300-710 Securing Networks with Cisco Firepower (300-710 SNCF) Questions and Answers

To configure Active Directory authentication for VPN authentication on a Cisco Secure Firewall Threat Defense (FTD) instance registered with Cisco Secure Firewall Management Center (FMC), the administrator needs to configure Realms in the System settings of the FMC. Realms in FMC are used to define the directory servers (e.g., Active Directory) and how they are used for user authentication.

Steps to configure this in FMC:

Navigate toSystem > Integration > Realms and Directory.

Add a new realm and configure the necessary details such as the directory server type (e.g., Active Directory), server address, and bind credentials.

Test the connection to ensure it works correctly.

This setup allows the FMC to authenticate VPN users against the Active Directory, thereby enabling secure access control for VPN connections.

Disseminate: The dissemination phase publishes the results of the investigation or threat hunt. This information is disseminated with a focus on the receivers of the information. At the tactical level, this information feeds back into the beginning of the F3EAD model, Find. Figure 3 illustrates the F3EAD model.

https://www.cisco.com/c/en/us/td/docs/security/firepower/623/fdm/fptd-fdm-config-guide-623/fptd-fdm-intrusion.html

Based on the Attacks Risk Report, DNS is associated with a high number of impact events (16). DNS traffic is critical for network operations but can also be exploited for malicious activities such as DNS tunneling, DDoS attacks, and data exfiltration. To improve security, the security engineer should focus on inspecting DNS traffic. This involves deploying DNS security solutions and monitoring DNS traffic for anomalies to detect and mitigate potential threats.

Steps:

Implement DNS security tools such as DNS filtering, DNSSEC, and DNS anomaly detection.

Configure the firewall to inspect DNS traffic for malicious activities.

Regularly analyze DNS logs to identify and respond to threats.

This action addresses a significant risk identified in the report and helps to mitigate potential attacks exploiting DNS.

The Untrusted reputation level represents URLs associated with malicious, undesirable, or demonstrably unsafe behavior and is therefore the appropriate selection for the access control rule. Questionable applies to URLs that exhibit suspicious characteristics but lack sufficient evidence to be classified as definitively malicious. Neutral identifies sites without a strong positive or negative reputation, while Favorable indicates generally acceptable sites with a positive reputation history. Secure Firewall Management Center combines URL categories with reputation values to provide more precise web-control decisions. Selecting Untrusted enables the rule to match the highest-risk URLs covered by the requirement without unnecessarily treating merely unknown or neutral sites as confirmed threats. Cisco documents URL reputation as the risk component used with URL categories in category-and-reputation-based filtering. Cisco Secure Firewall URL filtering

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To configure an isolated bridge group for Integrated Routing and Bridging (IRB) mode on a Cisco Secure Firewall device, the action to take is to leave the BVI (Bridge Virtual Interface) interface name empty. This ensures that the bridge group operates in an isolated manner, where Layer 3 routing is not applied to the bridged interfaces, effectively isolating the traffic within the bridge group.

Steps:

Access the firewall ' s configuration interface.

Configure the bridge group interfaces.

Ensure that the BVI interface name is left empty to isolate the bridge group.

This configuration prevents Layer 3 routing for the isolated bridge group, ensuring that traffic remains contained within the bridge group.

When replacing a Cisco Secure Firewall high-availability (HA) device due to a failure, the first step the engineer must take is to unregister the secondary (failed) device from the Cisco Secure Firewall Management Center (FMC). This action separates the HA pair and ensures that the new replacement device can be registered and configured correctly.

Steps:

Access the FMC and navigate to the device management section.

Unregister the failed secondary device to remove it from the HA pair.

Register the replacement device to the FMC.

Reconfigure the HA settings to restore the high-availability configuration.

By unregistering the failed device first, the engineer ensures a clean setup for the replacement device, avoiding potential conflicts or issues in the HA configuration.

When creating a new intrusion rule in a Cisco Secure Firewall Threat Defense (FTD) device, the keyword type " metadata " must be used to add a line that identifies the author of the rule and the date it was created. The metadata keyword is used to store additional information about the rule, such as authorship and creation date.

