Pass Guaranteed Quiz 2026 Realistic Verified Free CCCS-203b Exam Dumps
Free CrowdStrike Certified Cloud Specialist CCCS-203b Ultimate Study Guide (Updated 367 Questions)
NEW QUESTION # 144
Which of the following steps is required to configure a cloud account using APIs for integration with CrowdStrike Falcon?
- A. Manually deploy CrowdStrike agents on all workloads before registering the account via APIs.
- B. Generate an API client with appropriate permissions and use it to authenticate and register the cloud account.
- C. Directly upload API credentials to the CrowdStrike Falcon Console without generating an API client.
- D. Provide read-only API access to the Falcon platform for monitoring and reporting.
Answer: B
Explanation:
Option A: Read-only API access is insufficient for full functionality, as CrowdStrike Falcon requires the ability to monitor, enforce policies, and take corrective actions. Limited API access would restrict key security features.
Option B: Generating an API client ensures that CrowdStrike Falcon can authenticate securely and perform necessary tasks, such as registering the cloud account, retrieving metadata, and monitoring resources. The API client is configured with permissions scoped to enable integration without over privileging.
Option C: Directly uploading API credentials without an API client configuration bypasses the secure framework established by CrowdStrike. Proper API client generation is critical to ensuring that permissions are managed securely and efficiently.
Option D: Deploying agents on workloads is not a prerequisite for account registration. Agents are workload-specific and managed after the account has been integrated using APIs. This step conflates workload setup with account configuration.
NEW QUESTION # 145
How does the CrowdStrike Identity Analyzer help administrators identify users with stale passwords that have not been changed for an extended period?
- A. Using the Stale Credential Detection feature.
- B. Through automated password expiration enforcement.
- C. By generating periodic reminders to users to update their passwords.
- D. By integrating with the cloud provider's activity logs to extract password change timestamps.
Answer: A
Explanation:
Option A: Password expiration enforcement is a policy-driven mechanism, not a detection feature.
The question specifically asks about identifying stale passwords, not enforcing policy compliance.
Option B: While integration with cloud provider logs is part of the Identity Analyzer's capabilities, this approach alone does not detect stale passwords effectively. Additional processing, such as the Stale Credential Detection feature, is required to analyze and identify such users.
Option C: The Stale Credential Detection feature of the CrowdStrike Identity Analyzer proactively identifies credentials, including passwords, that have not been updated within a specified time period. This is the most accurate and direct solution for the scenario.
Option D: Sending reminders may encourage users to change passwords, but it is not a detection mechanism for stale passwords. The question is about identifying stale credentials, not prompting updates.
NEW QUESTION # 146
A security team is tasked with creating a detailed report on recent security events in their cloud environment to satisfy compliance requirements.
Which feature of CrowdStrike Falcon's reporting tool is most appropriate for generating such a report?
- A. Manually compile data from various sources and generate a report using third-party tools.
- B. Export only the logs of failed login attempts as the primary focus of the report.
- C. Use the reporting tool to generate a report exclusively focused on endpoint protection metrics.
- D. Utilize the pre-configured compliance report templates provided by CrowdStrike Falcon.
Answer: D
Explanation:
Option A: This is the correct answer because pre-configured compliance report templates are designed to align with industry standards and include relevant data, such as security events, configurations, and compliance status. They save time and ensure completeness.
Option B: Endpoint protection is important but insufficient for a cloud-focused compliance report.
Cloud workload security metrics and compliance details are also essential.
Option C: While feasible, this method is time-consuming, prone to errors, and inefficient compared to leveraging the built-in reporting capabilities of CrowdStrike Falcon.
Option D: Focusing solely on failed login attempts overlooks other critical aspects, such as detections, vulnerabilities, and workload protection, which are essential for comprehensive compliance reporting.
NEW QUESTION # 147
What is a key requirement for deploying the CrowdStrike Kubernetes Admission Controller to monitor and secure Kubernetes workloads?
