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NEW QUESTION # 202
Which component of Falcon Fusion is primarily responsible for automating responses to detected threats within a cloud environment?
- A. Workflow Builder
- B. Event Correlation Dashboard
- C. Threat Intelligence Orchestrator
- D. Custom Alerts Manager
Answer: A
Explanation:
Option A: The Workflow Builder is the core component of Falcon Fusion for designing and automating workflows. It enables administrators to define automated actions, such as isolating hosts, generating alerts, or notifying teams when threats are detected.
Option B: While this may sound relevant, the Threat Intelligence Orchestrator focuses on integrating and managing external intelligence feeds rather than automating responses to detected threats.
Option C: This dashboard provides insights into correlated events for analysis but does not facilitate automation of threat responses. It is a visualization and reporting tool rather than an active automation feature.
Option D: This tool allows administrators to manage and customize alerts based on specific threat criteria, but it does not automate responses. It is a configuration tool, not an automation component.
NEW QUESTION # 203
A security team wants to configure scheduled reports in CrowdStrike to track cloud security risks and compliance over time.
Which of the following is a requirement for successfully setting up and using scheduled reports?
- A. Only administrators with full Falcon platform access can configure and receive scheduled reports
- B. The security team must manually generate a new report each time they need security insights
- C. The scheduled reports feature automatically mitigates vulnerabilities upon report generation
- D. Reports must be configured with specific data sources, time frames, and delivery methods
Answer: D
Explanation:
Option A: Scheduled reports must be configured with specific parameters such as data sources (cloud assets, compliance findings, threat detections), reporting frequency (daily, weekly, monthly), and delivery methods (email, dashboard, or external integrations).
Option B: While admin-level users can configure reports, role-based access control (RBAC) in CrowdStrike allows specific roles, such as security analysts, to set up and receive reports without full platform access.
Option C: Scheduled reports do not perform automatic mitigation; they provide insights and recommendations, but security teams must take action based on the findings.
Option D: Scheduled reports are automated, meaning that once configured, they are generated periodically without requiring manual execution.
NEW QUESTION # 204
Your organization uses AWS, and you are tasked with configuring an automated remediation workflow in Falcon Fusion to respond to findings about unencrypted S3 buckets. What is the critical action you must configure in the workflow to remediate such findings?
- A. Delete all objects in the unencrypted S3 bucket.
- B. Set the S3 bucket policy to enforce encryption.
- C. Generate a compliance report for the unencrypted bucket.
- D. Trigger an email notification to the security team.
Answer: B
Explanation:
Option A: The correct action to remediate an unencrypted S3 bucket is to configure the workflow to automatically update the bucket policy to enforce encryption. This action ensures future objects stored in the bucket are encrypted. Additionally, it aligns with best practices for data protection without causing disruption or data loss.
Option B: Compliance reports help in auditing and tracking but do not actively remediate the issue. This is an auxiliary action rather than a direct remediation step.
Option C: While notifications are important, they do not constitute a remediation action. This step would only alert the team to the issue without resolving it.
Option D: Deleting bucket contents may seem like a valid approach for security, but it leads to unnecessary data loss and is not a recommended remediation strategy.
NEW QUESTION # 205
Which of the following is a requirement for deploying the Kubernetes and Container Sensor in a Kubernetes cluster?
- A. All workloads in the cluster must use privileged containers.
- B. The cluster must have the kube-proxy component disabled.
- C. The cluster must have at least three nodes with GPU support.
- D. The sensor requires a DaemonSet to be deployed within the Kubernetes cluster.
Answer: D
Explanation:
Option A: Requiring all workloads to use privileged containers would create unnecessary security risks. The Kubernetes and Container Sensor can secure non-privileged containers, which is the recommended best practice for containerized workloads.
Option B: Disabling the kube-proxy component is not required for deploying the Kubernetes and Container Sensor. Kube-proxy is an essential component of Kubernetes networking, and its removal would break cluster functionality.
Option C: The Kubernetes and Container Sensor is typically deployed as a DaemonSet to ensure that a sensor pod is running on each node in the Kubernetes cluster. This enables comprehensive monitoring and threat detection across all workloads in the cluster. The DaemonSet is a standard Kubernetes construct for deploying cluster-wide services.
Option D: GPU support is not a requirement for deploying the Kubernetes and Container Sensor.