Steps:

In FMC, navigate toPolicies > Intrusion > Rules.

Create a new rule or edit an existing one.

Use the " metadata " keyword to add information about the author and date.

Example:

metadata: created_at 2023-06-15, author " John Doe " ;

By using the metadata keyword, you ensure that the rule contains relevant information for tracking its creation and authorship, which is essential for maintaining rule documentation and accountability.

Individual intrusion rules do not support direct time-range conditions or scheduled activation triggers. Instead, the administrator creates a time-range object and uses it as a condition in an access control rule. The required intrusion policy is then associated with that access control rule. During the specified time range, matching traffic invokes the intrusion policy and its enabled intrusion rules; outside the range, the access control rule does not match. Multiple access control rules can be created when different intrusion policies or protection levels are needed at different times. Secure Firewall Management Center does not require an external scheduled task to enable and disable individual intrusion rules. Cisco documents time-range objects as the mechanism for making supported policies apply only during defined periods. Therefore, time-based access control rules are the correct implementation. Cisco time-range objects

To allow access to a specific banking site over HTTPS, the network administrator must use SSL decryption (also known as SSL/TLS inspection) and specify the URL. This is because HTTPS traffic is encrypted, and the firewall needs to decrypt the traffic to inspect the URL and enforce the access rule.

Steps:

Enable SSL Decryption: Configure SSL policies to decrypt the HTTPS traffic.

Specify the URL: Define the URL of the banking site in the access control policy, ensuring that the decrypted traffic is inspected and allowed based on the specified URL.

This method ensures that only the desired banking site is accessed over HTTPS, while other HTTPS traffic can be filtered or blocked according to the organization ' s security policies.

Dynamic Analysis submits eligible files with an Unknown or Unavailable malware-cloud disposition to Cisco Secure Malware Analytics, formerly Cisco Threat Grid. The service executes and observes the file in a controlled environment, examines its behavior, and returns a threat score and detailed analysis report. Secure Firewall Management Center can use the returned threat score and the threshold configured in the file policy to determine whether the file should be treated as malware. Spero Analysis is different because it examines structural characteristics and generates a signature primarily for executable files. It does not provide the comprehensive sandbox-based behavioral examination described in the question. Therefore, when unknown files must be submitted to Secure Malware Analytics for deeper investigation, Dynamic Analysis is the required configuration. Cisco file-policy documentation

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To add a Cisco Secure Firewall Threat Defense (FTD) device to Cisco Secure Firewall Management Center (FMC), the correct command to use isconfigure manager add 192.168.75.201 < reg_key > . This command registers the FTD device with the FMC using the FMC ' s IP address and the registration key provided during the FMC setup.

Command structure:

configure manager add < FMC_IP > < reg_key >

For the given scenario:

FMC IP address: 192.168.75.201

Registration key: provided during FMC setup

Thus, the correct command is:

configure manager add 192.168.75.201 < reg_key >

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.

To create a malware and file policy on a Cisco Secure Firewall Threat Defense (FTD) device that ensures PDF, DOCX, and XLSX files are not sent to Cisco Secure Malware Analytics, the security engineer must configure local malware analysis. Local malware analysis allows the FTD to inspect and analyze files locally without sending them to the cloud-based Cisco Secure Malware Analytics.

Steps to configure local malware analysis:

In FMC, navigate toPolicies > Access Control > Malware & FilePolicies.

Create a new malware and file policy or edit an existing one.

Define rules to inspect specific file types, ensuring that PDF, DOCX, and XLSX files are handled locally.

Set the action for these file types to " Local Analysis. "

Apply the policy to the relevant access control policy.

This configuration ensures that the specified file types are analyzed locally, meeting the requirement to avoid sending them to Cisco Secure Malware Analytics.

