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NEW QUESTION # 185
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. Container Threat Detection (CTD) integrated with runtime protection.
- C. CrowdStrike's endpoint protection suite without specific container policies.
- D. Network Access Control (NAC) policies configured for each container.
Answer: B
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 # 186
There is a valid sensor update policy for all Linux hosts that is set to n-2. Some of the hosts have not updated their sensor version.
What is the reason for this situation?
- A. One-click sensor deployment has not been enabled
- B. None of the hosts have been restarted
- C. DaemonSet was used for deployment
Answer: C
Explanation:
According to CrowdStrike Falcon documentation regardingFalcon Cloud Security (FCS)andContainer Security, the method used to deploy sensors significantly impacts how updates are managed. When Linux hosts are part of a Kubernetes cluster and the Falcon sensor is deployed as aDaemonSet, the standard "Sensor Update Policy" configured in the Falcon Console does not automatically trigger a version change in the same way it does for a standard Windows or Linux workstation.
In aDaemonSet deployment, the sensor version is typically tied to the specificcontainer image tagor the version defined in theHelm chartor YAML manifest used during deployment. If the manifest specifies a static version or if the orchestration layer (Kubernetes) is not instructed to pull a newer image and rollout a restart of the DaemonSet pods, the hosts will remain on their current version regardless of the "n-2" policy set in the console.
Furthermore, CrowdStrike documentation notes that forLinux Sensor Update Policies, the "n-2" setting dictates which version isassignedto the host, but the mechanism of delivery must be supported. In containerized environments, the "Auto-update" feature is often bypassed by the immutable nature of the deployment. To resolve this, the administrator must update the DaemonSet configuration to point to the newer sensor image, allowing Kubernetes to perform a rolling update across the nodes.
NEW QUESTION # 187
What is the primary function of the Kubernetes protection agent in CrowdStrike?
- A. Automate the creation and deployment of Kubernetes manifests for containerized applications.
- B. Provide runtime protection, visibility, and threat detection for workloads running in Kubernetes clusters.
- C. Replace Kubernetes' native logging and monitoring tools with CrowdStrike-specific alternatives.
- D. Replace Kubernetes' built-in network policies for traffic control between pods.
Answer: B
Explanation:
Option A: The Kubernetes protection agent does not replace native Kubernetes logging or monitoring tools. Instead, it integrates with these tools to enhance visibility and security, focusing on runtime threat detection and prevention.
Option B: The Kubernetes protection agent's primary function is to provide runtime protection, visibility, and threat detection for containerized workloads. It integrates with the Kubernetes cluster to monitor activities across nodes and detect malicious behavior in real time.
Option C: Automating Kubernetes manifests is not a function of the Kubernetes protection agent.
This task is typically handled by CI/CD pipelines or Kubernetes-native tools like Helm or Kustomize.
Option D: The Kubernetes protection agent does not replace built-in network policies. Instead, it complements these policies by monitoring runtime behavior and providing additional security layers against threats such as malicious container activity.
NEW QUESTION # 188
Your organization wants to use Falcon Fusion to notify individuals about policy violations related to unapproved container images in your cloud environment.
Which action type should you configure to send notifications to the cloud operations team?
- A. Send Email
- B. Execute a Remediation Script
- C. Log to Console
- D. Send to a Webhook
Answer: A
Explanation:
Option A: Logging to the console captures the event for internal monitoring but does not serve as an external notification mechanism for individuals or teams.
Option B: While remediation scripts are useful for automating fixes or responses to policy violations, they do not provide direct notification to individuals. This option is more suitable for technical remediation tasks than communication.
Option C: Sending data to a webhook can integrate Falcon Fusion with third-party systems for notification, but it requires additional setup and might not notify individuals directly unless configured to forward information to a communication platform like Slack or Teams.
Option D: "Send Email" is the correct action type to notify individuals about policy violations directly. This option allows you to send detailed notifications to specific individuals or groups, ensuring they are promptly informed about the violations. Notifications can include context like policy details, detection metadata, and recommended actions.
NEW QUESTION # 189
Your organization plans to deploy the Falcon Container Sensor in a Kubernetes cluster for enhanced security monitoring.
Which of the following is a key requirement for deploying the sensor successfully?
- A. All Kubernetes worker nodes must run the CoreOS operating system.
- B. The Falcon Container Sensor requires a privileged DaemonSet for deployment.
- C. The Falcon Container Sensor can only monitor containers running in a specific namespace.
