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CrowdStrike CCCS-203b Exam Overview:

Certification Vendor:	CrowdStrike
Exam Name:	CrowdStrike Certified Cloud Specialist Exam
Exam Number:	CCCS-203b
Passing Score:	80% or 700/1000
Exam Format:	Fill-in-the-blank, Build a tree, Simulation, Hot area, Multiple choice (single/multiple answer)
Exam Duration:	90 minutes
Real Exam Qty:	58-60
Available Languages:	English
Exam Price:	$250 USD
Certificate Validity Period:	2 years
Recommended Training:	CrowdStrike Certified Cloud Specialist Training
Exam Registration:	Pearson VUE Registration
Sample Questions:	CrowdStrike CCCS-203b Sample Questions
Exam Way:	Online proctored or onsite at Pearson VUE test centers
Pre Condition:	Basic knowledge of cloud platforms (AWS/Azure/GCP) and familiarity with CrowdStrike Falcon platform recommended; no mandatory prerequisites
Official Syllabus URL:	https://www.crowdstrike.com/services/training-certification/

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CrowdStrike CCCS-203b Exam Syllabus Topics:

Topic	Details
Topic 1	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.
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	Falcon Cloud Security Features and Services: This domain covers understanding CrowdStrike's cloud security products (CSPM, CWP, ASPM, DSPM, IaC security) and their integration, plus one-click sensor deployment and Kubernetes admission controller capabilities.
Topic 4	Remediating and Reporting Issues: This domain addresses identifying remediation steps for findings, using scheduled reports for cloud security, and utilizing Falcon Fusion SOAR workflows for automated notifications.
Topic 5	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 6	Cloud Account Registration: This domain focuses on selecting secure registration methods for cloud environments, understanding required roles, organizing resources into cloud groups, configuring scan exclusions, and troubleshooting registration issues.

CrowdStrike Certified Cloud Specialist Sample Questions (Q262-Q267):

NEW QUESTION # 262
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. API-driven cloud workload discovery
C. Vulnerability patching orchestration
D. Real-time behavioral monitoring

Answer: B

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 # 263
A security team using CrowdStrike Falcon wants to reduce alert noise and improve resource visibility by organizing cloud resources into cloud groups.
Which of the following best describes a key benefit of using cloud groups?

A. Forces all cloud accounts to be grouped together under a single security policy, eliminating flexibility in security management.
B. Only works for multi-cloud environments and cannot be used within a single cloud provider's infrastructure.
C. Allows security teams to segment resources by cloud provider, region, or application to streamline threat monitoring.
D. Requires manual intervention for every new cloud resource, preventing automated assignment of resources to groups.

Answer: C

Explanation:
Option A: Cloud groups do not force all accounts into a single security policy; they enable flexible segmentation, allowing different teams to manage security for different resource sets.
Option B: Cloud groups in Falcon allow security teams to segment cloud resources by various attributes (e.g., cloud provider, region, application, business unit). This helps organize assets, reduce noise, and assign appropriate security responsibilities.
Option C: Falcon supports automated resource grouping based on predefined criteria, reducing manual work when new resources are added.
Option D: Cloud groups can be used in both single-cloud and multi-cloud environments, making them useful for organizations regardless of their cloud strategy.

NEW QUESTION # 264
You are reviewing user accounts in your organization using the CrowdStrike CIEM/Identity Analyzer. Which of the following scenarios represents the correct method to identify an inactive user?

A. A user who has no recorded login activity for the past 90 days and has no active API tokens.
B. A user who recently logged in and modified IAM policies but has minimal activity in other resources.
C. A user who has logged in twice in the past week but has not used any IAM role or resource permissions.
D. A user with no logins or API activity in the last 30 days but with active IAM roles assigned.

Answer: A

Explanation:
Option A: This scenario aligns with the definition of an inactive user. A lack of login activity combined with the absence of active API tokens indicates that the user account is not currently in use, making it a candidate for review or deactivation. CIEM tools are designed to highlight such accounts to reduce unnecessary exposure.
Option B: Modifying IAM policies is a critical activity, and the recent login further indicates the account is active. Minimal resource usage doesn't qualify the user as inactive.
Option C: Regular logins indicate activity. Even if IAM roles or resources are not utilized, the login behavior demonstrates some level of engagement, so the user is not considered inactive.
Option D: While the user shows inactivity, the presence of active IAM roles suggests potential risk if roles are misused. This might warrant review but doesn't definitively qualify the account as inactive until a longer inactivity period is confirmed.

NEW QUESTION # 265
Which Falcon sensor is best suited for securing a hybrid cloud environment with both containerized and non-containerized workloads?

A. Falcon Kubernetes Sensor
B. Falcon Container Sensor
C. Falcon Horizon Sensor
D. Falcon Linux Sensor

Answer: B

Explanation:
Option A: Falcon Horizon is designed for cloud security posture management (CSPM) and not for runtime protection of workloads. While it helps identify misconfigurations and compliance issues, it does not directly secure containerized or non-containerized workloads.
Option B: While the Falcon Kubernetes Sensor provides excellent runtime protection for containerized workloads in Kubernetes environments, it does not extend its capabilities to non- containerized workloads, making it insufficient for hybrid environments.
Option C: Falcon Container Sensor is optimized for securing containerized workloads, including runtime protection and integration with CI/CD pipelines. Additionally, it can coexist with Falcon Linux Sensor to provide coverage for hybrid environments, making it the best choice in this scenario.
Option D: The Falcon Linux Sensor is ideal for securing traditional Linux workloads but does not provide the specific runtime container protection and orchestration-level insights needed for Kubernetes-based environments.

NEW QUESTION # 266
You are troubleshooting a CrowdStrike Container Sensor deployment on a Kubernetes cluster.
The sensor is not reporting data back to the CrowdStrike Falcon Console.
What could be the most likely cause of this issue?

A. The Kubernetes namespace for the sensor deployment was not labeled correctly.
B. The Kubernetes cluster is using a version not supported by the CrowdStrike Container Sensor.
C. The CrowdStrike Container Sensor Helm chart was not installed with elevated privileges.
D. The CrowdStrike Container Sensor deployment does not include a valid CrowdStrike API token.

Answer: D

Explanation:
Option A: The CrowdStrike Container Sensor requires a valid API token for authentication and communication with the CrowdStrike Falcon Console. If the API token is invalid, expired, or missing, the sensor cannot register or send telemetry data. This is the most common issue when the sensor does not report data back.
Option B: Namespace labels are used for organizational purposes and are not directly tied to the sensor's functionality. Incorrect labeling would not prevent data reporting.
Option C: While it is important to ensure compatibility, the CrowdStrike Container Sensor supports most modern Kubernetes versions. It is less likely to be the primary cause unless you are using a very outdated or experimental Kubernetes version.
Option D: The Helm chart installation requires proper permissions, but a lack of elevated privileges would typically cause the installation to fail entirely, not prevent the sensor from reporting data.

NEW QUESTION # 267
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