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CrowdStrike CCCS-203b Exam Syllabus Topics:

Topic	Details
Topic 1	Pre-Runtime Protection: This domain covers managing registry connections, selecting image assessment methods, and analyzing assessment reports to identify malware, CVEs, leaked secrets, Dockerfile misconfigurations, and vulnerabilities before deployment.
Topic 2	Cloud Security Policies and Rules: This domain addresses configuring CSPM policies, image assessment policies, Kubernetes admission controller policies, and runtime sensor policies based on specific use cases.
Topic 3	Runtime Protection: This domain focuses on selecting appropriate Falcon sensors for Kubernetes environments, troubleshooting deployments, and identifying misconfigurations, unassessed images, IOAs, rogue containers, drift, and network connections.

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CrowdStrike Certified Cloud Specialist Sample Questions (Q21-Q26):

NEW QUESTION # 21
What is a primary use case of the Falcon Container Sensor in a Kubernetes cluster?

A. To perform static analysis of container images during the build phase.
B. To replace Kubernetes' native logging and monitoring tools with Falcon's services.
C. To manage Kubernetes cluster scaling based on security alerts.
D. To provide runtime protection and detect threats within containerized workloads.

Answer: D

Explanation:
Option A: Static analysis of container images is handled by tools like CrowdStrike Falcon Image Assessment, not the Falcon Container Sensor. The sensor focuses on runtime security within the deployed Kubernetes cluster.
Option B: Cluster scaling is not within the scope of the Falcon Container Sensor. Kubernetes handles scaling through mechanisms like Horizontal Pod Autoscaler or Cluster Autoscaler.
Option C: The Falcon Container Sensor is not a replacement for Kubernetes' logging and monitoring tools. It complements these tools by focusing on security aspects such as threat detection and runtime protection.
Option D: The Falcon Container Sensor provides runtime protection for containerized workloads, detecting threats, vulnerabilities, and anomalous behaviors in real time. This ensures that active workloads in a Kubernetes cluster are continuously monitored and secured against attacks.

NEW QUESTION # 22
Which feature of Falcon Horizon allows users to identify exposed cloud services and workloads running without requiring the deployment of a Falcon sensor?

A. Deployment of lightweight monitoring agents
B. Vulnerability patching orchestration
C. Real-time behavioral monitoring
D. API-driven cloud workload discovery

Answer: D

Explanation:
Option A: Patching orchestration is not part of Falcon Horizon's functionality. It focuses on remediation rather than workload discovery or runtime protection.
Option B: While lightweight monitoring agents can provide visibility, this contradicts the requirement of finding workloads without deploying a Falcon sensor. Falcon Horizon's agentless approach eliminates this dependency.
Option C: Real-time behavioral monitoring is a feature of Falcon modules like Falcon Prevent or Falcon Insight, which require sensors to monitor and analyze workload behavior. This is not applicable to environments without sensor deployment.
Option D: Falcon Horizon uses API-driven cloud workload discovery to analyze the state of resources in the cloud environment. By leveraging APIs provided by cloud service providers, Falcon Horizon gathers data on running workloads, exposed services, and misconfigurations without needing to deploy agents or sensors on individual workloads. This approach is efficient and does not require intrusive installation processes.

NEW QUESTION # 23
You are tasked with reviewing the installed packages in a container image to ensure compliance with security policies.
Which of the following best describes a secure and efficient approach to this task?

A. Manually reviewing the base image layers using a text editor.
B. Creating a custom script to compare installed packages with known vulnerabilities.
C. Using the apt-get list command inside the container to manually check package versions.
D. Using a container security scanning tool to generate a software bill of materials (SBOM).

Answer: D

Explanation:
Option A: This is a manual and error-prone process that does not scale well for complex images.
It also fails to cross-reference vulnerabilities in real-time.
Option B: An SBOM provides a detailed inventory of all installed packages and dependencies in a container image. Container security scanning tools can automatically generate this information and cross-reference it with vulnerability databases, ensuring efficient and accurate reviews.
Option C: While technically possible, this approach is inefficient and unnecessary when purpose- built tools exist. Writing and maintaining such a script is time-intensive and error-prone.
Option D: This is an impractical and incomplete approach. Vulnerabilities cannot be reliably identified by manually inspecting files without the context of vulnerability databases or automated tools.

NEW QUESTION # 24
You are using the CrowdStrike Cloud Infrastructure Entitlement Manager (CIEM) to audit cloud accounts.
Which of the following accounts should be flagged for unnecessary access privileges?

A. An account with "write" access to storage buckets and "admin" access to IAM policies but only performs read operations.
B. An account with permissions scoped to the "least privilege" principle and limited to specific resources.
C. An account with "read-only" permissions to production resources but no login activity in 90 days.
D. An account with "limited" access to staging resources used for development purposes.

Answer: A

Explanation:
Option A: This account adheres to best practices for privilege management. It is unlikely to be flagged for unnecessary access privileges.
Option B: This account has unnecessary access privileges because its operations are limited to reading, yet it has higher permissions (write and admin). These excess privileges increase the attack surface and violate the principle of least privilege. This account should be reviewed and adjusted to remove unnecessary permissions.
Option C: While inactivity might warrant review, "read-only" permissions do not pose a significant risk in terms of access privilege misuse. This account would more likely be flagged for inactivity rather than unnecessary privileges.
Option D: This account aligns with the principle of least privilege and has access limited to a specific scope. It does not demonstrate unnecessary privileges.

NEW QUESTION # 25
Which method is most effective for identifying Indicators of Attack (IOAs) in a cloud-native environment?

A. Utilize CrowdStrike's integration with cloud-native APIs for IOA detection
B. Deploy a CrowdStrike Falcon sensor on all endpoints
C. Rely on cloud provider security tools like AWS GuardDuty or Azure Security Center
D. Implement runtime monitoring via Kubernetes native tools such as kube-audit

Answer: A

Explanation:
Option A: Cloud provider tools offer baseline threat detection but lack the advanced IOA analysis capabilities of CrowdStrike. These tools are generally more focused on Indicators of Compromise (IOCs) rather than IOAs, which identify behaviors indicative of an attack.
Option B: Kubernetes auditing tools like kube-audit can provide some insights into cluster activity but are not specialized for detecting IOAs. These tools require significant customization to identify attack behaviors effectively.
Option C: While deploying Falcon sensors provides comprehensive runtime protection and IOA detection, this approach requires installing agents, which may not be feasible in all cloud-native environments. The question focuses on cloud-native environments, where agentless detection may be more relevant.
Option D: CrowdStrike integrates with cloud-native APIs to monitor runtime behavior, detect IOAs, and provide advanced threat protection without requiring agent installation. This approach is highly effective in cloud-native environments where workloads are dynamic and ephemeral.

NEW QUESTION # 26
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