- D. You must disable Kubernetes Role-Based Access Control (RBAC) before deploying the sensor.
Answer: B
Explanation:
Option A: The Falcon Container Sensor uses a privileged DaemonSet to gain access to host-level resources, allowing it to monitor containerized workloads effectively.
Option B: The sensor is compatible with various Linux-based operating systems, not just CoreOS.
Limiting the deployment to CoreOS is unnecessary and incorrect.
Option C: Disabling RBAC is not required and is strongly discouraged as it would reduce the security of the Kubernetes cluster. The Falcon Container Sensor can operate within an RBAC- enabled environment.
Option D: The Falcon Container Sensor monitors all containers across the cluster, not just those in a specific namespace. It operates at the cluster level to provide comprehensive security.
NEW QUESTION # 190
Which of the following scenarios would most likely indicate an account with unnecessary access privileges, as identified by a CIEM solution?
- A. An account with a revoked role assignment due to a policy change.
- B. A monitoring service account with read-only access to application logs.
- C. An administrator account used daily to manage identity policies.
- D. A developer account with write access to a production database but no recent access activity for six months.
Answer: D
Explanation:
Option A: CIEM solutions identify accounts with excessive or unused privileges, such as a developer account with elevated access that hasn't been used in a significant period. Such privileges pose a risk of being exploited and should be reviewed or revoked if not necessary.
Option B: A revoked role assignment indicates proactive access management. CIEM would not flag this as unnecessary access, as the issue has already been addressed.
Option C: Regular use of administrator accounts for their designated purpose would not typically indicate unnecessary access privileges. However, best practices encourage limiting the scope of administrator roles when possible.
Option D: This account demonstrates the principle of least privilege. The service account has minimal necessary permissions, and its activity aligns with its purpose, so it would not be flagged by CIEM.
NEW QUESTION # 191
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. Use a command-line tool to authenticate with the container registry and export the credentials to a file.
- B. Configure the container registry to push credentials to CrowdStrike via a webhook.
- C. Use the CrowdStrike API to directly retrieve credentials from the registry.
- D. Generate a service account key with read-only access to the container registry.
Answer: D
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 # 192
A cloud security team is struggling to automate responses to security incidents detected in their multi-cloud environment. They want to implement automated workflows that notify the security team when a high-severity detection occurs in a Kubernetes cluster and automatically quarantine the affected workload.
Which CrowdStrike Falcon Fusion SOAR capability is best suited for this use case?
- A. Falcon OverWatch Threat Hunting
- B. Automated Playbooks with Conditional Logic
- C. Falcon Forensics Collection
- D. Falcon Identity Protection
Answer: B
Explanation:
Option A: This feature is useful for investigating incidents after they occur but does not automate detection response in real time. It is reactive rather than proactive.
Option B: Identity Protection helps detect identity-based threats such as credential misuse but does not handle cloud workload detections or automated remediation.
Option C: While OverWatch is an advanced threat-hunting service, it does not provide automated response workflows. It focuses on identifying sophisticated attacks but does not remediate incidents automatically.
Option D: Falcon Fusion SOAR (Security Orchestration, Automation, and Response) workflows allow teams to create automated playbooks that respond to security events based on predefined logic. In this scenario, the workflow can notify the security team, assess the severity of the detection, and quarantine the compromised Kubernetes workload automatically, making it the best choice.
NEW QUESTION # 193
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?
- A. A developer manually pulls a new container image from a trusted registry and deploys it via Helm.
- B. A running container deviates from its original image by spawning an unauthorized process or modifying system binaries.
- C. An application inside a container is updated using a rolling deployment strategy.
- D. A container fails to start due to a misconfigured Kubernetes manifest file.
Answer: B
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 # 194
Your team wants to review container vulnerabilities on a weekly basis. Not all members of the team reviewing the information will have access to the Falcon console.
How can you automatically distribute the vulnerable container information from Cloud Security?
- A. Create a query using Advanced Event Search and run the query once a week
- B. Create a scheduled report to list vulnerable container data from the last 24 hours
- C. Create a dashboard displaying the vulnerable container information and share the link
- D. Create a scheduled report to list vulnerable container data from the last 7 days
Answer: D
Explanation:
CrowdStrike Falcon Cloud Security supportsscheduled reportingas the preferred mechanism for automatically distributing security findings to stakeholders who may not have direct access to the Falcon console. When container vulnerabilities need to be reviewed on aweekly basis, the correct and most operationally efficient approach is tocreate a scheduled report covering the last 7 days.
