VMware 5V0-93.22 Exam With Confidence Using Practice Dumps

 According to the VMware Carbon Black Cloud Endpoint Standard User Guide, the threshold, in days, before a machine shows as inactive in the console is 7 days. An inactive device is a device that has not communicated with the Carbon Black Cloud console for more than 7 days. The console displays the last communication time for each device on the Endpoints page. The administrator can use the Inactive Devices filter to view all the inactive devices in the organization. The administrator can also use the Device Status widget on the Dashboard page to see the number and percentage of inactive devices in the organization. The administrator can take various actions to resolve the inactive device issue, such as:

• Check the network connectivity and firewall settings of the device
• Check the sensor status and version on the device
• Check the policy settings and rules applied to the device
• Reinstall the sensor on the device
• Delete the device from the console if it is no longer in use References:
• VMware Carbon Black Cloud Endpoint Standard User Guide, page 14, Inactive Devices section.

The pre-requisite step in gathering specific vulnerability data to export it as a CSV file for analysis is A. Perform a custom search on the Endpoint Page. This step allows the security administrator to use advanced search techniques to query the endpoint data collected by the VMware Carbon Black Cloud sensors. The administrator can use various fields and operators to filter and refine the search results, such as process_name, file_name, file_path, file_type, file_description, and more. Theadministrator can also use the process tree view to visualize the process execution and the event details to examine the process activity. After performing the custom search, the administrator can export the data as a CSV file for further analysis by clicking the Export () icon and selecting CSV Report. The CSV file is available for download under the Notifications drop-down menu1.

The other options are not pre-requisite steps in gathering specific vulnerability data to export it as a CSV file for analysis. Accessing the Audit Log content to see associated events is a step that allows the administrator to review actions performed by Carbon Black Cloud console users, such as logging in, creating policies, banning hashes, isolating devices, and initiating Live Response sessions. The Audit Log does not provide specific vulnerability data for the endpoints2. Searching for specific malware by hash or filename is a step that allows the administrator to find and analyze malicious files on the endpoints, but it does not provide comprehensive vulnerability data for the endpoints. Enabling cloud analysis is a step that allows the administrator to upload file metadata and content to the Carbon Black Cloud for reputation and threat intelligence analysis, but it does not provide specific vulnerability data for the endpoints3. References:

• Investigate Endpoint Data - VMware Docs, Overview section.
• Audit Logs - VMware Docs, Overview section.
• Cloud Analysis - VMware Docs, Overview section.

The reputation that was used by the sensor for the decision to terminate the process was the effective reputation. The effective reputation is the reputation that the sensor uses to evaluate and enforce policy rules on the endpoint. The effective reputation is determined by the following factors:

• The initial cloud reputation, which is the reputation that the Carbon Black Cloud assigns to the file based on its analysis and threat intelligence feeds.
• The actioned reputation, which is the reputation that the administrator assigns to the file through the Carbon Black Cloud console, such as approve, ban, or dismiss.
• The current cloud reputation, which is the reputation that the Carbon Black Cloud updates for the file based on new information or changes in the threat landscape.

The effective reputation is the highest priority reputation among these three factors. For example, if the initial cloud reputation is SUSPECT_MALWARE, the actioned reputation is APPROVED, and the current cloud reputation is KNOWN_MALWARE, the effective reputation will be APPROVED, because it has the highest priority. The sensor will use the effective reputation to apply the policy rules on the endpoint. In this case, the process will not be blocked by the rule [Suspected malware] [Invokes a command interpreter] [Terminate process], because the effective reputation is not SUSPECT_MALWARE.

In the question scenario, the effective reputation for the process was SUSPECT_MALWARE, which means that either the initial cloud reputation, the actioned reputation, or the current cloud reputation was SUSPECT_MALWARE, and there was no higher priority reputation that overrode it. Therefore, the sensor used the effective reputation to enforce the policy rule and terminate the process. References:

• Endpoint Standard: How to Confirm Applied … - VMware Carbon Black, Resolution section.