[Q218-Q237] Best Quality Cisco 300-710 Exam Questions TestBraindump Realistic Practice Exams [2026]

Best Quality Cisco 300-710 Exam Questions TestBraindump Realistic Practice Exams [2026]

Critical Information To Securing Networks with Cisco Firepower Pass the First Time

How to Prepare For Securing Networks with Cisco Firepower (300-710 SNCF) Exam

Preparation Guide for Securing Networks with Cisco Firepower (300-710 SNCF) Exam

Introduction

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This exam guide is intended to help you determine if you are able to complete the Securing Networks with Cisco Firepower (300-710 SNCF) exam successfully. This guide includes information on the certification test target audience, recommended preparation and documentation, and a full list of exam targets, all with the intention of helping you obtain a passing grade. In order to increase your chances of passing the test, Salesforce strongly recommends a mix of on-the-job experience, course attendance, and self-study.

Q218. Which two TCP ports can allow the Cisco Firepower Management Center to communication with FireAMP cloud for file disposition information? (Choose two.)

 8080

 22

 8305

 32137

 443

Q219. Which Cisco Firepower feature is used to reduce the number of events received in a period of time?

 rate-limiting

 suspending

 correlation

 thresholding

Section: Management and Troubleshooting
Explanation/Reference: https://www.cisco.com/c/en/us/td/docs/security/firesight/541/firepower-module-user-guide/asa- firepower-module-user-guide-v541/Intrusion-Global-Threshold.html

Q220. Refer to the exhibit.

And engineer is analyzing the Attacks Risk Report and finds that there are over 300 instances of new operating systems being seen on the network How is the Firepower configuration updated to protect these new operating systems?

 Cisco Firepower automatically updates the policies.

 The administrator requests a Remediation Recommendation Report from Cisco Firepower

 Cisco Firepower gives recommendations to update the policies.

 The administrator manually updates the policies.

Explanation
Ref:
https://www.cisco.com/c/en/us/td/docs/security/firepower/60/configuration/guide/fpmc-config-guide-v60/Tailori

Q221. Refer to the exhibit.

An engineer must create a QoS policy in Cisco Secure Firewall Management Center to limit HTTP and HTTPS traffic originating from users in the HR department. The download and upload limits for HTTP and HTTPS traffic must both be set to 5 Mb/s. Drag and drop the values onto the corresponding QoS rule settings.

Explanation:
Name # HTTP-HTTPS-QoS
Apply QoS On # Interfaces in Destination Interface Objects
Download/Upload Limit # 5 Mb/s
Source Interface Networks # 192.168.1.0/24
Destination Interface Networks # 192.168.2.0/24
Destination Ports # HTTP-HTTPS
The HR workstation resides on the inside 192.168.1.0/24 network, making that subnet the source-interface network. Internet-bound traffic exits through the 192.168.2.0/24 network, which must be configured as the destination-interface network. Because rate limiting must occur as traffic leaves toward the internet, QoS is applied to interfaces in the destination interface objects. The HTTP-HTTPS object identifies the destination ports for web traffic, while HTTP-HTTPS-QoS provides a descriptive rule name. Both download and upload limits are configured as 5 Mb/s. Cisco Secure Firewall applies a QoS limit independently on each selected interface and determines upload and download direction based on the connection initiator. The Apply QoS On selection must correspond to a populated source or destination interface condition. Cisco Secure Firewall QoS configuration

Q222. Which two dynamic routing protocols are supported in FirePower Threat Defense v6.0? (Choose Two)

 IS-IS

 BGP

 OSPF

 static routing

 EIGRP

Q223. Which action should be taken after editing an object that is used inside an access control policy?

 Delete the existing object in use.

 Refresh the Cisco FMC GUI for the access control policy.

 Redeploy the updated configuration.

 Create another rule using a different object name.

Reference:
https://www.cisco.com/c/en/us/td/docs/security/firepower/630/configuration/guide/fpmc-config- guide-v63/reusable_objects.html

Q224. Which two types of objects are reusable and supported by Cisco FMC? (Choose two.)

 dynamic key mapping objects that help link HTTP and HTTPS GET requests to Layer 7 application protocols.

 reputation-based objects that represent Security Intelligence feeds and lists, application filters based on category and reputation, and file lists

 network-based objects that represent IP address and networks, port/protocols pairs, VLAN tags, security zones, and origin/destination country

 network-based objects that represent FQDN mappings and networks, port/protocol pairs, VXLAN tags, security zones and origin/destination country

 reputation-based objects, such as URL categories

Q225. A consultant Is working on a project where the customer is upgrading from a single Cisco Firepower 2130 managed by FDM to a pair of Cisco Firepower 2130s managed oy FMC tor nigh availability. The customer wants the configures of the existing device being managed by FDM to be carried over to FMC and then replicated to the additional: device being added to create the high availability pair. Which action must the consultant take to meet this requirement?