- A. The Admission Controller must be deployed as a DaemonSet on every node.
- B. The Admission Controller requires a dedicated namespace in the Kubernetes cluster.
- C. The Admission Controller must run with root-level permissions inside a privileged container.
- D. The Admission Controller requires the Mutating Admission Webhook configuration to be enabled in the Kubernetes API server.
Answer: D
Explanation:
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.
NEW QUESTION # 148
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 provide runtime protection and detect threats within containerized workloads.
- C. To manage Kubernetes cluster scaling based on security alerts.
- D. To replace Kubernetes' native logging and monitoring tools with Falcon's services.
Answer: B
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 # 149
A security team is conducting an audit of user permissions in their cloud infrastructure monitored by CrowdStrike Falcon.
Which of the following findings would indicate a high-risk security posture that requires immediate action?
- A. A developer has read-only access to a production environment for debugging purposes.
- B. A service account with limited permissions is used for an automated CI/CD pipeline.
- C. An administrator rotates their access keys every 30 days as part of a security policy.
- D. Multiple inactive user accounts retain administrator privileges and have not been used in several months.
Answer: D
Explanation:
Option A: Frequent access key rotation improves security and aligns with best practices, reducing exposure to credential compromise.
Option B: Read-only access for developers in production is a controlled permission and does not present a high risk unless misused.
Option C: Service accounts with limited permissions are a best practice for automated processes and do not pose a significant security risk.
Option D: Inactive administrator accounts pose a major security risk because they could be compromised without detection. Attackers often target dormant accounts to escalate privileges and gain unauthorized access.
NEW QUESTION # 150
You are using the Packages dashboard to identify all Python packages found on assessed container images. You must provide a list of those packages to a team member who is not a Falcon user.
Which option meets these requirements?
- A. Filter by package type: PYTHON and export to CSV or JSON
- B. Filter by package type: PYTHON and create a saved filter for your team member to view
- C. Filter by package name & version: PYTHON and export to CSV or JSON
- D. Filter by package name & version: PYTHON and create a saved filter for your team member to view
Answer: A
Explanation:
InFalcon Cloud Security, thePackages dashboardallows filtering package inventory bypackage type, such as Python, Java, or OS-level packages.
To share results with a team memberwho is not a Falcon user, the data must be exported. Creating saved filters does not grant access to non-users. Filtering bypackage type: PYTHONensures all Python-related packages are included regardless of name or version, providing complete coverage.
Exporting the filtered results toCSV or JSONenables easy sharing, offline analysis, and integration into other tools.
Therefore, the correct option isFilter by package type: PYTHON and export to CSV or JSON.
NEW QUESTION # 151
Which feature in CrowdStrike Falcon enables the identification of potentially malicious network connections in a containerized environment?
- A. External firewalls integrated with the Falcon platform.
- B. Network Access Control (NAC) policies configured for each container.
- C. Container Threat Detection (CTD) integrated with runtime protection.
- D. CrowdStrike's endpoint protection suite without specific container policies.
Answer: C
Explanation:
Option A: NAC is a separate security mechanism that manages network permissions and access but does not provide real-time monitoring of network connections within container environments.
Option B: External firewalls provide perimeter security but cannot identify or monitor internal container network activity in real time.
Option C: The endpoint protection suite focuses on host-based security and does not inherently include container-specific runtime protections or network monitoring capabilities.
Option D: CTD identifies suspicious and malicious behaviors, including abnormal network activity, by monitoring container processes in real time. This is an essential capability of runtime protection in Falcon to secure workloads effectively.
NEW QUESTION # 152
After deploying the CrowdStrike Container Sensor in a Kubernetes environment, developers notice significant performance degradation in pod startup times.
What is the most likely cause of this issue?
- A. The sensor is overloading the Kubernetes API server with frequent requests.
- B. The sensor is blocking all traffic to external endpoints by default.
