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Cisco Securing Networks with Cisco Firewalls (300-710 SNCF, CCNP Security) (300-710 SNCF) (300-710 SNCF) — Questions 226–300

358 questions total · 5 pages · All types, answers revealed

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226
Multi-Selecthard

An administrator configures Cisco Secure Firewall Threat Defense to integrate with Cisco ISE via pxGrid. Which TWO operational benefits are provided by this integration for firewall policy enforcement? (Choose two)

Select 2 answers
A.Automatic generation of FTD intrusion detection signatures.
B.Real-time streaming of raw PCAP files to third-party SIEM platforms.
C.Direct management of FMC appliance administrator passwords.
D.Consumption of Security Group Tags (SGTs) for tag-based microsegmentation and access filtering.
E.Enforcement of Access Control policies based on user identity, username, and user group membership.
AnswersD, E

Consuming Security Group Tags lets the firewall enforce policy on identity-derived tags rather than IP addresses, satisfying the requirement for dynamic, tag-based microsegmentation. pxGrid streams SGT-to-IP mappings from Cisco ISE, so the Threat Defense appliance applies access filtering that follows workloads as addresses change.

Why this answer

The pxGrid integration between Cisco Secure Firewall Threat Defense (FTD) and Cisco ISE enables the firewall to subscribe to ISE's identity and context data, so option E is correct: FTD can enforce Access Control policies using user identity, username, and user group membership learned via pxGrid (identity-based firewall rules). Option D is also correct because pxGrid can deliver Security Group Tags (SGTs) from ISE, allowing FTD to perform tag-based microsegmentation and access filtering using SGT values in its rules. Option A is not provided by pxGrid integration; IDS/IPS signatures are delivered through Cisco Talos signature updates, not ISE.

Option B is incorrect because pxGrid does not stream raw PCAP files to SIEMs; it shares contextual session/identity data, and PCAP export is a separate FTD/FMC capability. Option C is incorrect because FMC administrator password management is not an ISE pxGrid function; ISE integration is about identity and group context, not managing FMC admin credentials.

227
MCQmedium

An engineer is deploying a Cisco Secure Firewall Threat Defense Virtual (FTDv) instance in an Amazon Web Services (AWS) VPC. The deployment requires the FTDv to inspect traffic crossing between public and private subnets. Which AWS architectural construct is mandatory for routing traffic through the FTDv instance?

A.Custom AWS Route Tables associated with the subnets, pointing traffic destined outside the VPC to the FTDv data interface ENI.
B.Cisco TrustSec Security Group Tags (SGTs) applied to AWS security groups.
C.AWS Transit Gateway with static BGP peering enabled to the FTDv management interface.
D.Physical bypass NICs installed in the AWS hypervisor layer.
AnswerA

Route tables are the mechanism that steers subnet traffic; associating them with the FTDv data ENI as next hop forces inter-subnet flows through the firewall for inspection, satisfying the requirement to inspect traffic crossing public and private subnets.

Why this answer

In AWS, traffic is routed between subnets and to the internet based on Route Tables associated with each subnet. To force traffic through an FTDv instance, you must create custom Route Tables whose default route (0.0.0.0/0) or specific destination prefixes point to the FTDv's data interface ENI, and associate those route tables with the public and private subnets. This is the standard AWS 'firewall appliance' architecture and is mandatory for inline inspection.

Exam trap

300-710 SNCF often tests the misconception that AWS security groups, TrustSec SGTs, or Transit Gateway alone provide inline inspection—candidates must remember that custom Route Tables pointing to the FTDv ENI are the mandatory construct for steering traffic through the virtual firewall.

How to eliminate wrong answers

Option B is wrong because Cisco TrustSec SGTs are a Cisco policy construct for identity-based segmentation; AWS Security Groups do not carry SGT tags, and SGTs have no role in routing traffic through an EC2 instance. Option C is wrong because AWS Transit Gateway is a hub-and-spoke routing service—while it can be used in some designs, it is not mandatory, and BGP peering to the FTDv management interface is nonsensical since the management interface does not carry data-plane traffic. Option D is wrong because AWS is a public cloud with no physical bypass NICs available to customers; bypass functionality is a hardware appliance concept, not an AWS construct.

228
MCQeasy

An administrator needs to create a variable set to define specific port or network variables used within Intrusion Rules. Where are variable sets managed in the FMC?

A.Devices > Device Management > Variables
B.Objects > Object Management > Variable Sets
C.System > Localized Variables
D.Policies > Access Control > Variables
AnswerB

Variable sets are managed under Objects > Object Management > Variable Sets in the FMC, where port, network and other variables used by intrusion rules are defined and later applied via intrusion policies. This is the dedicated location for creating and editing those reusable rule variables.