 The current FDM configuration must be configured by hand into FMC before the devices are registered.

 The current FDM configuration will be converted automatically into FMC when the device registers.

 The current FDM configuration must be migrated to FMC using the Secure Firewall Migration Tool.

 The FTD configuration must be converted to ASA command format, which can then be migrated to FMC.

Explanation
When an FTD device that is managed by FDM is registered to FMC, the existing configuration is automatically converted and imported into FMC. The FMC then pushes the configuration back to the device.
This process preserves most of the FDM configuration, except for some features that are not supported by FMC, such as VPN wizards and certificates.

Q226. Which two dynamic routing protocols are supported in Firepower Threat Defense without using FlexConfig? (Choose two.)

 EIGRP

 OSPF

 static routing

 IS-IS

 BGP

Q227. An organization is migrating their Cisco ASA devices running in multicontext mode to Cisco FTD devices.
Which action must be taken to ensure that each context on the Cisco ASA is logically separated in the Cisco FTD devices?

 Add a native instance to distribute traffic to each Cisco FTD context.

 Add the Cisco FTD device to the Cisco ASA port channels.

 Configure a container instance in the Cisco FTD for each context in the Cisco ASA.

 Configure the Cisco FTD to use port channels spanning multiple networks.

On Cisco ASA, multi-context mode allows a single physical device to run multiple virtual firewalls, called “contexts,” each with separate configurations and policies. The equivalent solution in Cisco FTD is the multi-instance (container instance) feature. This allows you to carve up the physical appliance into multiple FTD instances (or containers), each operating as an independent firewall with its own dedicated interfaces, resource allocation, and policy sets.
Each migrated ASA context maps to a separate FTD container instance to maintain isolation and separation of security policies and network segmentation. This setup ensures each virtual firewall from ASA becomes its own logically isolated FTD instance after migration.
https://community.cisco.com/t5/security-blogs/migrating-asa-multi-context-to-ftd-multi- instance/ba-p/3893465

Q228. What is the advantage of having Cisco Firepower devices send events to Cisco Threat response via the security services exchange portal directly as opposed to using syslog?

 Firepower devices do not need to be connected to the internet.

 All types of Firepower devices are supported.

 Supports all devices that are running supported versions of Firepower

 An on-premises proxy server does not need to set up and maintained

https://www.cisco.com/c/en/us/td/docs/security/firepower/integrations/CTR/Firepower_and_Cisco
_Threat_Response_Integration_Guide/about_integrating_firepower_and_cisco_threat_response.
html

Q229. Refer to the exhibit.
An engineer is modifying an access control policy to add a rule to Inspect all DNS traffic that passes it making the change and deploying the policy, they see that DNS traffic Is not being Inspected by the Snort engine. What is……

 The action of the rule is set to trust instead of allow.

 The rule must specify the security zone that originates the traffic.

 The rule Is configured with the wrong setting for the source port.

 The rule must define the source network for inspection as well as the port.

Q230. An administrator configures a Cisco Secure Firewall Threat Defense device in transparent mode. To configure the BVI (Bridge Virtual Interface), the administrator must:
Add a bridge-group interface
Configure a bridge-group ID
Configure the bridge-group interface description
Add bridge-group member interfaces
How must the engineer perform these actions?

 Configure a name for the bridge-group interface

 Set a security zone for the bridge-group interface

 Set the bridge-group interface mode to transparent

 Configure an IP address for the bridge-group interface

Q231. An engineer needs to configure remote storage on Cisco FMC. Configuration backups must be available from a secure location on the network for disaster recovery. Reports need to back up to a shared location that auditors can access with their Active Directory logins. Which strategy must the engineer use to meet these objectives?

 Use SMB for backups and NFS for reports.

 Use NFS for both backups and reports.

 Use SMB for both backups and reports.

 Use SSH for backups and NFS for reports.

https://www.cisco.com/c/en/us/td/docs/security/firepower/640/configuration/guide/fpmc-config-guide-v64/system_configuration.html#ID-2241-00000551
“You cannot send backups to one remote system and reports to another, but you can choose to send either to a remote system and store the other on the Firepower Management Center.”

Q232. A network engineer implements a new Cisco Firepower device on the network to take advantage of its intrusion detection functionality. There is a requirement to analyze the traffic going across the device, alert on any malicious traffic, and appear as a bump in the wire How should this be implemented?

 Specify the BVl IP address as the default gateway for connected devices.

 Enable routing on the Cisco Firepower

 Add an IP address to the physical Cisco Firepower interfaces.

