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NEW QUESTION # 324
Which of the following is an example of automated remediation within CrowdStrike's cloud security ecosystem?
Answer: C
Explanation:
Option A: Manual actions do not qualify as automated remediation. Automated remediation would involve dynamic blocking without manual intervention.
Option B: While useful for insights, this is a reporting function and not an automated remediation action. Automated remediation focuses on immediate response to incidents.
Option C: Automated remediation involves taking immediate action, such as isolating a compromised virtual machine, based on predefined triggers. This minimizes the risk of further spread or damage.
Option D: Sending notifications is an alerting function, not remediation. Remediation involves actions that directly address and mitigate the threat.
NEW QUESTION # 325
What is the most efficient way to detect rogue containers and identify drift in containerized workloads in a cloud environment?
Answer: A
Explanation:
Option A: Falcon Discover provides visibility into assets and cloud workloads, but it does not offer runtime monitoring or drift detection capabilities. It is useful for inventory purposes, not runtime protection.
Option B: Falcon Horizon focuses on misconfiguration detection and compliance for Kubernetes and other cloud platforms. While it can identify misconfigurations that might lead to rogue containers, it does not monitor runtime behaviors or detect drift.
Option C: Falcon Cloud Workload Protection (CWP) is specifically designed to monitor containerized workloads in real time, detect rogue containers, and identify drift from expected configurations. Drift detection ensures that workloads adhere to defined security baselines, while runtime protection addresses rogue or unauthorized containers. This approach is automated and efficient.
Option D: Manual inspection scripts are labor-intensive and not scalable for dynamic containerized environments. They lack the automation and real-time capabilities provided by Falcon CWP.
NEW QUESTION # 326
While using Falcon's Image Assessment feature, you want to prioritize scanning images for critical vulnerabilities before deployment.
Which configuration option should you use to achieve this goal?
Answer: C
Explanation:
Option A: The "Scan Scope" term is not used in Falcon. While filtering by CVSS score is valid, the configuration should be done via scan rules.
Option B: Configuring scan rules based on CVSS scores enables prioritization of critical vulnerabilities during image scanning.
Option C: Real-time prioritization is not an available feature for Falcon's registry integrations.
Scanning rules are applied during policy configuration.
Option D: "Image Scan Priority" is not part of Prevention Policies. Image Assessment configuration occurs within Cloud Workload Protection.
NEW QUESTION # 327
Your organization wants to integrate the Falcon CWPP Image Scanning Script into its CI/CD pipeline to ensure container images are assessed for vulnerabilities before deployment.
What is the first step in configuring this integration?
Answer: C
Explanation:
Option A: While manual scanning may be used for testing purposes, it does not integrate the script into the CI/CD pipeline. Moreover, manual scanning bypasses the automation goal of CI/CD integration.
Option B: This step is required later when integrating the scanning process into the CI/CD pipeline, but it is not the first step. Without proper authentication, subsequent steps cannot be completed.
Option C: A service account may be needed to access container images stored in the registry, but it is not a prerequisite for integrating the Falcon Image Scanning Script. Authentication with the Falcon platform takes precedence.
Option D: The Falcon API Client ID and Secret are required to authenticate with the CrowdStrike Falcon platform. This step is essential for establishing communication between the Image Scanning Script and the Falcon platform to retrieve scanning policies and report results. Without proper authentication, the script cannot access necessary resources or execute vulnerability scans.
NEW QUESTION # 328
Your company operates a hybrid cloud environment spanning AWS, Azure, and Google Cloud.
The security team wants to implement a pre-runtime protection strategy to prevent containerized applications from running vulnerable or malicious images. The organization requires a solution that integrates seamlessly across cloud providers while enforcing strict security policies before deployment. Which image assessment method would be the most appropriate for this use case?
Answer: D
Explanation:
Option A: Network-based intrusion detection systems (NIDS) monitor network traffic for malicious activity but do not assess container images for vulnerabilities before deployment. They are useful for runtime threat detection, not pre-runtime protection.
Option B: Sandboxing isolates applications to observe their behavior and detect potential threats.
However, this method is typically used for testing unknown executables rather than scanning container images in a registry before deployment. It does not provide proactive pre-runtime assessment.
Option C: Registry scanning is the most effective method for assessing container images before they are deployed. It integrates with container registries (e.g., Amazon ECR, Azure Container Registry, Google Artifact Registry) to scan images for vulnerabilities, misconfigurations, and malware before they are pulled into a runtime environment. This pre-runtime approach ensures security compliance across multiple cloud platforms.
Option D: Host-based scanning is focused on identifying threats already present on a running system. While useful for runtime protection, it does not prevent vulnerable images from being deployed in the first place, making it an inadequate choice for pre-runtime security.
NEW QUESTION # 329
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