- C. The sensor's configuration includes improper resource limits and requests.
- D. The Kubernetes nodes are running an unsupported operating system.
Answer: C
Explanation:
Option A: The sensor does not block traffic. Its purpose is to monitor and report, not enforce network traffic rules. Any network issues would typically be related to cluster configuration or network policies, not the sensor.
Option B: If the Container Sensor's resource requests and limits are improperly configured, it can consume excessive CPU or memory, potentially impacting the Kubernetes node and slowing down pod startup times. Ensuring the sensor's resource requirements align with the cluster's capacity is crucial to maintaining performance.
Option C: While running an unsupported OS could cause deployment failures, it is unlikely to cause performance degradation. The sensor checks compatibility during deployment.
Option D: The Container Sensor does not directly interact with the Kubernetes API server in a manner that would overload it. Admission-related requests are handled by the Admission Controller, which operates independently.
NEW QUESTION # 153
Which CrowdStrike Falcon capability is most effective for identifying suspicious or malicious network connections initiated by workloads in a runtime environment?
- A. Real-Time Network Monitoring with Behavioral Analytics
- B. IP Blacklist Integration for Inbound Traffic Only
- C. Scheduled Audits of Network Configurations
- D. Network Threat Detection in Development Pipelines
Answer: A
Explanation:
Option A: Relying solely on inbound traffic blacklists limits the scope of protection. Many malicious activities, such as data exfiltration or beaconing, involve outbound connections.
Option B: Periodic audits can identify misconfigurations but lack the ability to detect or respond to real-time network activity or emerging threats.
Option C: CrowdStrike Falcon provides real-time monitoring and behavioral analytics to detect abnormal network activity in runtime environments. This feature allows security teams to identify and investigate malicious connections based on patterns or anomalies in communication, such as unusual ports, destinations, or traffic volumes.
Option D: While development pipeline scanning is useful for ensuring secure code and configurations, it does not address runtime network behavior or connections initiated by running workloads.
NEW QUESTION # 154
You are tasked with registering a new cloud account to CrowdStrike Falcon for monitoring and security purposes.
Which of the following steps must you complete to ensure successful cloud account registration?
- A. Enable two-factor authentication on the cloud account for all users.
- B. Manually configure endpoint agents on all virtual machines in the cloud account.
- C. Delete all existing unused IAM roles before registering the account.
- D. Grant the CrowdStrike Falcon application the required permissions on the cloud provider.
Answer: D
Explanation:
Option A: Granting the Falcon application the appropriate permissions ensures it can access logs, telemetry, and security configurations necessary for monitoring and protection. Without these permissions, Falcon cannot function correctly in the cloud environment.
Option B: Two-factor authentication is a general security best practice but not directly relevant to cloud account registration in Falcon. CrowdStrike integrates with the account through APIs and IAM permissions.
Option C: Deleting unused IAM roles is unnecessary and could disrupt existing configurations.
This step does not contribute to successful cloud account registration.
Option D: While endpoint agents provide additional security, they are not a requirement for registering a cloud account. The account registration focuses on permissions and integrations, not endpoint installations.
NEW QUESTION # 155
Which of the following actions can be included in a custom Falcon Fusion workflow to notify individuals about a cloud-related detection?
- A. Automatically deploy a remediation script to affected cloud instances
- B. Post a message in a public Falcon Community forum
- C. Send an email notification
- D. Update a third-party ticketing system via webhook
Answer: C
Explanation:
Option A: While this action is technically possible using Falcon Fusion, it does not involve direct notification to individuals. Instead, it updates an external system, such as a ticketing tool like Jira or ServiceNow. This action complements notifications but does not replace them.
Option B: While Falcon Fusion workflows can trigger certain automated actions, deploying remediation scripts directly to cloud instances would fall outside its primary scope. Falcon Fusion focuses on notification and orchestration, not executing scripts on instances directly. Users can integrate remediation via third-party tools connected to the workflow.
