Free CCFA-200 Actual Exam Questions s
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Makes sense to rule out C and D since sensor IDs are unique by default and automated scans don’t seem tied to host groups. So I’d go with A for controlling policies across hosts. A
I’m thinking B might be off since location alone doesn’t usually define host groups strictly. But could grouping by geography also help in targeted policy application? Does the platform actually use location-based grouping effectively?
security across your organization. You want to add widgets to display real-time data on detections,
managed hosts, and policy compliance. Which of the following statements about customizing dashboards
in CrowdStrike Falcon is correct?
Maybe D, but I don’t think you can create brand new custom widgets from scratch—more like you pick from the existing set CrowdStrike offers. Since the question just says “add widgets,” it might mean selecting from those preconfigured ones rather than building your own. That would rule out B if resizing and repositioning isn’t enough, but I do remember you can move widgets around. Still, D feels more precise about the widget options, so maybe that’s closer.
Maybe B makes the most sense since moving and resizing widgets is basic dashboard stuff. A and C sound too limiting, and D feels off because I think you can add more than just default widgets.
installed. Which report should the administrator use to identify hosts without sensors?
It’s C because the Host Inventory shows all devices, making it easy to spot those without sensors.
B imo because the Policy Assignment Report would show which devices have the sensor policies applied, which indirectly indicates if sensors are installed. If a host isn’t assigned the policy, it likely doesn’t have the sensor either. A and C are useful but might not clearly flag unprotected endpoints, while D is definitely unrelated since it’s about active response sessions. Checking policy assignments feels like a solid way to catch any endpoints missing sensors from the get-go.
reduce the number of false positives reported for specific file hashes flagged as malicious. What is the
correct way to achieve this?
A/D? I’d go with A because exception rules usually prevent alerts altogether for those hashes, which cuts false positives better than just allowing them while still tracking in D.
It’s A, since exception rules specifically block detection on those hashes, cutting false positives.
events, view detection activity, and analyze incidents. However, the employee should not have the ability
to make changes to policies or manage user roles. Which role is most appropriate for this user?
Maybe B fits better here since analysts usually do incident analysis and event monitoring but don’t handle policy or role changes. Read-only might be too restrictive for actual incident work.
I get why C is popular, but I think B could work too since analysts typically handle incident investigations without changing policies. The question says the employee needs to analyze incidents and monitor events, which sounds like a typical analyst job. If the SOC setup is standard, analysts usually don’t manage user roles or policies, so B fits the bill without restricting too much access. C might be too limiting if the employee needs to do more than just view data. So I’d go with B here based on typical role definitions.
Not C, it’s mostly about restricting damage, so B fits better.
B/C? I get why B fits since containment is about stopping spread from a bad host, but C also seems relevant because sometimes containment policies include monitoring to detect issues early. Still, containment’s main goal is damage control, so B probably edges out C. D sounds more like network segmentation than containment, and A doesn’t really align with containment’s purpose. So, I’d stick with B mostly because it’s about minimizing the impact after something goes wrong rather than increasing prevention or just partitioning for privacy.
Falcon platform. The security team needs to determine which actions were performed by the
compromised account, including configuration changes and rule modifications. Which audit log should
the team use to gather this information?
I’m thinking B might be worth considering too since System Events could log broader admin-level changes, not just user login or host management. Could it capture config changes at the system level?
It’s A since Host Management Audit Log would most likely include changes to system configurations and admin-level activities, which fits better for tracking config changes and rule mods by that account.
A/C? A makes sense for clear group setup, but C’s dynamic assignment could save time if the hosts share common attributes. D feels too manual and one-off for specific groups.
I get the appeal of D for quick, direct assignment, but B seems better if you want flexibility by using tags to create groups dynamically. Tags make managing hosts easier long-term. B
CrowdStrike Windows Falcon Sensor?
A imo, “CrowdStrikeRemovalTool.exe” sounds like the official removal utility, clear and specific.
B UninstallTool.exe sounds the most straightforward for removing software. The others seem more branded but this one just says uninstall, which fits the task clearly without extra fluff.
following prevention policy configurations would best protect against ransomware attacks while
maintaining usability?
B I get the concern about usability, but enabling aggressive mode with Write Deny and script blocking offers the strongest defense. Better safe than sorry with ransomware.
It’s C. Disabling aggressive protection but keeping Write Deny and script blocking could reduce false positives while still stopping ransomware attempts on key folders. Balances protection without aggressive alerts.
prerequisites must be ensured before installation?
B imo, uninstalling other antivirus might cause conflicts with Falcon sensor.
A/C? Admin rights definitely seem like a must for installing anything that hooks deep into the OS like the Falcon sensor. But I’m wondering about C too—100 MB doesn’t sound like much, but some software does require a certain minimum free space to install and run properly. The other options feel off: B sounds wrong since antivirus usually can coexist with sensors, and D seems risky—firewall disabling isn’t typically required for sensor comms. So, A for sure, but maybe C as a secondary check since disk space could be a hidden prerequisite.
IOC detections. How should the administrator modify IOC settings to prevent these false positives while
maintaining security for other domains?
Makes sense to keep detections active but avoid blocks, so D fits best here.
Disabling domain-based IOC detections completely like in A seems too broad and risky since it would lower overall security. Between B, C, and D, excluding the domain locally (B) might lead to inconsistent enforcement if some endpoints miss the update. Setting it to Detect Only (D) still flags the domain but doesn’t block it, which balances false positives with visibility. This way, you keep an eye on the domain without interrupting workflows or risking missing other real threats. So, D would be a safer middle ground while maintaining good monitoring.
During the process, the technician faces an error indicating insufficient permissions. What is the most
appropriate action to resolve this issue and successfully uninstall the sensor?
Maybe B could work if disabling the sensor allows safe removal without permission issues.
Guessing C since root privileges are usually needed to uninstall system-level agents.
detection trends, policy changes, and sensor health. The goal is to create a recurring report that includes
key metrics and trends over time. What is the most appropriate method to accomplish this in the Falcon
console?
B/C? B handles detection trends and automated reports well, but C focuses on sensor health and detection data too. Combining insights from both might give a fuller picture over time.
Actually, I don’t think A is right because Real-Time Response is more about active remediation than reporting or tracking trends over time. D sounds like it could handle policy changes but doesn’t really touch on detection trends or sensor health, so it’s too narrow. C might be useful for sensor health but doesn’t cover detection trends or policy changes well. B seems to be the only option that can combine multiple metrics in one place and automate recurring reports, which fits the question’s requirements best.
inactive hosts are appropriately monitored or removed?
C imo since the Host Group Membership Report can help identify if hosts still belong to active groups, which might be crucial for deciding if they should be monitored or removed.
A/B? A is great for quick checks on activity, but B could give more detailed context about the host’s overall state, which might help decide if it’s truly inactive or just temporarily offline.