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

These fields belong to the Attacks Risk Report. Cisco defines Total Attacks as the number of IPS events and Hosts Targeted as the number of unique destination addresses associated with relevant IPS events. Events Requiring Attention represents the proportion of intrusion events with an impact flag indicating relevance. Hosts Connected to CnC Servers identifies unique hosts associated with the “CnC Connected” indication-of-compromise category. Together, these measurements summarize attack activity, affected assets, and potentially compromised systems. A Network Risk Report focuses on broader network-level risk and does not use this exact field collection. “Events Risk Report” and “Hosts Risk Report” are not the applicable standard risk-report templates. List B incorrectly marks Network Risk Report; Cisco’s report documentation explicitly assigns all four fields to the Attacks Risk Report, so the verified answer is B. Cisco risk-report templates

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Cisco ISE Adaptive Network Control is the remediation module used for Rapid Threat Containment. Secure Firewall Management Center detects malicious activity or a correlation-policy violation and invokes an ANC remediation through the pxGrid integration. Cisco ISE then applies the specified ANC policy to the affected endpoint and can issue a RADIUS Change of Authorization to the relevant network-access device. The resulting action can quarantine the endpoint, restrict its authorization, or clear a previously applied ANC policy. Cisco ISE provides the policy and enforcement infrastructure, but the specific remediation module presented in Secure Firewall Management Center is Cisco ISE Adaptive Network Control. Cisco Secure Endpoint supplies endpoint detection and response telemetry but is not the RTC remediation module described. Network Protection Services is not the applicable Secure Firewall remediation component. Cisco Secure Firewall remediation modules

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An EtherChannel interface is a logical interface that consists of a bundle of individual Ethernet links that act as a single network link. An EtherChannel interface can increase the bandwidth and reliability of a network connection5.

On a Cisco Firepower 9300 appliance registered with an FMC for high availability, the network administrator must create the EtherChannel interface on the FXOS CLI. The FXOS is the operating system that runs on the Firepower 9300 chassis and provides hardware management functions such as interface configuration, power supply status, fan speed control, and so on6.

To create an EtherChannel interface on the FXOS CLI, the network administrator can follow these steps5:

Connect to the FXOS CLI using SSH or console.

Enter scope eth-uplink command to enter Ethernet uplink mode.

Enter create port-channel command to create an EtherChannel interface.

Enter a port-channel ID (1-48) and a mode (on or active) for the EtherChannel interface.

Enter add interface command to add physical interfaces to the EtherChannel interface.

Enter one or more interface IDs (for example, 1/1) for the physical interfaces.

Enter commit-buffer command to save the changes.

The other options are incorrect because:

The FMC CLI does not provide any commands to create an EtherChannel interface on a Firepower 9300 appliance. The FMC CLI is mainly used for managing FMC settings such as backup, restore, upgrade, troubleshoot, and so on7.

The FTD CLI does not provide any commands to create an EtherChannel interface on a Firepower 9300 appliance. The FTD CLI is mainly used for managing FTD settings such as routing, NAT, VPN, access control, and so on8.

The FMC GUI does not provide any options to create an EtherChannel interface on a Firepower 9300 appliance. The FMC GUI is mainly used for managing FTD policies such as access control, intrusion, file, malware, and so on9.

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 toupdate 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.

When capturing traffic on a Cisco FTD device to troubleshoot a connectivity problem, a file type that can be exported for reviewing using a tool built for this type of analysis is PCAP. PCAP stands for Packet Capture and it is a file format used to store network packet data captured from anetwork interface8. PCAP files contain the raw data of network packets, including the headers and payloads of each packet8.

PCAP files are widely used in network analysis and troubleshooting tasks. They enable network administrators, analysts, and researchers to inspect and analyze network traffic for various purposes, such as diagnosing network issues, detecting malicious activity, measuring network performance, and understanding network protocols8. PCAP files can be read by applications that understand that format, such as Wireshark, tcpdump, CA NetMaster, or Microsoft Network Monitor8.

The other options are incorrect because:

NetFlow v9 is not a file type, but a protocol for collecting and exporting information about network flows. A network flow is a sequence of packets that share common attributes such as source and destination IP addresses, ports, and protocols9. NetFlow v9 records contain summary information about network flows, such as start and end times, byte counts, packet counts, and so on9. NetFlow v9 records do not contain the raw data of network packets.

NetFlow v5 is not a file type, but an earlier version of the NetFlow protocol for collecting and exporting information about network flows. NetFlow v5 records contain similar information as NetFlow v9 records, but with fewer fields and less flexibility10. NetFlow v5 records do not contain the raw data of network packets.