Option C: Falcon Fusion workflows support the ability to send email notifications as part of custom workflows. This is particularly useful for notifying individuals or teams about specific cloud-related detections, such as potential security breaches or compliance violations. Email notifications are configurable and allow for timely communication.
Option D: Falcon Fusion workflows are designed for private, secure notifications within the organization or integrated systems. Posting in a public forum would not align with security and confidentiality best practices.
NEW QUESTION # 156
What is the primary goal of conducting image assessments in Falcon Cloud Security?
- A. To identify vulnerabilities and misconfigurations in container images before deployment.
- B. To enforce network policies for container-to-container communication.
- C. To limit resource consumption for containers based on predefined thresholds.
- D. To monitor container runtime behavior for malicious activities.
Answer: A
Explanation:
Option A: Resource limitations are managed by Kubernetes resource quotas and configurations, not image assessments.
Option B: Image assessments in Falcon Cloud Security focus on analyzing container images for vulnerabilities, outdated dependencies, and misconfigurations, ensuring the images are secure before being deployed in production.
Option C: Runtime monitoring detects malicious behavior during the container's operation but is a separate capability from image assessments, which are focused on static analysis.
Option D: Network policies manage communication between containers and are enforced by Kubernetes network plugins or tools like Calico, not image assessments.
NEW QUESTION # 157
You are tasked with editing a cloud security posture policy in the CrowdStrike Falcon platform to ensure that all S3 buckets in your AWS environment are encrypted. Which of the following changes should you make to achieve this goal?
- A. Enable the "Restrict Public Access" option under the S3 policy settings.
- B. Disable versioning on S3 buckets in the cloud security posture policy.
- C. Enable the "Log Bucket Access" feature to track all access attempts.
- D. Configure a rule in the cloud security posture policy to detect unencrypted S3 buckets and set the action to "Alert."
Answer: D
Explanation:
Option A: Disabling versioning affects data retention and rollback capabilities but has no impact on encryption requirements.
Option B: Logging bucket access provides audit trails but does not ensure encryption. It serves a different purpose, primarily for compliance and monitoring.
Option C: Restricting public access enhances security but does not enforce encryption on S3 buckets.
This option is unrelated to encryption requirements.
Option D: To ensure S3 bucket encryption, you must create a rule within the cloud security posture policy that identifies unencrypted S3 buckets. Setting the action to "Alert" notifies administrators of non-compliant buckets while allowing them to address issues. This approach directly targets encryption settings, aligning with cloud security best practices.
NEW QUESTION # 158
During the deployment of the CrowdStrike Kubernetes Sensor in a Kubernetes cluster, the installation fails with the error: 1. "ServiceAccount missing required permissions." What is the most likely cause of this issue?
- A. The ServiceAccount is incorrectly assigned to a worker node instead of a master node.
- B. The CrowdStrike Kubernetes Sensor container image is corrupted.
- C. The Kubernetes cluster is running an unsupported version.
- D. The ServiceAccount does not have the correct RBAC (Role-Based Access Control) permissions for the sensor.
Answer: D
Explanation:
Option A: ServiceAccounts are cluster-wide and are not assigned to specific nodes. This answer demonstrates a misunderstanding of Kubernetes architecture.
Option B: A corrupted container image would lead to issues like failed image pulls or runtime errors, not an error related to the ServiceAccount permissions.
Option C: This is the correct answer because the error message points to a permissions issue related to the ServiceAccount. CrowdStrike Kubernetes Sensors require specific RBAC permissions to monitor and protect workloads effectively. If these permissions are missing or misconfigured, the deployment will fail.
Option D: While running an unsupported Kubernetes version can cause compatibility issues, it would not result in a "ServiceAccount missing required permissions" error. The error clearly points to RBAC misconfiguration, not version incompatibility.