Why this answer

In FMC, variable sets used by Intrusion Rules are managed under Objects > Object Management > Variable Sets. This is where administrators define variables such as $HOME_NET, $EXTERNAL_NET, and port variables that Snort rules reference. The variable sets are then applied to the Intrusion Policy.

Exam trap

The 300-710 SNCF exam often tests the location of variable sets, and candidates confuse them with device management or access control policy menus, so remembering that they are objects under Object Management is key.

How to eliminate wrong answers

Option A is wrong because Devices > Device Management manages device registrations and interfaces, not Snort variable sets. Option C is wrong because System > Localized Variables is not a valid FMC menu path for variable sets. Option D is wrong because Policies > Access Control is where access control policies are configured, not where Snort variables are defined.

229
MCQhard

An enterprise requires FTD to decrypt outbound SSL/TLS traffic so internal users visiting external websites can be inspected by Snort for malware. Which policy and action combination must be configured?

A.SSL/TLS Decryption Policy with Decrypt - Resign action
B.Prefilter Policy configured with SSL Bypass
C.SSL/TLS Decryption Policy with Decrypt - Inbound action
D.Access Control Policy with Malware Inspection enabled and no SSL policy
AnswerA

Outbound inspection requires the firewall to intercept the TLS session, so a Decrypt - Resign action re-signs traffic with an internal CA certificate, letting Snort inspect plaintext. Decrypt - Pass Through would leave traffic encrypted and invisible to Snort, failing the malware inspection requirement.

Why this answer

To inspect outbound SSL/TLS traffic from internal users to external sites, FTD must decrypt the traffic using an SSL/TLS Decryption Policy with the Decrypt - Resign action. Resign means FTD acts as a man-in-the-middle, presenting its own certificate to the client and re-establishing a separate TLS session to the server, allowing Snort to see cleartext. This is the only action that enables full inspection of outbound encrypted sessions.

Exam trap

The 300-710 SNCF exam often tests the confusion between Decrypt - Resign (outbound, man-in-the-middle) and Decrypt - Inbound (inbound to internal servers), and between SSL policy actions and Prefilter SSL Bypass, so candidates who don't map direction to action pick the wrong option.

How to eliminate wrong answers

Option B is wrong because SSL Bypass in a Prefilter Policy explicitly skips decryption and inspection, which is the opposite of what is required. Option C is wrong because Decrypt - Inbound is used for traffic destined to internal servers (inbound TLS), not for outbound user traffic to external websites. Option D is wrong because without an SSL/TLS Decryption Policy, FTD cannot see inside encrypted sessions, so Malware Inspection in the Access Control Policy will not be effective on TLS traffic.

230
MCQeasy

In the context of FTD, what does 'FMC' stand for?

A.Firewall Management Console
B.Firewall Monitoring Center
C.Firepower Managed Cloud
D.Firepower Management Center
AnswerD

FMC is the centralised management appliance for Cisco Firepower deployments, providing policy configuration, event correlation and device management for managed FTD sensors. It is distinct from the FTD device itself, which enforces the policies pushed from the FMC.

Why this answer

FMC is the central management platform for FTD devices.

231
Multi-Selecthard

An administrator is configuring Cisco Secure Firewall Threat Defense to send syslog messages. Which TWO options can be included in the syslog message header or content to assist SIEM correlation and analysis? (Choose two)

Select 2 answers
A.Device name or firewall identifier in the syslog header
B.FMC administrator password hash for auditing
C.Full Active Directory database file attachments
D.Precise timestamp formatting (UTC or local time) configured in Platform Settings
E.Raw PCAP binary dumps appended to every syslog packet
AnswersA, D

Including the device name or firewall identifier in the syslog header lets the SIEM attribute each message to its originating firewall, which is essential for correlation when multiple Threat Defense devices forward events to a central collector.

Why this answer

Option A is correct because the syslog header generated by Cisco Secure Firewall Threat Defense includes the device name or firewall identifier (the configured hostname), which lets a SIEM attribute each event to a specific sensor and correlate events across multiple firewalls. Option D is correct because Platform Settings on the FMC allow you to configure the syslog timestamp format (e.g., UTC or local time) and message severity, and a precise, consistent timestamp is essential for ordering and correlating events in a SIEM. Option B is not valid because exporting an FMC administrator password hash has no correlation value and would be a serious security exposure.

Option C is not valid because syslog messages are lightweight event records and cannot carry a full Active Directory database file. Option E is not valid because syslog is a text-based protocol and does not append raw PCAP binary dumps to every message; packet capture is handled separately.