IPFIX is not a file type, but a protocol for collecting and exporting information about network flows. IPFIX stands for IP Flow Information Export and it is based on NetFlow v9, but with some extensions and improvements11. IPFIX records contain similar information as NetFlow v9 records, but with more fields and more flexibility11. IPFIX records do not contain the raw data of network packets.

If inside clients have intermittent connectivity issues and the Cisco Secure FTD is responding to all ARP requests on the inside network, it indicates that there may be an incorrect proxy ARP configuration in the NAT policy. Proxy ARP can cause the FTD to respond to ARP requests on behalf of other devices, leading to connectivity issues.

Steps to resolve:

Review the NAT policy on the FTD to identify any incorrect proxy ARP configurations.

Disable the proxy ARP setting for the relevant NAT rules that are causing the issue.

This ensures that the FTD only responds to ARP requests as needed, preventing it from interfering with normal ARP traffic on the inside network.

To configure URL filtering for a Cisco FTD device in Cisco FMC, and to meet the requirements of the question, the engineer must do the following:

On the HTTP Responses tab of the access control policy editor, set the Interactive Block Response Page to system-provided. This will enable the system to display a warning page to the users when they try to access a blocked URL, and give them the option to continue or cancel. The system-provided page is a default page that contains a generic message and a logo1.

Configure an access control rule that matches an URL object for http://www.badadultsite.com; and set the action to Interactive Block. This will apply the interactive block action to the specific URL that is defined in the URL object. The interactive block action will trigger the interactive block response page that was configured in the previous step1.

The other options are incorrect because:

On the HTTP Responses tab of the access control policy editor, setting the Block Response Page to Custom will not affect the interactive block action. The block response page is used when the action is set to Block, not Interactive Block1.

Configuring the default action for the access control policy to Interactive Block will apply the interactive block action to all URLs that are not matched by any access control rule. This will not meet the requirement of blocking no other websites1.

Configuring an access control rule that matches the Adult URL category and sets the action to Interactive Block will apply the interactive block action to all URLs that belong to the Adult category. This will not meet the requirement of blocking only http://www.badadultsite.com1.

The Interface Traffic widget belongs to the Operations category because it displays operational information about appliance interfaces, specifically received and transmitted traffic rates. After selecting Add Widgets, the engineer can select All Categories and open Operations to locate Interface Traffic, then click Add next to the widget. Analysis & Reporting contains widgets based on collected security events and analytical data. Miscellaneous contains widgets that display neither event nor operational data, such as the RSS Feed widget. “New” is not a valid predefined widget category. Cisco classifies Operations widgets as those that display system status and overall health information. The Interface Traffic widget is not included on predefined dashboards by default, so it must be added manually using this procedure. Cisco Secure Firewall dashboard documentation

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Integrated routing and bridging (IRB) is a feature that allows you to route between different bridge groups on a Cisco FTD device. A bridge group is a logical interface that acts as a container for one or more physical or logical interfaces that belong to the same layer 2 broadcast domain. You can assign an IP address to a bridge group interface (BVI) and enable routing protocols on it, just like a regular routed interface. However, when you run a dynamic routing protocol on a Cisco FTD device in IRB mode, you can only use nonbridge interfaces as routing peers. You cannot use bridge group interfaces or bridge group member interfaces as routing peers2. This is because the routing protocol packets are sent and received on the nonbridge interfaces, and the bridge group interfaces are used only for forwarding data traffic3.

Reason: the command " capture-traffic " is used for SNORT Engine Captures. To capture a LINA Engine Capture, you use the " capture " command. Since the Lina Engine represents the actual physical interface of the device, " capture " is the only reasonable choice Reference:https://www.cisco.com/c/en/us/support/docs/security/firepower-ngfw/212474-working-with-firepower-threat-defense-f.html#anc10

The command is

firepower# capture DMZ interface dmz trace detail match ip host 192.168.76.14 host 192.168.76.100

firepower# capture INSIDE interface inside trace detail match ip host 192.168.76.14 host 192.168.75.14

In a failover configuration with Cisco Secure Firewall Threat Defense (FTD) devices, ensuring that users on the internal network can continue to communicate with outside devices if the primary device (FTD1) fails requires the implementation of a stateful failover link. The stateful failover link allows the secondary device (FTD2) to maintain session information and state data, ensuring seamless failover and minimizing disruptions.