NEW QUESTION # 159
Which data sources does CrowdStrike CIEM primarily analyze to identify privileged accounts without multi-factor authentication (MFA)?
- A. Cloud provider IAM policy configurations and MFA enforcement settings.
- B. Email activity logs from integrated cloud email platforms.
- C. Endpoint login logs collected by CrowdStrike Falcon.
- D. Firewall access control lists (ACLs) for privileged IP ranges.
Answer: A
Explanation:
Option A: Falcon focuses on endpoint activity and threat detection, which is unrelated to IAM configurations or MFA enforcement. CIEM is tailored to cloud IAM analysis.
Option B: Email activity logs are unrelated to identifying privileged accounts or MFA enforcement.
CIEM focuses on cloud provider IAM policies and MFA settings to detect misconfigurations effectively.
Option C: Firewall ACLs are used to control network traffic and are not relevant to cloud IAM or MFA configurations. CIEM operates on IAM data and cloud provider configurations, not network- level settings.
Option D: CIEM analyzes IAM policy configurations to identify accounts with privileged roles and cross-references these findings with MFA enforcement settings to determine which accounts are not protected by MFA. This approach ensures precise detection of misconfigured accounts that could pose security risks.
NEW QUESTION # 160
A technology company is running a Kubernetes-based microservices architecture deployed across both on-premises data centers and multiple cloud environments, including AWS and Google Cloud. The security team wants a unified solution that provides runtime protection, threat detection, and container visibility across their hybrid cloud infrastructure.
Which CrowdStrike Falcon?sensor should they deploy?
- A. Falcon Sensor for Mobile Devices
- B. Falcon Forensic Collection Tool
- C. Falcon Cloud Workload Protection (CWP) Sensor
- D. Falcon Sensor for MacOS
Answer: C
Explanation:
Option A: Falcon CWP is designed to secure containerized workloads across hybrid cloud environments, providing real-time threat detection, runtime protection, and visibility into Kubernetes clusters regardless of where they are deployed. It supports multi-cloud and on- premises deployments, making it the best fit for this scenario.
Option B: This sensor is tailored for Mac endpoint security and does not provide Kubernetes runtime protection. It is intended for user devices rather than containerized environments.
Option C: This tool is useful for post-incident forensic investigations but does not provide proactive runtime protection. It is not intended for continuous security monitoring in Kubernetes environments.
Option D: Mobile security sensors are designed for iOS and Android devices, focusing on mobile endpoint security rather than cloud-native workloads. They do not offer runtime protection for Kubernetes environments.
NEW QUESTION # 161
A healthcare organization is required to comply with HIPAA regulations and is using CrowdStrike Falcon to monitor and enforce security rules in its AWS, Azure, and Google Cloud environments.
Which security rule implementation is most effective in ensuring compliance while mitigating threats?
- A. Implement adaptive security rules that leverage behavioral analytics and threat intelligence
- B. Disable logging and monitoring to minimize storage costs.
- C. Use default security group settings from the cloud providers.
- D. Enable strict allow-all policies to reduce operational complexity.
Answer: A
Explanation:
Option A: Disabling logging and monitoring violates HIPAA compliance and makes it impossible to detect security incidents. Cloud security requires continuous monitoring, audit logging, and alerting to ensure compliance and threat mitigation.
Option B: Adaptive security rules using behavioral analytics and threat intelligence allow for proactive threat detection and dynamic policy enforcement, ensuring both security and compliance. This method prevents anomalies and unauthorized access without disrupting legitimate operations.
Option C: Default security group settings from cloud providers are often overly permissive. These must be hardened with least privilege rules to prevent unauthorized access and data exposure.
Option D: An allow-all policy is a major security risk as it removes all access controls, making cloud resources vulnerable to unauthorized access and potential data breaches, violating HIPAA compliance.
NEW QUESTION # 162
A security administrator at a mid-sized company wants to automate security monitoring and ensure compliance with security policies by scheduling cloud security reports in the CrowdStrike Falcon platform.