GPU nodes are only necessary for specific workloads, such as machine learning applications, and are unrelated to the sensor's deployment.
NEW QUESTION # 206
Which feature of Falcon Horizon allows users to identify exposed cloud services and workloads running without requiring the deployment of a Falcon sensor?
- A. API-driven cloud workload discovery
- B. Deployment of lightweight monitoring agents
- C. Vulnerability patching orchestration
- D. Real-time behavioral monitoring
Answer: A
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 # 207
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. None of the hosts have been restarted
- B. One-click sensor deployment has not been enabled
- 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 # 208
In Falcon Fusion, which step is essential for creating a custom workflow that notifies individuals about automated remediation actions?
- A. Integrate CrowdStrike Threat Graph for automatic notifications.
- B. Add a notification action block in the Workflow Builder.
- C. Enable email notifications in the Falcon Central settings.
- D. Configure the Dashboard Summary to include remediation updates.
Answer: B
Explanation:
Option A: To notify individuals about automated remediation actions, you must include a notification action block in the Falcon Fusion Workflow Builder. This step allows you to define the trigger conditions and the recipients of the notification, ensuring timely communication.
Option B: The Dashboard Summary provides an overview of activities and updates but is not used to set up custom workflows or notifications.
Option C: Email notifications are not managed at the Falcon Central level for custom workflows.
Notifications must be configured within the Workflow Builder for tailored alerts.
Option D: Threat Graph integration provides enhanced threat correlation and analysis but does not directly handle notifications about automated remediation workflows.
NEW QUESTION # 209
What are three valid states for the state of a port under the Network Events dashboard?
- A. Listen, Reject, and Connect
- B. Open, Connect, and Closed
- C. Accept, Connect, and Reject
- D. Connect, Accept, and Listen
Answer: D
Explanation:
InFalcon Cloud Security Network Events, port states reflect how network connections are established and handled at runtime. The platform uses standardized connection state terminology to help analysts understand traffic behavior and intent.
The three valid port states are:
* Connect: Indicates an outbound connection attempt initiated by a process or container.
* Accept: Represents an inbound connection that was accepted by a listening process.
* Listen: Shows that a process is actively listening on a port for incoming connections.
These states provide crucial context for detecting suspicious behavior such as unauthorized listeners, unexpected inbound access, or abnormal outbound communications. Other options include terms not used by Falcon to define port state semantics within Network Events.
Therefore,Connect, Accept, and Listenis the correct answer.
NEW QUESTION # 210
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 Sensor for Windows Servers
- C. Falcon LogScale for Log Analytics
- 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 # 211
Which method can be used to identify running processes in a cloud environment without deploying a Falcon sensor?
- A. Deploy Falcon Discover for Cloud Environments
- B. Cloud-native tools like AWS CloudWatch, Azure Monitor, or Google Cloud Operations Suite
- C. Rely on the built-in antivirus solutions of the cloud provider
- D. SSH into each virtual machine to manually inspect running processes
Answer: B
Explanation:
Option A: While Falcon Discover provides comprehensive visibility into cloud workloads, it requires deployment on monitored environments. The question specifies identifying running processes without deploying a Falcon sensor, so this option is invalid.
Option B: Manually SSHing into VMs to inspect processes is inefficient and does not scale in modern cloud environments. This method increases administrative overhead and risks configuration drift. Additionally, SSH access may not be available due to strict security policies.
Option C: Cloud-native monitoring tools like AWS CloudWatch, Azure Monitor, and Google Cloud Operations Suite allow visibility into running processes, system metrics, and logs without requiring third-party agents. These services can provide runtime data and integrate with CrowdStrike for deeper insights. They are essential for environments where agent installation is limited by operational constraints.
Option D: Built-in antivirus solutions, such as Microsoft Defender for Endpoint or AWS GuardDuty, focus on threat detection rather than providing detailed runtime process visibility.
These tools lack the specificity required to identify and monitor all running processes.
NEW QUESTION # 212
A security administrator is reviewing their cloud environment's configurations to ensure compliance with the CIS (Center for Internet Security) Benchmarks.
Which of the following actions is most appropriate for identifying compliance gaps with CIS Benchmarks?
- A. Disable logging and monitoring to avoid compliance violations.