Scheduled reports can be configured to run automatically and delivered via email to designated recipients, including users without Falcon console access. This makes them ideal for cross-functional teams, auditors, or management who require regular visibility into container risk without interactive access.
UsingAdvanced Event Searchrequires console access and manual execution, which does not meet the requirement for automatic distribution. Dashboards also require console access and cannot be securely shared externally. A 24-hour report would not align with the stated weekly review cadence and could result in incomplete visibility.
CrowdStrike documentation and best practices recommend scheduled reports for recurring compliance, vulnerability, and risk reporting use cases. Therefore, the correct solution is tocreate a scheduled report to list vulnerable container data from the last 7 days.
NEW QUESTION # 195
What should you do if an API key used for a cloud account integration is suspected to be compromised?
- A. Rotate the API key and notify the Falcon administrator immediately
- B. Update the API key's privileges to restrict access temporarily
- C. Delete the API key and create a new one with the same scopes
- D. Disable the cloud account integration and restart the API client
Answer: A
Explanation:
Option A: This is incorrect because disabling the cloud account integration might interrupt monitoring and leave the account vulnerable to threats.
Option B: This is incorrect because privileges cannot be dynamically updated on a compromised key. A rotation is necessary to revoke the key and replace it securely.
Option C: This is incorrect because simply deleting and recreating the key without proper notification and impact analysis might delay response efforts. Rotation is a more structured approach.
Option D: This is correct because rotating the API key ensures that the compromised key is no longer valid. Notifying the administrator helps assess potential security impacts and plan further mitigation steps.
NEW QUESTION # 196
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 automate periodic security insights and compliance monitoring for cloud environments
- B. To provide continuous, real-time alerts on security threats as they occur
- C. To act as a replacement for real-time security monitoring tools like SIEMs
- D. To execute immediate remediation actions based on predefined security policies
Answer: A
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 # 197
An organization is deploying the CrowdStrike Falcon sensor on a Linux server to secure their Kubernetes workloads.
Which of the following is a requirement for successfully installing the Falcon sensor on a Linux server?
- A. The Linux server must run a kernel version that is supported by the Falcon sensor.
- B. The Linux server must have Docker installed as the only supported container runtime.
- C. The server must disable all other antivirus or endpoint security software before installation.
- D. The Linux server must be running in a bare-metal environment, as virtual machines are not supported.
Answer: A
Explanation:
Option A: The Falcon sensor requires compatibility with specific Linux kernel versions. Running an unsupported kernel version can result in installation failure or incomplete functionality. This requirement ensures the sensor can operate effectively and perform its security functions.
Option B: This is incorrect because the Falcon sensor is container-runtime agnostic. While Docker is supported, the sensor also works with other container runtimes, such as containerd and CRI-O.
Option C: While it is recommended to ensure compatibility with other endpoint security tools, the Falcon sensor does not require other antivirus software to be disabled. It can often coexist with other tools depending on configuration.
Option D: This is incorrect because the Falcon sensor supports both bare-metal and virtualized environments. It is designed to operate in diverse infrastructure setups, including cloud-based virtual machines.
NEW QUESTION # 198
A company uses Falcon Cloud Security to enforce policies for AWS, Azure, and Google Cloud environments. The security team wants to create a policy that ensures all storage buckets across these cloud providers are not publicly accessible.
What should be the scope of the security policy to achieve this?
- A. Apply a multi-cloud policy with the "Storage Security" category.
- B. Apply separate policies for each cloud provider with the "Network Security" category.
- C. Apply the policy to Azure only.
- D. Apply the policy to AWS only.
Answer: A
Explanation:
Option A: While creating separate policies for each cloud provider is technically possible, using the "Network Security" category would not directly address storage bucket accessibility. It would unnecessarily complicate policy management.
Option B: Multi-cloud policies in Falcon Cloud Security allow the creation of unified rules across AWS, Azure, and GCP. The "Storage Security" category is specifically designed for securing storage buckets, ensuring that they are not publicly accessible.
Option C: Limiting the policy to AWS would not ensure protection for storage buckets in Azure and GCP.
The requirement specifies a multi-cloud approach.
Option D: Focusing solely on Azure would leave AWS and GCP buckets unprotected, violating the stated requirement.