232
Multi-Selectmedium

An administrator is configuring interface-level QoS on an FTD device. Which THREE parameters or features can be configured within an FTD QoS policy? (Choose three)

Select 3 answers
A.DSCP Marking
B.Active Directory user group mapping
C.Automatic IP address translation (NAT mapping)
D.Priority Queuing for critical traffic like VoIP
E.Rate Limiting (maximum bandwidth limits)
AnswersA, D, E

The FTD QoS policy marks egress traffic by rewriting the DSCP field in packet headers, letting downstream devices classify and treat flows according to the assigned per-hop behaviour, which is the marking capability the interface-level policy exposes.

Why this answer

Qos policies on FTD support rate limiting, traffic shaping, priority queuing, and marking DSCP values.

233
MCQhard

An engineer is configuring static route tracking on a Cisco Secure Firewall Threat Defense to ensure high availability for outbound internet connectivity. A backup static route is configured with a higher metric. What mechanism does the firewall use to dynamically switch from the primary route to the backup route when the primary next-hop fails?

A.Bidirectional Forwarding Detection (BFD) or ICMP ping SLA trackers that monitor the next-hop IP.
B.STP topology change notifications received on the tracked interface.
C.FMC heartbeat loss detection between the firewall and the gateway.
D.Automatic generation of dynamic OSPF neighbor adjacencies over the static interface.
AnswerA

Static route tracking relies on SLA monitor objects using ICMP echo or BFD to probe the primary next-hop. When probes fail, the tracked route is removed from the routing table, letting the higher-metric backup route become active and restoring outbound connectivity.

Why this answer

Static route tracking on Cisco Secure Firewall Threat Defense uses SLA monitors — either BFD or ICMP ping — to track the reachability of the next-hop IP. When the tracked object goes down, the primary static route is removed from the routing table and the backup route with the higher metric is installed, providing dynamic failover.

Exam trap

The trap is confusing control-plane management heartbeats (FMC) or Layer 2 events (STP) with the actual Layer 3 reachability mechanism (BFD/ICMP SLA) that drives static route tracking.

How to eliminate wrong answers

Option B is wrong because STP topology change notifications are Layer 2 events and are not used by FTD static route tracking; route tracking operates at Layer 3 via SLA monitors. Option C is wrong because FMC heartbeat loss detection monitors the management connection between FMC and the firewall, not the next-hop gateway reachability for data-plane routing. Option D is wrong because static route tracking does not automatically generate OSPF adjacencies; it is a static routing feature and does not dynamically create routing protocol neighbors.

234
Multi-Selectmedium

An administrator is troubleshooting high memory utilization on an FMC appliance. Which TWO actions or tools can be used to identify resource-heavy processes or clean up storage? (Choose two)

Select 2 answers
A.Navigate to Analysis > Health > Monitor to review historical memory utilization graphs and identify anomalies.
B.Run 'system support memory-dump' from the FMC GUI.
C.Use the FMC CLI expert mode to run standard Linux utilities such as 'top' or 'ps' to inspect process resource consumption.
D.Restart the Snort inspection engine on the FMC.
E.Execute 'clear memory cache' in the FMC CLI.
AnswersA, C

The Health Monitor page under Analysis retains historical memory graphs, letting the administrator correlate spikes with specific timeframes and identify which processes or features drove utilisation upward. This directly supports diagnosing the high memory condition described.

Why this answer

Option A is correct because the FMC's Analysis > Health > Monitor page provides Health Monitor graphs, including historical memory utilization, which let the administrator spot trends and anomalies that correlate with resource-heavy periods. Option C is correct because entering expert mode from the FMC CLI gives access to the underlying Linux shell, where standard utilities like 'top' and 'ps' show per-process CPU and memory consumption so the offending process can be identified. Option B is wrong because 'system support memory-dump' is not a valid FMC GUI action for this purpose.

Option D is wrong because restarting the Snort inspection engine on the FMC does not identify resource-heavy processes or clean up storage, and Snort typically runs on managed devices rather than the FMC itself. Option E is wrong because 'clear memory cache' is not a valid FMC CLI command.

Exam trap

The trap is that candidates pick plausible-sounding but non-existent commands like 'clear memory cache' or 'system support memory-dump' from the GUI, when the real tools are the Health Monitor graphs and Linux utilities in expert mode.

235
Multi-Selecthard

Which THREE factors affect the choice between deploying FTD in Routed vs Transparent mode?

Select 3 answers
A.Layer 2 vs Layer 3 placement.
B.Existing network IP constraints.
C.The brand of the upstream switch.
D.The number of users.
E.Requirement for NAT or dynamic routing.
AnswersA, B, E

Routed mode operates at Layer 3, requiring IP addressing and acting as a gateway, whereas transparent mode is a Layer 2 bump-in-the-wire. This directly satisfies the stem's factor, since the required placement determines which mode fits the network design.

