Option A: Most container registries, such as Amazon ECR, Google Container Registry (GCR), or Docker Hub, provide CLI tools or APIs to generate service account tokens for programmatic access. This is the standard way to securely retrieve credentials for integration with Falcon Cloud Security.
Option B: Manually retrieving credentials from Kubernetes Secrets is error-prone and may not comply with security best practices for accessing registries.
Option C: Auto-login features like Docker's CLI-based credential storage are not suitable for enterprise-grade security and are not part of the approved procedure for image assessments.
Option D: The Falcon Cloud Security dashboard does not provide registry credentials. Users must retrieve these credentials directly from the container registry.

Option A: CIEM solutions identify accounts with excessive or unused privileges, such as a developer account with elevated access that hasn't been used in a significant period. Such privileges pose a risk of being exploited and should be reviewed or revoked if not necessary.
Option B: A revoked role assignment indicates proactive access management. CIEM would not flag this as unnecessary access, as the issue has already been addressed.
Option C: Regular use of administrator accounts for their designated purpose would not typically indicate unnecessary access privileges. However, best practices encourage limiting the scope of administrator roles when possible.
Option D: This account demonstrates the principle of least privilege. The service account has minimal necessary permissions, and its activity aligns with its purpose, so it would not be flagged by CIEM.

Option A: Setting the log level to debug increases log verbosity but does not directly enhance the scan output provided to the user. This flag affects internal logs rather than user-facing scan details.
Option B: This flag is not part of the falcon-image-scan command syntax. Although intuitive, it does not exist in the tool's command options.
Option C: While descriptive, this is not a valid flag for the falcon-image-scan command. The command-line tool does not use this syntax to enable detailed output.
Option D: The --verbose flag is commonly used in CrowdStrike's command-line tools to produce detailed output. When scanning images manually, this flag provides more in-depth information about the scan progress, detected vulnerabilities, and metadata, which is especially useful for debugging or detailed reporting.

Option A: Even if the asset serves a legitimate purpose, ignoring it without addressing its risks leaves your environment exposed to potential exploits or lateral movement by attackers.
Option B: Removing the asset from the inventory introduces blind spots in your monitoring and doesn't address the security risks it poses.
Option C: Blocking connections at the firewall addresses only part of the issue and doesn't resolve the inherent vulnerability of the device. The asset still requires further investigation and isolation.
Option D: Legacy systems like Windows XP are inherently risky as they no longer receive security updates. Coupled with the lack of endpoint protection and suspicious outbound traffic, this asset poses a significant threat. Quarantining the device ensures it is isolated from the network while a vulnerability assessment identifies any further risks or malicious activity. This is a proactive and effective approach to mitigating the risk.

Option A: The CrowdStrike Kubernetes Admission Controller uses the Mutating Admission Webhook to intercept and modify requests to the Kubernetes API server. This webhook allows the controller to enforce security policies and inject the required sensor configurations into pods at creation time. Ensuring the Mutating Admission Webhook configuration is enabled is a critical setup step for proper functionality.
Option B: The Admission Controller does not require root-level or privileged permissions. It relies on webhook functionality to perform its operations and does not interact directly with host-level resources.
Option C: While namespaces are often used for logical organization, the Admission Controller does not necessarily require a dedicated namespace. It can be deployed in any namespace, depending on the user's configuration preferences.
Option D: The Admission Controller is not deployed as a DaemonSet; instead, it operates as a webhook server integrated with the Kubernetes API server. DaemonSets are typically used for agents that need to run on every node, such as logging or monitoring tools.