Which of the following best describes the primary purpose of scheduled reports in CrowdStrike's cloud security offering?
- A. To provide continuous, real-time alerts on security threats as they occur
- B. To act as a replacement for real-time security monitoring tools like SIEMs
- C. To automate periodic security insights and compliance monitoring for cloud environments
- D. To execute immediate remediation actions based on predefined security policies
Answer: C
Explanation:
Option A: The primary purpose of scheduled reports is to provide automated security insights, compliance overviews, and periodic monitoring of cloud environments, helping teams proactively manage risks.
Option B: Scheduled reports complement real-time monitoring but do not replace tools like SIEMs, which aggregate and analyze security data continuously.
Option C: Scheduled reports are designed for periodic insights, not for real-time alerting. Real- time alerts are handled by Falcon's detection and response mechanisms, not scheduled reports.
Option D: While security reports provide valuable insights, they do not execute remediation actions directly. Remediation is handled by security teams based on insights from reports.
NEW QUESTION # 163
In Falcon Cloud Security, how is the distinction between assessed and unassessed items most accurately explained?
- A. Assessed items refer to all managed assets, while unassessed items include only unmanaged assets.
- B. Assessed items are container images that have been scanned for vulnerabilities, while unassessed items are those that have not yet been scanned.
- C. Assessed items include containers that are in active use, while unassessed items include archived or inactive containers.
- D. Assessed items have been fully patched, while unassessed items have outdated configurations.
Answer: B
Explanation:
Option A: Assessed items are those, such as container images, that have undergone vulnerability or configuration assessments within Falcon Cloud Security. Unassessed items have not yet been scanned, possibly due to configuration, scope, or timing limitations. Understanding this distinction is critical for prioritizing security tasks.
Option B: The term "assessed" does not equate to being "fully patched." An item can be assessed and still have vulnerabilities that need remediation.
Option C: Assessed and unassessed statuses are not related to the activity or archival state of containers. Both active and inactive containers can be either assessed or unassessed depending on scanning processes.
Option D: Assessed items are not synonymous with managed assets; unmanaged items can also be assessed if scanned through external tools or workflows.
NEW QUESTION # 164
Which of the following is a valid use case for deploying a Falcon Fusion workflow?
- A. Automatically isolating an endpoint when a high-severity detection is flagged.
- B. Generating monthly billing reports for CrowdStrike subscriptions.
- C. Deploying software updates across all managed endpoints.
- D. Providing detailed analysis of endpoint vulnerabilities over the past year.
Answer: A
Explanation:
Option A: Software updates are typically handled by IT management tools or Falcon's endpoint management capabilities, not Falcon Fusion workflows.
Option B: Generating billing reports is an administrative task and is not within the scope of Falcon Fusion, which focuses on event-driven security automation.
Option C: Falcon Fusion does not perform long-term vulnerability analysis; it is designed for immediate, action-oriented responses to events. Vulnerability analysis would be conducted using other tools in the CrowdStrike suite.
Option D: Falcon Fusion workflows are designed for event-based actions, such as isolating an endpoint in response to a high-severity threat. This automation reduces response time and mitigates potential damage.
NEW QUESTION # 165
When registering a cloud account with Falcon, what is the first required step to ensure the registration process is successful?
- A. Deploying the CrowdStrike Falcon agent to all cloud workloads.
- B. Granting CrowdStrike permissions to access the cloud account via an API role or service account.
- C. Activating vulnerability scanning for all container images in the account.
- D. Synchronizing account metadata with the Falcon Console by uploading a CSV file.
Answer: B
Explanation:
Option A: Deploying the Falcon agent to workloads is not a prerequisite for registering the cloud account. Agent deployment is a separate step focused on workload protection, not account registration.
Option B: There is no requirement to upload metadata via a CSV file during the registration process. Falcon Cloud Security collects metadata automatically once permissions are granted.