Why this answer

Option A is correct because the fundamental decision between FTD Routed and Transparent mode hinges on whether the firewall is inserted as a Layer 3 hop (routed, with IP addresses on its interfaces) or as a Layer 2 bridge (transparent, forwarding traffic without modifying the IP topology). Option B is correct because Transparent mode is specifically designed for scenarios where existing IP addressing and subnets cannot be renumbered or changed, since it acts as a "bump in the wire" and preserves the current Layer 3 scheme. Option E is correct because Routed mode is required to perform NAT and to participate in dynamic routing protocols (such as OSPF, EIGRP, or BGP), whereas Transparent mode does not support NAT or dynamic routing and only forwards frames based on Layer 2 information.

Option C is incorrect because the brand of the upstream switch is irrelevant — FTD interoperability does not depend on switch vendor. Option D is incorrect because the number of users is a sizing/scalability consideration, not a factor that determines Routed versus Transparent mode selection.

236
MCQhard

When configuring an FTD in Transparent Mode, how is the 'Bridge Group' created?

A.In the Access Control Policy
B.In Device Management > Interfaces
C.In the Security Zone settings
D.In the Platform Settings
AnswerB

In FTD transparent mode, the bridge group is defined under Device Management > Interfaces, where you assign the member interfaces and bridge group ID. This binds the paired interfaces into a single Layer 2 forwarding domain.

Why this answer

Bridge groups are created in the Device Management interface configuration section.

237
Multi-Selecthard

When configuring FMC backup schedules, which TWO storage options are natively supported for the backup files?

Select 2 answers
A.Remote SCP server
B.Local USB drive
C.Cloud S3 storage bucket
D.Local management appliance storage
E.Centralized Syslog server
AnswersA, D

SCP is one of the two natively supported FMC backup destinations, letting scheduled backups transfer to a remote server over SSH. This satisfies the stem's requirement for natively supported storage options, alongside local storage. It provides off-box retention, protecting backups if the FMC appliance itself fails.

Why this answer

Option A (Remote SCP server) is correct because FMC's backup scheduling feature natively supports exporting backups to a remote host via SCP, allowing administrators to store configuration backups off-box using the SCP protocol. Option D (Local management appliance storage) is also correct because FMC natively supports storing scheduled backups on the local disk of the management appliance itself. Options B (Local USB drive), C (Cloud S3 storage bucket), and E (Centralized Syslog server) are not natively supported backup destinations for FMC scheduled backups; USB and S3 are not built-in options in the FMC backup schedule configuration, and a Syslog server is used for event/log forwarding, not for storing backup files.

Exam trap

The trap is assuming FMC supports modern storage targets like S3 or USB — candidates pick those because they are common in other backup tools, but FMC natively supports only local appliance storage and remote SCP.

238
MCQhard

An organization uses Cisco Secure Firewall Threat Defense and integrates with Cisco ISE for identity policies. The security team notices that identity rules are intermittently failing because the FTD cache of IP-to-user mappings is being flushed unexpectedly. Upon investigation, what condition on FTD or ISE typically causes the purging of active user identity maps?

A.A mismatch in the NTP time synchronization greater than 5 minutes between the FTD and the FMC.
B.Exceeding the FMC database storage limit for event logging.
C.Receipt of an accounting stop message from the authenticator or an explicit session termination event from ISE pxGrid.
D.Automatic daily rotation of the FMC administrator password.
AnswerC

Accounting stop or pxGrid session termination signals the user session has ended, so FTD removes the stale IP-to-user binding. This satisfies the stem's purging condition, explaining why active identity maps disappear intermittently when ISE reports session teardown.

Why this answer

User identity mappings on FTD can be purged or invalidated due to RADIUS accounting stop messages, explicit pxGrid session termination notices from ISE (such as logoff or re-authentication timeouts), or when the maximum session idle timer expires on the firewall identity policy configuration.

239
Multi-Selecteasy

An administrator is creating an Access Control Policy rule on the FMC. Which TWO elements are required to create a basic rule? (Choose two)

Select 2 answers
A.Rule Name
B.Source Security Zone
C.Action (e.g., Allow, Block, Monitor)
D.Destination Port Object
E.Intrusion Policy assignment
AnswersA, C

Every access control rule requires a unique name to identify and order it within the policy; the FMC will not save a rule without one. This satisfies the stem's requirement for a mandatory element when creating a basic rule.

Why this answer

Option A (Rule Name) is correct because the FMC Access Control Policy rule editor requires a unique name to identify the rule within the policy; without a name, the rule cannot be saved. Option C (Action) is correct because every access control rule must specify what happens to matching traffic — Allow, Block, Monitor, Trust, or Block with Reset — and this action determines how the rule is enforced. The remaining options are not mandatory for a basic rule: Source Security Zone (B) is optional and defaults to any zone, Destination Port Object (D) is optional and defaults to any port, and Intrusion Policy assignment (E) is an optional inspection setting applied only when the rule action permits further inspection.

