability scanners on each cluster host to execute authenticated system checks directly on the endpoints.
Deploying agent-based vulnerability scanners is the most effective approach for high-availability, low-latency production environments. Agents execute authenticated audits directly on the host operating system, providing complete visibility into missing security patches, registry settings, and local software inventories without generating network traffic spikes or being impacted by inline network firewalls and WAFs.
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Agent-Based vs. Network-Based Credentialed Vulnerability Scanning
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