Option C: While vulnerability scanning is an important feature of Falcon Cloud Security, it is not a step in the account registration process. Scanning requires additional configurations after registration.
Option D: Granting the necessary permissions through an API role or service account is a critical first step in registering a cloud account with Falcon. Without these permissions, Falcon Cloud Security cannot monitor or secure resources within the account.
NEW QUESTION # 166
When configuring CrowdStrike to perform an image assessment, which step is required to obtain registry credentials for a container registry from the approved registry list?
- A. Generate a service account key with read-only access to the container registry.
- B. Use a command-line tool to authenticate with the container registry and export the credentials to a file.
- C. Use the CrowdStrike API to directly retrieve credentials from the registry.
- D. Configure the container registry to push credentials to CrowdStrike via a webhook.
Answer: A
Explanation:
Option A: The CrowdStrike API cannot directly retrieve credentials from a container registry.
Credentials must be manually configured or provided through secure integration.
Option B: While using a command-line tool can authenticate with a registry, exporting credentials to a file is not recommended due to the risk of exposure. CrowdStrike supports direct integration using service account keys or other secure methods.
Option C: Container registries do not support pushing credentials to CrowdStrike through webhooks. Webhooks are generally used for event notifications, not credential management.
Option D: Generating a service account key with read-only access to the container registry ensures that CrowdStrike has the necessary permissions to pull container images for assessment. This approach follows best practices by limiting the scope of access to avoid unnecessary security risks.
NEW QUESTION # 167
What is a key requirement for deploying the Falcon Container Sensor in a Kubernetes cluster?
- A. All containers in the cluster must run with root privileges.
- B. The Kubernetes cluster must use a managed service like Amazon EKS or Google GKE.
- C. The cluster must have the Docker runtime installed on all nodes.
- D. The sensor must be deployed using a Helm chart or Kubernetes manifest.
Answer: D
Explanation:
Option A: The Falcon Container Sensor is deployed in a Kubernetes cluster using a Helm chart or Kubernetes manifest. This deployment method ensures that the sensor is configured correctly and adheres to Kubernetes deployment standards. Helm charts simplify the deployment process by automating configurations and managing dependencies.
Option B: The Falcon Container Sensor supports both Docker and other container runtimes, such as containerd, as per Kubernetes standards. Limiting it to Docker would ignore the flexibility offered by modern Kubernetes environments.
Option C: While Falcon Container Sensor supports managed Kubernetes services like Amazon EKS and Google GKE, it is not a strict requirement. The sensor can also be deployed in self- managed Kubernetes clusters.
Option D: Running containers with root privileges is a security risk and not a requirement for deploying the Falcon Container Sensor. The sensor operates without requiring such elevated privileges for application containers.
NEW QUESTION # 168
While editing an existing Kubernetes Admission Controller policy in Falcon Cloud Security, what change would likely cause a disruption in cluster operations?
- A. Changing the policy to enforce runtime application behavior monitoring.
- B. Deleting an unused Admission Controller policy.
- C. Modifying the policy to block deployment of containers without defined resource limits.
- D. Adding a policy that restricts access to Kubernetes Secrets.
Answer: C
Explanation:
Option A: Deleting an unused policy has no immediate effect on cluster operations, as it is not actively being enforced.
Option B: Admission Controllers do not enforce runtime behavior; this is typically handled by runtime security tools like Kubernetes security policies or host monitoring agents.
Option C: Restricting access to Secrets is a valid and recommended security practice but would not directly cause operational disruptions unless misconfigured, such as blocking necessary application Secrets.
Option D: Blocking containers without resource limits may disrupt operations if existing deployments do not comply with this new requirement, potentially affecting CI/CD pipelines or existing automation scripts.
NEW QUESTION # 169
......
Get to the Top with CCCS-203b Practice Exam Questions: https://testking.realvce.com/CCCS-203b-VCE-file.html