Exam trap

300-710 SNCF often tests which fields are mandatory versus optional in an ACP rule, so candidates who assume zones or ports are required pick extra answers that are not actually needed for a basic rule.

240
MCQhard

When deploying a configuration change from FMC to FTD, what is the 'Deployment' process actually doing?

A.Pushing policy and configuration updates
B.Running a connectivity test
C.Rebooting the FTD
D.Updating the Snort binary
AnswerA

Deployment pushes the pending policy and configuration changes from FMC down to the managed FTD devices, applying them to the running configuration. It does not merely validate syntax or back up settings; the task is propagating edited access control and related policies to enforcement points.

Why this answer

The deployment process pushes the configuration changes and policies to the FTD device.

241
MCQmedium

You are setting up an FTD interface. What is the difference between a 'Routed' and 'Transparent' interface mode?

A.Transparent mode operates at L2
B.Routed mode does not support VLANs
C.Transparent mode requires a default gateway
D.Routed mode requires NAT
AnswerA

Transparent mode forwards frames at Layer 2, acting as a bump-in-the-wire bridge without IP addressing on its data interfaces. Routed mode performs Layer 3 forwarding between distinct subnets. Choosing transparent satisfies the stem's requirement to compare the two modes by their differing OSI layer of operation.

Why this answer

A Transparent (L2) interface mode on FTD bridges traffic between interfaces without modifying IP headers, operating at Layer 2 like a bump-in-the-wire switch. Routed mode, by contrast, acts as a Layer 3 hop with IP addresses and routing decisions.

Exam trap

The trap is assuming Transparent mode requires a default gateway or that Routed mode lacks VLAN support. Candidates must remember that Transparent = L2 bridging (no IP addressing, no gateway) and Routed = L3 hop (IP addressing, routing, VLANs).

How to eliminate wrong answers

Option B is wrong because Routed mode fully supports VLAN subinterfaces and 802.1Q trunking — VLANs are a core feature of routed deployments. Option C is wrong because Transparent mode does not require a default gateway on the firewall itself; it forwards frames based on MAC addresses and does not perform routing. Option D is wrong because Routed mode does not require NAT — NAT is an optional policy applied independently of interface mode.

242
Multi-Selectmedium

An administrator is configuring an Identity Policy to enforce user-based access control. Which THREE identity sources are supported by the FMC for user awareness? (Choose three)

Select 3 answers
A.RADIUS Server (Authentication and Accounting)
B.Captive Portal for active web authentication
C.Syslog server log scraping without agent integration
D.Active Directory via AD Agent or Cisco ISE (Passive Authentication)
E.Local SNMP MIB walk queries
AnswersA, B, D

RADIUS accounting supplies user-to-IP mappings to the FMC, letting identity policies enforce user-based access control without an agent. The FMC passively consumes accounting start and stop records to build its user awareness table, satisfying the scenario's requirement for a supported identity source.

Why this answer

Option A (RADIUS Server with Authentication and Accounting) is correct because FMC can consume RADIUS accounting records (via the RADIUS Accounting Start/Stop messages) to map IP addresses to usernames for user awareness, and it can also use RADIUS authentication events as an identity source. Option B (Captive Portal for active web authentication) is correct because FMC supports an active authentication identity source where users are redirected to a captive portal and must log in, after which their IP-to-user mapping is learned for the duration of the session. Option D (Active Directory via AD Agent or Cisco ISE Passive Authentication) is correct because FMC integrates with Active Directory through the Cisco AD Agent (or directly via ISE) and with Cisco ISE using passive authentication (pxGrid/MnT) to receive user-to-IP mappings without user interaction.

Option C is not a supported FMC user awareness identity source because FMC does not scrape arbitrary syslog servers for user identity without an agent or supported integration. Option E is not supported because SNMP MIB walks retrieve device and interface statistics, not user identity information, and FMC has no local SNMP MIB-walk identity source.

Exam trap

The trap is assuming any log or monitoring source can provide identity — candidates pick syslog or SNMP because they sound like they gather user data, but only AD Agent, ISE, RADIUS, and Captive Portal are supported identity sources.

243
Multi-Selectmedium

An administrator is setting up a new Cisco Firepower Threat Defense device and needs to configure platform-level parameters using FMC Platform Settings. Which TWO features can be configured via Platform Settings? (Choose two)

Select 2 answers
A.SSL Decryption Certificate assignment
B.Network Address Translation (NAT)
C.SNMP parameters
D.Access Control Policy rules
E.Syslog Server configuration
AnswersC, E

SNMP parameters are platform-level settings configured per FTD device via FMC Platform Settings, covering polling hosts, traps and community strings. This satisfies the stem's requirement for platform-level parameters rather than access-control or intrusion policy configuration, which sit elsewhere in FMC.