Steps to implement a stateful failover link:

Physically connect a stateful failover link between FTD1 and FTD2.

Configure the stateful failover link in the FMC.

Ensure that both devices are properly synchronized and that stateful failover is enabled.

Deploy the changes to both FTD devices.

By configuring a stateful link, the secondary FTD can take over active sessions without requiring users to re-establish their connections, thus ensuring continuous communication.

In Cisco Secure Firewall Management Center (FMC), when two users attempt to modify a VPN policy simultaneously, the system implements a locking mechanism to prevent conflicts. The first user who selects edit on the policy locks the configuration, preventing other users from making changes until the lock is released.

Steps:

When the first user selects edit on the VPN policy, FMC locks the policy for editing.

The lock ensures that only the first user can make changes.

Once the first user saves or cancels their changes, the lock is released.

Other users can then edit the policy.

This locking mechanism ensures that configuration conflicts are avoided and only one set of changes is applied at a time.

" In routed firewall mode, broadcast and multicast traffic is blocked even if you allow it in an access rule... " " The bridge group does not pass CDP packets packets... " https://www.cisco.com/c/en/us/td/docs/security/asa/asa913/configuration/general/asa-913-general-config/intro-fw.html

Passing Traffic Not Allowed in Routed Mode

In routed mode, some types of traffic cannot pass through the ASA even if you allow it in an access rule. The bridge group, however, can allow almost any traffic through using either an access rule (for IP traffic) or an EtherType rule (for non-IP traffic):

IP traffic—In routed firewall mode, broadcast and " multicast traffic is blocked even if you allow it in an access rule, " including unsupported dynamic routing protocols and DHCP (unless you configure DHCP relay). Within a bridge group, you can allow this traffic with an access rule (using an extended ACL).

Non-IP traffic—AppleTalk, IPX, BPDUs, and MPLS, for example, can be configured to go through using an EtherType rule.

Note

" The bridge group does not pass CDP packets packets, or any packets that do not have a valid EtherType greater than or equal to 0x600. An exception is made for BPDUs and IS-IS, which are supported. "

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

If a task to generate troubleshooting files in Cisco Secure Firewall Management Center (FMC) is completed successfully but removed before the files are downloaded, the following steps can be taken to determine the filename and obtain the generated troubleshooting files without regenerating them:

Go to expert mode on Secure FMC:

Access expert mode on the FMC via SSH or the console.

List the contents of the directory/var/commonto locate the generated troubleshooting files. Use the commandls /var/common.

Use the System Monitoring Audit logs:

In FMC, navigate toSystem > Monitoring > Audit.

Find the line containing the " Generate Troubleshooting Files " string to determine the correct filename.

These actions help identify and retrieve the generated troubleshooting files without the need to regenerate them, saving time and resources.

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.”

A local SPAN configuration requires a numbered monitoring session with a source interface and a different destination interface. Gi0/1 is the switch interface whose traffic must be copied, while Gi0/3 is connected to the passive Cisco Secure IPS sensor and must therefore be the SPAN destination. Option C correctly associates both commands with session 1 and maps the monitored traffic from Gi0/1 to Gi0/3. Option B incorrectly makes Gi0/3 both the source and destination, which cannot provide the required monitoring path. Options A and D omit the mandatory session 1 portion of the Catalyst SPAN syntax. Because the IPS operates passively, it receives copies of packets on its monitoring interface without becoming an inline forwarding device and without being able to disrupt the production traffic.

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https://www.cisco.com/c/en/us/td/docs/security/firepower/620/configuration/guide/fpmc-config-guide-v62/reusable_objects.html#ID-2243-000009b4

" All interfaces in an interface object must be of the same type: all inline, passive, switched, routed, or ASA FirePOWER. After you create an interface object, you cannot change the type of interfaces it contains. "

Standard reports from Cisco Secure Firewall Management Center can be downloaded in CSV (Comma-Separated Values) format. This format is widely used for data exchange and can be opened in various applications such as Microsoft Excel.