- B. Run an automated compliance assessment tool that supports CIS Benchmarks.
- C. Use manual auditing techniques to compare configurations against CIS documentation.
- D. Enable all permissions in the cloud environment to minimize risk.
Answer: B
Explanation:
Option A: This is the correct answer because automated tools are specifically designed to assess cloud configurations against CIS Benchmarks, providing actionable insights into compliance gaps. These tools are regularly updated to reflect the latest industry benchmarks and significantly reduce human error compared to manual methods.
Option B: This is incorrect because enabling all permissions creates significant security risks, such as privilege escalation and unauthorized access, and violates the principle of least privilege.
It directly contradicts compliance requirements.
Option C: This is incorrect because logging and monitoring are often mandatory components of compliance frameworks like CIS. Disabling them would lead to non-compliance and hinder incident response efforts.
Option D: While manual auditing can be effective, it is time-consuming, prone to human error, and not scalable for dynamic cloud environments. It is better suited as a secondary measure rather than the primary approach.
NEW QUESTION # 213
An organization wants to use CrowdStrike Falcon to identify running workloads in their cloud environment without deploying a Falcon sensor.
Which of the following tools or techniques can accomplish this task?
- A. Falcon Prevent Next-Gen Antivirus
- B. Falcon Horizon (CSPM)
- C. Falcon Spotlight Vulnerability Management
- D. Manual process using cloud provider dashboards
Answer: B
Explanation:
Option A: Falcon Spotlight focuses on identifying vulnerabilities in systems where a Falcon sensor is deployed. It cannot independently identify running workloads in a cloud environment without sensors.
Option B: Falcon Horizon (CrowdStrike's Cloud Security Posture Management tool) is specifically designed to provide visibility into cloud environments, including identifying running workloads, exposed services, and configurations. It achieves this without requiring a Falcon sensor, as it integrates directly with the APIs of cloud service providers such as AWS, Azure, and Google Cloud Platform to collect data on workloads and resources.
Option C: Falcon Prevent requires the deployment of a Falcon sensor on workloads to provide protection and visibility. It is not suitable for identifying running workloads without sensor deployment.
Option D: While cloud provider dashboards can be used to manually view running workloads, this approach lacks the automation, centralization, and advanced analytics provided by Falcon Horizon. It is a time-intensive and error-prone process compared to using CSPM tools.
NEW QUESTION # 214
Which of the following commands initiates a manual image scan using CrowdStrike's command- line tool?
- A. falcon-image-scan --registry <registry_url> --image <image_name>
- B. cscli image scan --registry <registry_url> --image <image_name>
- C. crowdstrike-image --scan --registry <registry_url> --image <image_name>
- D. falconctl scan-image --url <registry_url> --img <image_name>
Answer: A
Explanation:
Option A: This is the correct command syntax for manually scanning container images using CrowdStrike's command-line tool. The falcon-image-scan command is specifically designed for this purpose and requires flags like --registry and --image to specify the image's location and name. This ensures proper configuration for the scan to target the desired image in the specified registry.
Option B: alconctl is a valid CrowdStrike tool, but it is used for endpoint configuration, not container image scanning. This command incorrectly combines the wrong tool with a scanning function.
Option C: This command structure is fictional and does not align with any CrowdStrike CLI tool or syntax. It might mislead users into assuming the availability of a nonexistent utility.
Option D: While this syntax might resemble a generic CLI tool, cscli is not the command-line tool used by CrowdStrike for image assessment. This option confuses CrowdStrike tools with other third-party solutions.
NEW QUESTION # 215
What is the best approach to handle the output of the Falcon CWPP Image Scanning Script to ensure vulnerabilities are addressed effectively?
- A. Ignore the script output in the pipeline and review results manually later.
- B. Parse the output to filter critical vulnerabilities and send alerts to the security team.
- C. Disable output logging for sensitive image scans to ensure security.
- D. Automatically fail the pipeline if any vulnerabilities are found, regardless of severity.
Answer: B
Explanation:
Option A: Filtering critical vulnerabilities ensures that the most significant issues are addressed promptly while allowing the pipeline to continue for lower-priority issues. This approach balances security and productivity effectively.
Option B: Disabling logging hinders visibility into vulnerabilities. Security concerns about logs can be mitigated through secure storage and access control rather than disabling logging altogether.
