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| Section | Weight | Objectives |
|---|---|---|
| Cloud Visibility and Monitoring | 20% | - Event monitoring and alerting - Dashboard interpretation - Log analysis and correlation - Cloud asset inventory |
| Remediation and Response | 15% | - Remediation recommendations - Incident response integration - Automated remediation workflows - Policy enforcement |
| Cloud Attack Path Analysis | 20% | - Identity-based attack vectors - Compliance and governance risks - Runtime threat detection - Misconfiguration identification |
| Cloud Native Security Concepts | 20% | - Cloud workload protection fundamentals - Container security basics - Cloud infrastructure entitlements - Kubernetes security concepts |
| CrowdStrike Falcon Platform for Cloud | 25% | - Falcon Cloud Security module overview - Sensor deployment and configuration - Falcon Horizon for cloud posture management - Cloud workload protection (CWP) features - Container security within Falcon |
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NEW QUESTION # 191
What is required to ensure you can retrieve the Falcon KAC image when deploying the Falcon Kubernetes Admission Controller (KAC) with a Helm chart?
Answer: A
Explanation:
When deploying theFalcon Kubernetes Admission Controller (KAC)using aHelm chart, access to CrowdStrike-hosted container images is required. These images are stored inCrowdStrike's private container registry, which requires authentication.
To retrieve the Falcon KAC image, a validCrowdStrike API client key(client ID and secret) must be provided. This API credential allows Helm to authenticate to the Falcon registry and securely pull the required KAC image during deployment. Without valid API credentials, image retrieval fails, and the KAC deployment cannot complete successfully.
Other options listed do not satisfy this requirement. SENSOR_PLATFORM and FALCON_REGION are configuration parameters used during sensor installation but do not authenticate registry access. Docker itself is not sufficient, as authentication to the CrowdStrike registry is still required.
Therefore, anAPI client keyis mandatory to ensure successful retrieval of the Falcon KAC image during Helm-based deployment.
NEW QUESTION # 192
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: A
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 # 193
An organization must ensure that all virtual machines (VMs) across their multi-cloud infrastructure comply with specific regulatory standards, such as encryption at rest and proper tagging. Which rule category in Falcon Cloud Security should the team use to enforce these compliance requirements?
Answer: A
Explanation:
Option A: Compute Security Rules are designed to enforce policies for virtual machines and compute resources, including ensuring compliance with encryption, tagging, and other configuration standards.
Option B: Identity and Access Management (IAM) rules focus on user permissions, roles, and access policies. While important for security, they do not directly enforce VM encryption or tagging requirements.
Option C: Network Security Rules manage configurations like firewalls, traffic flows, and security groups. They do not address encryption at rest or VM tagging requirements.
Option D: DevOps Integration Rules focus on CI/CD pipeline integration and DevSecOps practices, which are unrelated to enforcing encryption or tagging on VMs.
NEW QUESTION # 194
An organization is using CrowdStrike Falcon Runtime Protection to detect rogue containers and drift in their Kubernetes-based container infrastructure.
Which scenario best represents an example of runtime drift detection?
Answer: A
Explanation:
Option A: Manually deploying a new container image does not indicate runtime drift unless it occurs in an unauthorized manner or introduces unexpected changes to a running container.
Option B: A container failing to start due to a misconfiguration is a deployment issue, not an instance of runtime drift.
Option C: Runtime drift occurs when a container's behavior deviates from its original image, such as spawning unauthorized processes, modifying system binaries, or introducing unexpected changes. This is a strong indicator of potential compromise or malicious activity.
Option D: Rolling updates are a legitimate deployment strategy and do not indicate runtime drift unless they introduce unexpected changes outside of the intended update process.
NEW QUESTION # 195
Why might an image assessment fail to complete?
Answer: C
NEW QUESTION # 196
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