NEW QUESTION # 199
A company is using Docker-based containerized applications in a multi-cloud deployment. The security team wants to evaluate Docker configuration settings and ensure that they meet industry security benchmarks such as CIS Docker Benchmark.
Which of the following security measures should be prioritized to achieve compliance with the latest benchmarks?
- A. Allow containers to run with privileged mode for performance optimization
- B. Store Docker secrets in environment variables for easy retrieval
- C. Disable root user access and enforce least privilege permissions
- D. Use the --disable-content-trust=false flag when pulling container images
Answer: C
Explanation:
Option A: Content trust ensures that images come from verified sources, and the flag should be set to true rather than false. Using --disable-content-trust=false means that unverified, potentially malicious images could be pulled.
Option B: The CIS Docker Benchmark recommends running containers as non-root users and enforcing least privilege access to reduce attack surface. Running containers with root privileges can lead to security vulnerabilities and compliance violations.
Option C: Storing sensitive information in environment variables is a security risk because they can be accessed by any process running in the container. Instead, secrets should be stored in secure vaults or Kubernetes Secrets.
Option D: Privileged mode grants containers full access to the host system, significantly increasing security risks. This violates industry best practices and should only be used in highly controlled environments.
NEW QUESTION # 200
What allows you to block a specific vulnerability for a user-specified amount of time when creating an image assessment policy exclusion?
- A. Vulnerabilities published recently
- B. Vulnerability ID
- C. Vulnerabilities with no known fix
- D. Vulnerabilities with no known exploit
Answer: B
Explanation:
InFalcon Cloud Security image assessment policies, exclusions can be created to temporarily suppress enforcement or blocking of specific vulnerabilities. To block or exclude a vulnerability for auser-defined duration, the exclusion must be scoped using aVulnerability ID (CVE).
Using a Vulnerability ID allows precise control over a single, known issue and enables time-bound exclusions aligned with remediation plans or operational constraints. This approach ensures security teams can balance risk with business requirements while maintaining auditability and control.
Other options are too broad and do not support precise, time-based exclusions. Grouping vulnerabilities by publication date, exploit availability, or fix status lacks the granularity required for targeted policy enforcement.
Therefore,Vulnerability IDis the correct and documented mechanism for blocking a specific vulnerability for a defined period.
NEW QUESTION # 201
Which two configurations are necessary for successful deployment of the Falcon Container Sensor in Kubernetes? (Choose two)
- A. Correct namespace and permissions
- B. Access to Docker Hub
- C. Manual agent token import
- D. DaemonSet deployment configuration
Answer: A,D
NEW QUESTION # 202
A financial services company is deploying a Kubernetes cluster to manage highly ephemeral workloads that scale up and down rapidly based on demand. The security team needs a solution that provides real-time runtime protection without interfering with the container orchestration process. Which CrowdStrike Falcon sensor would be the most appropriate for this use case?
- A. Falcon Sensor for Workstations
- B. Falcon LogScale for Log Analytics
- C. Falcon Sensor for Windows Servers
- D. Falcon Cloud Workload Protection (CWP) Sensor for Kubernetes
Answer: D
Explanation:
Option A: This is the correct choice because Falcon CWP is specifically designed for Kubernetes environments, providing visibility into containers, real-time threat detection, and runtime protection. It integrates seamlessly with Kubernetes without impacting ephemeral workloads.
Option B: Falcon LogScale is focused on centralized logging and event analysis. While it helps with incident investigation, it does not provide active runtime protection for Kubernetes workloads.
Option C: This sensor is designed for endpoint security on user devices like laptops and desktops. It does not support Kubernetes-specific security needs such as container introspection and runtime threat detection.
Option D: While the Windows server sensor is useful for traditional on-prem and cloud-hosted VMs, it is not optimized for containerized workloads in Kubernetes. It lacks deep container visibility and runtime protection features specific to Kubernetes.
NEW QUESTION # 203
You suspect that there is malware in one of your container images.
What can you investigate to confirm this?
- A. Image detection findings
- B. Container misconfigurations
- C. Drift indicators
- D. Container alerts
Answer: A
Explanation:
To confirm whether malware exists within a container image, CrowdStrike Falcon Cloud Security directs investigators to reviewImage detection findings. These findings are generated during container image assessments, where Falcon performs deep inspection of image layers, binaries, and embedded artifacts.