Why this answer

Options C and E are correct because FMC Platform Settings is specifically designed for platform-level (device-level) configuration rather than traffic inspection policies. SNMP parameters (option C) such as SNMPv2c/v3 community strings, users, hosts, and traps are configured under Platform Settings > SNMP, allowing the FTD to be monitored by an SNMP manager. Syslog Server configuration (option E) is also configured under Platform Settings > Syslog, where you define syslog servers, severity levels, and logging facilities for sending events off-box.

Option A is incorrect because SSL decryption certificate assignment is configured within the SSL policy (part of the access control policy configuration), not Platform Settings. Option B is incorrect because NAT is configured as part of the FTD NAT policy, which is a separate policy in FMC. Option D is incorrect because Access Control Policy rules are configured in the ACP itself, not in Platform Settings.

Exam trap

The trap here is confusing platform-level settings with traffic inspection policies; candidates often assume that any configuration done in FMC falls under Platform Settings, but NAT, SSL decryption, and access control rules are separate policy types.

244
MCQmedium

Which type of object is best suited for defining a web server's public-to-private NAT mapping?

A.VLAN object
B.Network object (Host)
C.Port object
D.Network object (Group)
AnswerB

A host network object represents a single IP address, letting you define a static one-to-one mapping between one public address and one private address. That precisely matches a web server's public-to-private NAT requirement, unlike subnet or range objects.

Why this answer

A Network object (Host) is the correct choice because it represents a single IP address with a /32 mask, which is exactly what a one-to-one NAT mapping for a web server requires. Host objects are used in both Auto NAT and Manual NAT rules to define the specific address being translated.

Exam trap

The trap is selecting a Network object (Group) because it sounds more flexible — but NAT mappings are always one-to-one at the object level, so a Host object is required for a single server's translation.

How to eliminate wrong answers

Option A is wrong because a VLAN object represents a Layer 2 broadcast domain, not an IP address, and cannot be used for NAT translation. Option C is wrong because a Port object defines TCP/UDP ports for access control or NAT port translation, not an IP address mapping. Option D is wrong because a Network object (Group) contains multiple addresses and is used for grouping, not for defining a single host's NAT mapping.

245
MCQmedium

An engineer is deploying an NGIPS inline set across two physical interfaces. To prevent network disruption during maintenance, the engineer needs to ensure that if the firewall loses power or experiences a kernel panic, traffic can still traverse the physical link. Which hardware feature must the interfaces support?

A.Unidirectional Link Detection (UDLD)
B.Spanning Tree PortFast BPDU filtering
C.Dynamic ARP Inspection (DAI)
D.Hardware bypass capability (fail-open)
AnswerD

Hardware bypass physically bridges the two interfaces when the appliance loses power or panics, so traffic continues flowing without inspection. This fail-open behaviour satisfies the stem's constraint that traffic must still traverse the link during outage.

Why this answer

Optical or copper bypass capability (hardware fail-open/fail-close bypass caps) allows traffic to pass physically through the ports when power is lost or the system crashes.

246
Multi-Selectmedium

Which TWO actions must be performed on Cisco ISE when setting up pxGrid integration with Cisco Secure Firewall Management Center (FMC)? (Choose two.)

Select 2 answers
A.Enable TrustSec SGT propagation via NetFlow v9 on all ISE interfaces.
B.Approve the certificate for the FMC client within the Cisco ISE pxGrid services administration interface.
C.Configure SNMPv3 traps on ISE to forward user IP mappings to the FMC.
D.Configure a RADIUS shared secret on the FMC platform settings page.
E.Enable the pxGrid service on the appropriate Cisco ISE Policy Service Nodes or Administration nodes.
AnswersB, E

pxGrid requires mutual certificate trust, so the FMC client certificate must be approved in the ISE pxGrid services administration interface before the integration works. Without this approval, ISE rejects the FMC's pxGrid connection during the handshake, satisfying the stem's setup requirement.

Why this answer

Option B is correct because pxGrid uses mutual certificate-based authentication, so after the FMC registers as a pxGrid client, its client certificate must be approved in the ISE pxGrid Services administration interface before the FMC can subscribe to or publish pxGrid topics. Option E is correct because the pxGrid persona/service must be explicitly enabled on the ISE nodes (Policy Service Nodes or the Administration node) that will participate in the integration; otherwise the pxGrid controller and pub/sub services are not active and FMC cannot connect. Options A, C, and D are not required: pxGrid does not rely on TrustSec SGT propagation via NetFlow v9, SNMPv3 traps are not used to forward user-IP mappings to FMC, and RADIUS shared secrets belong to RADIUS authentication (e.g., for user or device authentication) rather than to the pxGrid integration itself.

