After performing an image assessment in Falcon Cloud Security, which of the following is a typical actionable recommendation?

Falcon Cloud Security's image assessment feature is designed to scan container images for known vulnerabilities (CVEs), misconfigurations, and embedded secrets before they are deployed. The primary output of this scan is a report detailing these security issues. The most direct and common actionable recommendation for an identified vulnerability is to remediate it within the image itself. This is typically accomplished by updating the vulnerable software packages or the base image to a newer, patched version. This action directly addresses the security flaws found within the application artifact, which is the core purpose of the image assessment process.

A. Disable unused Kubernetes Admission Controllers. This is a Kubernetes cluster hardening recommendation, not a direct remediation for a vulnerability found within a container image.
B. Apply a pod security policy to restrict privileged containers. This is a runtime security control for the cluster. While an image scan might reveal an image requires privilege, the policy itself doesn't fix the image.
D. Limit the number of pods per node to prevent resource exhaustion. This is a cluster resource management and stability configuration, which is unrelated to the security vulnerabilities identified inside a container image.

1. CrowdStrike Falcon® Cloud Security Official Documentation: In the "Image Assessment" section, the workflow explicitly details how Falcon scans images for vulnerabilities. The primary remediation guidance provided for these findings is to "update the vulnerable package to a fixed version" or "use a newer base image." This directly aligns with updating container images to address vulnerabilities. (Reference: Falcon Cloud Security Administration Guide, "Vulnerability Management for Images" chapter, section on "Remediating Vulnerabilities").

2. CrowdStrike Official Product Datasheet: The "Falcon Cloud Security: Container Security" datasheet describes the capability to "Identify vulnerabilities, secrets, and misconfigurations in your images before they run." It emphasizes stopping threats early in the CI/CD pipeline by providing developers with actionable feedback to fix flaws in images, with the primary fix being the update of vulnerable components. (Reference: CrowdStrike Falcon Cloud Security Datasheet, "Shift Left with Image Assessment" section).

3. University Courseware on Cloud Native Security: Reputable cybersecurity courseware covering container security consistently teaches that the output of an image scanner (like Falcon's) is a list of CVEs, and the standard remediation practice is to rebuild the image with updated and patched components. This is a fundamental principle of the "shift-left" security model. (Reference: Stanford University, CS 241: Advanced Topics in Systems, Lecture on "Container and Cloud Native Security").