Option C: Ignoring the script output negates the value of integrating the Image Scanning Script into the pipeline. Automated handling ensures vulnerabilities are addressed consistently and promptly.
Option D: Automatically failing the pipeline for all vulnerabilities, including low and informational ones, can disrupt development unnecessarily. The severity of vulnerabilities should be considered before deciding on pipeline actions.
NEW QUESTION # 216
You receive an alert that one of your container images contains AWS credentials stored in cleartext.
What detection type should you search for to investigate?
- A. Secret
- B. Misconfiguration
- C. Suspicious file
- D. Exposed credential
Answer: A
Explanation:
When CrowdStrike Falcon detects cloud credentials-such as AWS access keys-stored in cleartext within a container image, the finding is classified as aSecretdetection. Secrets include sensitive data such as API keys, access tokens, passwords, and cryptographic material embedded in container images, configuration files, or source code.
Falcon Cloud Security performs deep inspection of container images during image assessment to identify hard-coded secrets before those images are deployed into runtime environments. Storing AWS credentials in cleartext represents a critical security risk because attackers who gain access to the image can easily extract and misuse those credentials to access cloud resources.
Whilemisconfigurationsfocus on insecure cloud settings andsuspicious filesrelate to potentially malicious artifacts, secret detections are specifically intended to highlight exposed sensitive information. TheExposed credentialoption may sound similar, but within CrowdStrike's detection taxonomy for container and image security, these findings are categorized underSecretdetections.
Investigating Secret detections allows security teams to quickly identify where credentials are embedded, rotate compromised keys, and remediate the issue by using secure alternatives such as cloud-native secrets managers or environment-based injection mechanisms. Therefore, the correct detection type to search for is Secret.
NEW QUESTION # 217
When configuring a Falcon Fusion workflow to notify individuals after automated remediation, which action ensures effective communication with the security team?
- A. Rely solely on the Falcon platform's detection history to inform the team.
- B. Integrate the workflow with an external notification system like Slack or email.
- C. Use a webhook to trigger an external system without specifying recipients.
- D. Set the workflow to terminate immediately after the remediation action is executed.
Answer: B
Explanation:
Option A: Integrating with external systems ensures that individuals receive real-time notifications about automated remediation actions. Platforms like Slack or email allow the security team to stay informed promptly and collaborate efficiently on follow-up actions.
Option B: Terminating the workflow immediately after remediation would skip the notification step, preventing the team from being informed. Notifications are critical for tracking and transparency.
Option C: Detection history provides useful insights but does not proactively notify individuals.
Relying solely on it may result in delayed responses or missed alerts.
Option D: While webhooks are useful for integrating with external systems, failing to specify recipients or channels makes the notification less actionable. Clear communication pathways are necessary.
NEW QUESTION # 218
An organization's security team is using CrowdStrike Falcon Cloud Security to monitor their cloud infrastructure. During an assessment, they discover that some workloads are not generating security alerts, even though they should be monitored under the configured security policies.
Which of the following is the most likely indicator of misconfiguration (IOM) that could explain this issue?
- A. The security policies applied in Falcon Cloud Security are too strict, which prevents alert generation.
- B. The Falcon console is displaying normal operational logs, so there are no security concerns.
- C. The cloud instances are running in a Virtual Private Cloud (VPC) without internet access.
- D. The Falcon sensor was installed on cloud instances but lacks the required permissions to collect and analyze security telemetry.
Answer: D
Explanation:
Option A: While internet access is necessary for cloud-based management features (e.g., reporting and policy updates), Falcon sensors can still perform local analysis and generate alerts based on predefined policies. The lack of alerts is more likely due to a permissions misconfiguration than a network restriction.
Option B: The Falcon sensor requires specific permissions to collect logs, analyze behavior, and report findings to the Falcon console. If permissions are misconfigured or missing, the sensor may fail to generate security alerts, leading to undetected threats.
Option C: Strict security policies do not prevent alerts. Instead, they may lead to increased logging and alerting. If no alerts are being generated, it is more likely a configuration or permissions issue rather than an overly strict policy.
Option D: Normal logs do not necessarily indicate a secure environment. If Falcon is not detecting threats due to misconfigurations, this could create a false sense of security. Security teams should always validate configurations rather than assuming security based on system logs alone.
NEW QUESTION # 219
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