247
Multi-Selecthard

An engineer is troubleshooting Cisco SecureX threat intelligence integration with Cisco Secure Firewall Management Center. The firewall is failing to receive updated indicators of compromise. Which TWO troubleshooting steps should the engineer perform? (Choose two)

Select 2 answers
A.Verify that outbound HTTPS (port 443) connectivity from the FMC management interface to the SecureX cloud is unobstructed.
B.Re-register the FTD with the FMC using a new registration key.
C.Check the FMC integration settings and re-authenticate or regenerate the SecureX API integration credentials if expired.
D.Run 'show threat-response debug' on the FTD CLI.
E.Restart the pxGrid service on the FTD command line.
AnswersA, C

SecureX threat intelligence reaches the FMC over outbound HTTPS from its management interface, so blocked port 443 traffic directly halts indicator updates. Verifying that path satisfies the stem's requirement to restore IoC delivery, since the FMC initiates these cloud requests itself rather than receiving inbound pushes.

Why this answer

Option A is correct because SecureX threat intelligence is delivered to FMC over the cloud, so the FMC management interface must have outbound HTTPS (TCP 443) access to the SecureX cloud; blocked or filtered 443 traffic prevents IoC updates from being received. Option C is correct because the FMC-to-SecureX integration relies on API credentials/tokens that can expire or be revoked, so re-authenticating or regenerating the SecureX API integration credentials restores the subscription and allows updated indicators to flow. Option B is not relevant because FTD registration with FMC is a device-management function and does not affect the SecureX cloud intelligence feed.

Option D is not applicable because 'show threat-response debug' is not a valid FTD command for diagnosing SecureX IoC delivery. Option E is incorrect because pxGrid is an ISE/identity service, not an FTD CLI service used for SecureX threat intelligence retrieval.

248
MCQhard

An administrator is implementing an SSL Decryption Policy on a Cisco Firepower Threat Defense device managed by FMC. The policy must decrypt outbound HTTPS traffic to inspect for malware, but certain financial domains must be excluded from decryption to comply with privacy regulations. Which rule action should be configured for these specific financial domains in the SSL Decryption Policy?

A.Do Not Decrypt
B.Decrypt - Known Key
C.Block
D.Decrypt - Resign
AnswerA

Do Not Decrypt exempts matching traffic from TLS inspection, so financial domains pass through encrypted and unexamined. This satisfies the privacy regulation requiring those sessions remain private while outbound HTTPS elsewhere is still decrypted for malware inspection.

Why this answer

To prevent inspection and decryption of sensitive traffic while allowing it to pass through the firewall, the Do Not Decrypt action is used in the SSL Decryption Policy.

249
Multi-Selecthard

An administrator is configuring an SSL Decryption Policy on the FMC. Which TWO conditions or actions can be configured within an SSL rule? (Choose two)

Select 2 answers
A.Matching traffic based on URL Categories (e.g., Banking, Gambling)
B.Applying the 'Decrypt - Resign' action
C.Configuring static route metrics for decrypted packets
D.Defining QoS rate limits for HTTPS sessions
E.Enforcing Snort 3 Intrusion rule signatures directly inside the SSL policy
AnswersA, B

URL Categories are a standard condition within SSL rules, letting the administrator selectively decrypt or bypass traffic to sites such as Banking or Gambling. This satisfies the stem's requirement for a configurable condition, since category-based matching is supported directly in the SSL Decryption Policy rule criteria.

Why this answer

Option A is correct because SSL rules on the FMC can match traffic using URL Category conditions (such as Banking or Gambling), which are evaluated against the URL/certificate information available before or during decryption. Option B is correct because 'Decrypt - Resign' is one of the standard SSL rule actions, in which the firewall acts as a man-in-the-middle, re-signing the server certificate with its own internal CA so the traffic can be inspected. Option C is incorrect because static route metrics are configured in the routing table (virtual router), not within an SSL decryption rule.

Option D is incorrect because QoS rate limiting is handled by QoS policies, not SSL rules. Option E is incorrect because Snort 3 intrusion signatures are enforced through intrusion policies that are invoked as part of access control, not directly inside the SSL policy itself.

Exam trap

300-710 SNCF often tests whether candidates confuse the SSL Decryption Policy with the Access Control Policy or Intrusion Policy — options that place routing, QoS, or Snort signatures inside SSL rules exploit this confusion.

250
MCQmedium

An Identity Policy is configured on the FMC to authenticate users connecting through the FTD. The administrator wants to use Active Directory as the identity source. Which mechanism must be configured to map user IP addresses to usernames without requiring explicit web authentication?