 Configure a bridge group in transparent mode.

Traditionally, a firewall is a routed hop and acts as a default gateway for hosts that connect to one of its screened subnets. A transparent firewall, on the other hand, is a Layer 2 firewall that acts like a “bump in the wire,” or a “stealth firewall,” and is not seen as a router hop to connected devices. However, like any other firewall, access control between interfaces is controlled, and all of the usual firewall checks are in place.
Layer 2 connectivity is achieved by using a “bridge group” where you group together the inside and outside interfaces for a network, and the ASA uses bridging techniques to pass traffic between the interfaces. Each bridge group includes a Bridge Virtual Interface (BVI) to which you assign an IP address on the network. You can have multiple bridge groups for multiple networks. In transparent mode, these bridge groups cannot communicate with each other. https://www.cisco.com/c/en/us/td/docs/security/asa/asa97/configuration/general/asa-97-general-config/intro-fw.html

Q233. An engineer plans to reconfigure an existing Cisco FTD from transparent mode to routed mode. Which additional action must be taken to maintain communication Between me two network segments?

 Configure a NAT rule so mat traffic between the segments is exempt from NAT.

 Update the IP addressing so that each segment is a unique IP subnet.

 Deploy inbound ACLs on each interface to allow traffic between the segments.

 Assign a unique VLAN ID for the interface in each segment.

When reconfiguring an existing Cisco FTD from transparent mode to routed mode, an additional action that must be taken to maintain communication between the two network segments is to update the IP addressing so that each segment is a unique IP subnet. This is because in routed mode, the FTD device acts as a router hop in the network and requires each interface to be on a different subnet. In transparent mode, the FTD device acts as a layer 2 firewall and does not require different subnets for each interface1.
The other options are incorrect because:
* Configuring a NAT rule so that traffic between the segments is exempt from NAT is not necessary to maintain communication between the two network segments. NAT is used to translate IP addresses between different networks, but it does not affect the routing of packets. Moreover, NAT is optional in routed mode and can be disabled if not needed2.
* Deploying inbound ACLs on each interface to allow traffic between the segments is not required to maintain communication between the two network segments. ACLs are used to control access to network resources based on source and destination addresses, protocols, and ports. They do not affect the routing of packets. Furthermore, ACLs are optional in routed mode and can be configured as needed3.
* Assigning a unique VLAN ID for the interface in each segment is not relevant to maintain communication between the two network segments. VLANs are used to create logical groups of hosts that share the same broadcast domain, regardless of their physical location or connection. They do not affect the routing of packets. Besides, VLANs are not supported in routed mode and can only be used in transparent mode4.

Q234. A network administrator wants to configure a new Secure Firewall Threat Defense instance, which is managed by Cisco Secure Firewall Management Center, to load balance internet-bound traffic across multiple zones. Secure Firewall is connected to upstream ISP devices in multiple Zones. Which action must be taken to meet the requirement?

 Configure multiple static default routes to multiple zones towards upstream ISP devices.

 Enable BGP and OSPF towards upstream ISP devices.

 Implement OSPF and static route towards to upstream ISP devices.

 Add multiple dynamic routes set up via flex configuration to multiple zones.

Q235. When do you need the file-size command option during troubleshooting with packet capture?

 when capture packets are less than 16 MB

 when capture packets are restricted from the secondary memory

 when capture packets exceed 10 GB

 when capture packets exceed 32 MB

https://www.cisco.com/c/en/us/td/docs/security/firepower/620/configuration/guide/fpmc-config- guide-v62/troubleshooting_the_system.html

Q236. An engineer must investigate a connectivity issue from an endpoint behind a Cisco FTD device and a public DNS server. The endpoint cannot perform name resolution queries. Which action must the engineer perform to troubleshoot the issue by simulating real DNS traffic on the Cisco FTD while verifying the Snarl verdict?

 Perform a Snort engine capture using tcpdump from the FTD CLI.

 Use the Capture w/Trace wizard in Cisco FMC.

 Create a Custom Workflow in Cisco FMC.

 Run me system support firewall-engine-debug command from me FTD CLI.