Image detection findings include indicators of known malware, suspicious executables, malicious scripts, and other threats identified through CrowdStrike's threat intelligence and detection engines. Because container images are often reused across environments, identifying malware at the image level is critical to preventing widespread propagation.
Other options do not directly confirm malware within an image.Drift indicatorsrelate to changes in a running container compared to its original image, not malware embedded in the image itself.Container alertsare typically runtime detections triggered by behavior during execution.Container misconfigurationsfocus on insecure settings rather than malicious code.
By reviewing image detection findings, security teams can identify infected images early, remediate by rebuilding clean images, and prevent deployment through policy enforcement mechanisms such as the Kubernetes Admission Controller. Therefore, the correct investigation path for suspected malware in a container image isImage detection findings.
NEW QUESTION # 204
After identifying an account with unnecessary access privileges using the CrowdStrike CIEM/Identity Analyzer, what is the best action to mitigate risks?
- A. Delete all permissions for the account immediately.
- B. Downgrade permissions to "read-only" for all resources.
- C. Implement the principle of least privilege by aligning permissions with the account's actual usage.
- D. Transfer the account's permissions to a shared admin account for operational efficiency.
Answer: C
Explanation:
Option A: While "read-only" permissions reduce risk, this blanket approach might hinder required operations if the account needs more specific access. Permissions should match the actual usage needs.
Option B: Using shared accounts violates best practices for identity and access management (IAM). Shared accounts obscure accountability and increase the risk of privilege misuse.
Option C: Deleting permissions without assessing operational needs can disrupt workflows and lead to unintended downtime. A more measured approach is required.
Option D: The best approach to mitigate risks is to reduce the account's permissions to only what is necessary for its current activities. This minimizes the potential for misuse or exploitation while maintaining operational functionality.
NEW QUESTION # 205
How can unassessed images be a security concern in your cloud environment?
- A. They are in one of your connected image registries but have never been actively running in your environment
- B. They are in one of your connected image registries but have not been checked for vulnerabilities
- C. They are actively running in your environment but have not been checked for vulnerabilities
- D. They are actively running in your environment but do not have the Falcon Container Sensor installed
Answer: B
Explanation:
Unassessed images pose a security risk because theyexist in connected image registries but have not been evaluated for vulnerabilities. Even if they are not currently running, these images can be deployed at any time, potentially introducing critical vulnerabilities, secrets, or malware into production environments.
Falcon Cloud Security emphasizes proactive image assessment to ensure risks are identifiedbefore deployment. Unassessed images represent blind spots where vulnerabilities may go unnoticed until runtime, increasing exposure and response time.
Options describing actively running containers are incorrect because running workloads are typically assessed through runtime sensors. The primary concern with unassessed images is theirunknown risk posture prior to use.
Therefore, the correct answer isThey are in one of your connected image registries but have not been checked for vulnerabilities.
NEW QUESTION # 206
You receive an alert for suspicious network traffic from a container environment over destination port
1337.
What is the most efficient way to find which container and pod the connections are sourcing from using Cloud Security?
- A. Within Network Events, search for connections involving local port 1337
- B. Within Network Events, search for events involving remote port 1337
- C. Within Monitor > Kubernetes and Containers, review the dashboard for active network connections
- D. Within Advanced Event Search, search for #event_simpleName = NetworkConnectIP4 | RemotePort =
1337
Answer: B
Explanation:
InCrowdStrike Falcon Cloud Security, the most efficient and direct way to identify whichcontainer and Kubernetes podare responsible for suspicious outbound traffic is by usingNetwork Eventsand filtering on the remote (destination) port.
When a container initiates outbound network communication, thedestination portrepresents the service being contacted externally. Since the alert specifically referencesdestination port 1337, filteringNetwork Eventsfor remote port 1337immediately surfaces the relevant telemetry. Falcon automatically enriches these events with container ID, container name, Kubernetes pod name, namespace, node, and cluster context, allowing rapid attribution.
UsingAdvanced Event Searchis technically possible but less efficient, as it requires manual query construction and does not provide the same streamlined Kubernetes-focused workflow as Network Events.
Reviewing dashboards alone is insufficient for precise attribution and forensic analysis.
Filtering onlocal port 1337would be incorrect in this scenario, as it would only identify processes listening locally rather than outbound connections sourcing from the container.
Therefore,Option Cis correct because it aligns with Falcon Cloud Security's design forcontainer-aware network telemetry, providing the fastest and most accurate path to identifying the originating container and pod.
NEW QUESTION # 207
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