Steps to download reports:

Navigate toReports > Report Designerin the FMC.

Select or create the report you wish to download.

Choose the CSV format option when exporting the report.

This allows the network engineer to analyze and manipulate the report data easily.

Encrypted Visibility Engine provides visibility into encrypted TLS sessions by fingerprinting characteristics of the TLS handshake and associating them with known client applications or processes. The SSL/TLS policy supplies the encrypted-traffic handling framework used with the access control policy. Application detection must also be enabled so that the system can identify and classify applications represented by EVE fingerprints. Cisco Success Network is a telemetry and product-support capability and is unrelated to encrypted-session classification. Identity policy configuration maps users to network activity but is not an EVE prerequisite. Although current Vulnerability Database content provides fingerprinting intelligence, merely scheduling VDB updates does not complete the policy configuration described in the question. Therefore, configuring the SSL/TLS policy and enabling application detectors are the required actions. Cisco Encrypted Visibility Engine documentation

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Integrated Routing and Bridging allows a Secure Firewall device operating in routed mode to contain bridge groups while also supporting routed interfaces. Multiple physical or logical interfaces can become members of one bridge group, placing them in the same Layer 2 broadcast domain, VLAN, and IP subnet. A Bridge Virtual Interface represents that bridge group at Layer 3 and functions as its gateway, permitting communication between the bridged network and routed interfaces or other bridge groups, subject to security policy. This can remove the need for an additional external Layer 2 switch when suitable firewall interfaces are available. IRB does not itself provide high availability, security-context separation, or Cisco Talos threat-intelligence updates. Those capabilities are implemented through separate features. Therefore, allowing multiple interfaces to participate in the same VLAN is the stated IRB benefit. Cisco IRB documentation

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

A static-route command follows the structure ip route destination-network subnet-mask next-hop administrative-distance. The required destination is 192.168.10.0/24, which corresponds to subnet mask 255.255.255.0. The next-hop address must be 192.168.20.1, and the routing-table exhibit confirms that the 192.168.20.0/24 network is directly connected through VLAN 10. The final value must be 2 because the question explicitly requires an administrative distance of 2. Option A uses the correct destination and next hop but sets the distance to 1. Options B and D incorrectly reverse the destination and next-hop networks. Consequently, only option C contains all four required elements and installs the route through the connected 192.168.20.0/24 network with the specified preference.

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In a local SPAN configuration, the source is the switch interface whose traffic must be copied, while the destination is the interface connected to the passive monitoring device. Therefore, switch interface Gi0/1 must be configured as the SPAN source, and switch interface Gi0/3, which connects to the Cisco Secure IPS sensor, must be the destination. Both commands must also reference the same SPAN session number. Option D satisfies all these requirements. Options B and C omit the mandatory session number, while Option A incorrectly assigns Gi0/3 as both the source and destination. A SPAN destination cannot simultaneously be a source in the same session. The passive IPS receives the mirrored packets for inspection but does not retransmit or directly block them. Cisco SPAN configuration documentation

Cisco Firepower uses FlexConfig objects to send NetFlow data. Here ' s the key point:

NetFlow_Set_Parameters object: Defines the parameters of the NetFlow data being exported (e.g., version, sampling rate).

NetFlow_Add_Destination object: Specifies the IP address and port of the flow collector (in this case, your Cisco Stealthwatch appliance) where the NetFlow data should be sent.

To exempt a custom application from being flagged by Cisco Secure Endpoint, the organization must precalculate the hash value of the custom application and add it to the allowed applications list. This process involves creating a hash of the executable file, which uniquely identifies it, and then configuring Cisco Secure Endpoint to recognize this hash as trusted.

Steps:

Calculate the hash value (e.g., SHA-256) of the custom application executable.

In the Cisco Secure Endpoint management console, navigate to the policy configuration.

Add the calculated hash value to the list of allowed applications or exclusions.

Save and deploy the updated policy.

By adding the hash value to the allowed applications, Cisco Secure Endpoint will recognize the custom application as trusted and will no longer flag it.