The Capture w/Trace wizard in Cisco FMC allows you to capture packets on an FTD device and trace their path through the Snort engine. This can help you troubleshoot connectivity issues from an endpoint behind an FTD device and a public DNS server, as well as verify the Snort verdict for the DNS traffic. The Capture w
/Trace wizard lets you specify the source and destination IP addresses, ports, and protocols for the packets you want to capture and trace, as well as the FTD device and interface where you want to perform the capture.
You can also apply filters to limit the capture size and duration. After you start the capture, you can ping the DNS server from the endpoint and then view the captured packets and their Snort verdicts in the FMC web interface2.
To use the Capture w/Trace wizard in Cisco FMC, you need to follow these steps2:
In the FMC web interface, navigate to Troubleshooting > Capture/Trace.
Click New Capture.
Choose an FTD device from the Device drop-down list.
Choose an interface from the Interface drop-down list.
Enter the source and destination IP addresses, ports, and protocols for the packets you want to capture and trace. For example, if you want to capture DNS queries from an endpoint with IP address 10.1.1.100 to a DNS server with IP address 8.8.8.8, you can enter these values:
Source IP: 10.1.1.100
Source Port: any
Destination IP: 8.8.8.8
Destination Port: 53
Protocol: UDP
Optionally, apply filters to limit the capture size and duration. For example, you can set the maximum number of packets to capture, the maximum capture file size, or the maximum capture time.
Click Start.
Ping the DNS server from the endpoint and wait for some packets to be captured.
Click Stop to stop the capture.
Click View Capture to see the captured packets and their Snort verdicts.
The other options are incorrect because:
Performing a Snort engine capture using tcpdump from the FTD CLI will not allow you to trace the path of the packets through the Snort engine or verify their Snort verdicts. Tcpdump is a command-line tool that can capture packets on an FTD device, but it does not provide any information about how Snort processes those packets or what actions Snort takes on them2.
Creating a Custom Workflow in Cisco FMC will not help you troubleshoot a connectivity issue from an endpoint behind an FTD device and a public DNS server. A Custom Workflow is a user-defined set of pages that display event data in different formats, such as tables, charts, maps, and so on. A Custom Workflow does not allow you to capture or trace packets on an FTD device3.
Running the system support firewall-engine-debug command from the FTD CLI will not allow you to simulate real DNS traffic on the FTD device or verify the Snort verdict for that traffic. The firewall-engine- debug command is a diagnostic tool that can generate synthetic packets and send them through the Snort engine on an FTD device. The synthetic packets are not real network traffic and do not affect any connections or policies on the FTD device4.

Q237. An engineer is deploying Cisco Secure Endpoint for the first time and on endpoint with MAC address 50:54:
15:04:0:AB. The engineer must make sure that during the testing phase no files are isolated and network connections must not be blocked. Which policy type must be configured to accomplish the task?

 Triage

 Quarantine

 Protect

 Audit

 Loading …

Topics of Securing Networks with Cisco Firepower (300-710 SNCF) Exam

These core topics isted below are general recommendations for the material that is likely to be used for the examination. However, on any particular delivery of the test, other similar topics could also appear. The guidelines below can update at any time without notice to better represent the contents of the exam and for clarity purposes.

It is recommended that, where possible, the applicant use these courses and/or other resources to provide background information on the exam objectives. The syllabus for the Securing Networks with Cisco Firepower (300-710 SNCF) examination is listed below in detail of each section and their topics:

1. Deployment (30%)

Objectives covered by this section:

Objective 1.1 – Implement NGFW modes:

• Routed mode
• Transparent mode

Objective 1.2 – Implement NGIPS modes:

• Inline
• Passive

Objective 1.3 – Implement high availability options:

• Multi-instance
• Link redundancy
• Active/standby failover

Objective 1.4 – Describe IRB configurations

2. Configuration (30%)

Objectives covered by this section:

Objective 2.1 – Configure system settings in Cisco Firepower Management Center

Objective 2.2 – Configure these policies in Cisco Firepower Management Center:

• DNS
• Intrusion
• SSL
• Access control
• Identity
• Prefilter

Objective 2.3 – Configure these features using Cisco Firepower Management Center:

• Correlation
• Actions
• Application detectors (Open AppID)
• Network discovery

Objective 2.4 – Configure objects using Firepower Management Center:

• Object Management
• Intrusion Rules

Objective 2.5 – Configure devices using Firepower Management Center:

• NAT
• Certificates
• QoS
• Device Management

3. Management and Troubleshooting (25%)

Objectives covered by this section:

• Objective 3.1 – Troubleshoot with FMC CLI and GUI

• Objective 3.2 – Configure dashboards and reporting in FMC

• Objective 3.3 – Troubleshoot using packet capture procedures

• Objective 3.4 – Analyze risk and standard reports

4. Integration (15%)

Objectives covered by this section:

• Objective 4.2 – Configure Cisco AMP for Endpoints in Firepower Management Center

• Objective 4.3 – Implement Threat Intelligence Director for third-party security intelligence feeds

• Objective 4.4 – Describe using Cisco Threat Response for security investigations

• Objective 4.5 – Describe Cisco FMC PxGrid Integration with Cisco Identify Services Engine (ISE)

• Objective 4.1 – Configure Cisco AMP for Networks in Firepower Management Center

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