Cisco 300-710 Practice Test - Questions Answers, Page 31

When configuring a new report template based on a saved search in Cisco Secure Firewall Management Center (FMC), it is important to note that saved searches are specific to the report template they were created with. Saved searches cannot be freely used across different report templates.

To use a different type of saved search, you must ensure that it aligns with the specific report template being used. This restriction ensures that the saved search parameters match the report's data requirements.

Cisco Secure Firewall Threat Defense Virtual (FTDv) appliances support High Availability (HA) configurations in specific virtual environments. The supported environments for HA setups include:

ESXi: VMware's ESXi is a widely supported platform for deploying FTDv appliances in HA configurations.

AWS: Amazon Web Services (AWS) supports FTDv appliances and allows for HA configurations to ensure redundancy and reliability in cloud deployments.

These environments provide the necessary infrastructure and capabilities to support the high availability requirements for FTDv appliances.

If an engineer receives a 403: Forbidden error when attempting to download a packet capture file from Cisco Secure Firewall Management Center (FMC), the issue is likely due to HTTPS not being enabled in the device platform policy. To resolve this issue, the engineer must enable HTTPS in the platform policy.

Steps:

In FMC, navigate to Policies > Device Management > Platform Settings.

Edit the relevant platform policy.

Enable HTTPS for the device.

Deploy the changes to the FTD device.

This ensures that the FMC and FTD device can securely transfer the packet capture file over HTTPS, resolving the 403 error.

Cisco Security Analytics and Logging (SaaS) licenses come with a default data retention period of 90 days. This retention period allows organizations to store and analyze their security event data for up to 90 days, providing sufficient time for security monitoring and forensic investigations.

To filter traffic between multiple subnets, the engineer must implement the firewall in routed mode. In routed mode, the firewall operates as a Layer 3 device, capable of routing traffic between different IP subnets. This mode is appropriate for filtering traffic between LAN, DMZ, and WAN subnets.

Steps to configure routed mode:

Access the firewall's management interface.

Configure interfaces for each subnet (LAN, DMZ, WAN) with appropriate IP addresses and network masks.

Define security zones and apply access control policies to filter traffic as required.

This ensures that the firewall can inspect and route traffic between the different subnets, providing the necessary security and control.

When configuring a custom widget on a dashboard within Cisco Secure Firewall Management Center (FMC), it is mandatory to provide a title for the system to display the information correctly. The title helps in identifying and organizing the widget on the dashboard.

Steps:

Navigate to the dashboard section in FMC.

Add a new custom widget.

Configure the widget settings and provide a title.

Save and apply the widget to the dashboard.

Providing a title ensures that the widget is correctly displayed and easily identifiable on the dashboard.

After setting the interface mode to inline and enabling the interfaces on a Cisco Secure Firewall Threat Defense (FTD) device in an inline IPS deployment, the next step is to configure an inline set. An inline set groups two interfaces that work together to inspect traffic passing between them.

Steps to configure an inline set:

In FMC, navigate to Devices > Device Management.

Select the FTD device and configure the interfaces.

Create a new inline set, adding the relevant interfaces that have been set to inline mode.

Deploy the configuration to the FTD device.

Configuring an inline set ensures that the traffic between the specified interfaces is inspected and processed according to the IPS policies, completing the implementation of the inline IPS deployment.

To ensure high availability of internet access when deploying a pair of Cisco Secure Firewall Threat Defense (FTD) devices managed by Cisco Secure Firewall Management Center (FMC), the following features must be deployed:

Route Tracking: This feature monitors the reachability of a specified target (such as an external IP address) through the configured routes. If the route to the target is lost, the FTD can dynamically adjust the routing to use an alternate path, ensuring continuous internet access.

SLA Monitor: Service Level Agreement (SLA) monitoring works alongside route tracking to continuously verify the status and performance of the internet links. If the SLA for one of the ISP links fails (indicating the link is down or underperforming), the FTD can switch traffic to the secondary ISP link.

Steps to configure:

In FMC, navigate to Devices > Device Management.

Select the FTD device and configure route tracking to monitor the ISP links.

Configure SLA monitors to continuously check the health and performance of the internet circuits.

These configurations ensure that internet access remains available to users even if one of the ISPs goes down.

When connectivity issues are detected between Cisco Secure Firewall Management Center (FMC) and Cisco Secure Firewall Threat Defense (FTD) devices, and initial troubleshooting indicates that heartbeats and events are not being received, the engineer can run the following commands to resolve the issue by re-establishing secure channels and checking process statuses:

manage_procs.pl: This script is used to manage and restart processes on the FTD device. Running this script can help restart any malfunctioning processes and re-establish connectivity between the FMC and FTD.

sudo stats_unified.pl: This command provides detailed statistics and status of the unified system processes. It helps in diagnosing and resolving issues related to the secure channel and event reporting.

Steps:

Access the FTD CLI.

Run the command manage_procs.pl to restart processes.

Run the command sudo stats_unified.pl to gather detailed process statistics and verify the status.

These commands help resolve connectivity issues by ensuring that all necessary processes are running correctly and secure channels are re-established.