A.Captive Portal
B.Passive Authentication via AD Agent or ISE
C.Local User Database
D.RADIUS Server Authentication
AnswerB

Passive authentication monitors directory server logs or agents to map user IP addresses to usernames without user intervention.

Why this answer

Passive authentication utilizes the Cisco User Agent or Firepower Identity Services Engine (ISE) / AD agent to map IP addresses to usernames transparently.

251
Multi-Selectmedium

Which TWO of the following are required for FTD transparent mode deployment?

Select 2 answers
A.Public IP addresses on all interfaces.
B.Static routing protocol.
C.VLAN tagging on all ports.
D.BVI with an IP address.
E.Bridge groups.
AnswersD, E

Transparent mode uses a Bridge Virtual Interface to route management and inspection traffic, so a BVI with an IP address is mandatory. This satisfies the stem's deployment requirement, providing the Layer 3 address for the bridged pair.

Why this answer

In FTD transparent mode, the firewall acts as a Layer 2 bridge, so you must configure a Bridge Virtual Interface (BVI) with an IP address (option D) to provide a management and routing endpoint for the bridged traffic, and you must assign the physical interfaces to bridge groups (option E) so they forward traffic between segments without IP addressing. These two elements are the defining requirements of transparent mode: the bridge group binds the interfaces together at Layer 2, and the BVI supplies the single Layer 3 address used for management and for any traffic terminating on the firewall. Public IP addresses on all interfaces (option A) are not required because transparent-mode data interfaces do not carry IP addresses, only the BVI does.

A static routing protocol (option B) is unnecessary since transparent mode does not route between interfaces. VLAN tagging on all ports (option C) is optional and only needed when trunking multiple VLANs through the bridge group, not as a baseline requirement.

252
MCQmedium

An engineer deploys an NGIPS in passive mode using a SPAN (Switched Port Analyzer) port on a core switch. During traffic analysis, the engineer notices that the firewall is not seeing TCP reset packets generated by internal servers. What is the primary operational limitation of deploying an NGIPS in passive mode that explains this behavior?

A.Passive sensors operate out-of-band and cannot block traffic inline or guarantee packet delivery state synchronization.
B.Passive mode forces the Snort engine to disable all custom intrusion rules.
C.Passive sensors cannot inspect encrypted TLS traffic due to missing cryptographic keys.
D.SPAN ports automatically drop TCP reset flags for security reasons.
AnswerA

Passive NGIPS receives copied traffic out-of-band via SPAN, so it never sits in the forwarding path. It cannot generate or enforce TCP resets, and it cannot guarantee state synchronisation with endpoints, which explains why reset packets from internal servers are not observed or acted upon.

Why this answer

A passive NGIPS deployed via SPAN receives a copy of traffic out-of-band, so it is not in the forwarding path and cannot guarantee that it sees every packet, including TCP resets generated by internal servers. Because it does not participate in the TCP session, it also cannot enforce inline blocking or maintain perfect state synchronization, which explains why reset packets may be missing from its view.

Exam trap

300-710 SNCF often tests the difference between passive, inline, and tap modes, so candidates who assume a passive sensor can block or see all packets pick an answer that misstates the out-of-band limitation.

How to eliminate wrong answers

Option B is wrong because passive mode does not disable custom Snort rules; the Snort engine still inspects copied traffic and applies rules, it simply cannot drop inline. Option C is wrong because passive sensors can inspect TLS traffic if decryption is configured or if metadata is available; the inability to see resets is not caused by missing cryptographic keys. Option D is wrong because SPAN ports do not selectively drop TCP reset flags; SPAN is a mirroring function and does not filter by TCP flag, though it can drop packets under oversubscription.

253
MCQhard

An organization mandates that all integration traffic between Cisco Firepower Management Center and Cisco SecureX must be inspected. Which cloud connection mechanism does FMC use to communicate with SecureX threat intelligence and telemetry?

A.Direct syslog forwarding over TCP 6514 to the SecureX collector.
B.Outbound HTTPS REST API communication to Cisco SecureX cloud endpoints.
C.Inbound SSH tunneling initiated by the SecureX cloud connector.
D.Bidirectional IPSec VPN tunnel established automatically between FMC and SecureX cloud cluster.
AnswerB

FMC initiates outbound HTTPS REST API calls to Cisco SecureX cloud endpoints; no inbound listener or persistent tunnel is required. This satisfies the mandate that integration traffic be inspected, since the firewall can decrypt and examine that outbound TLS flow.

Why this answer

FMC connects outbound to Cisco SecureX using HTTPS (TCP port 443) via public cloud APIs and messaging fabric.

254
MCQmedium

When troubleshooting policy deployment failures, which log file on the FMC should be examined to see the specific error returned by the device during the commit process?

A.FMC kernel log
B.Snort logs
C.Deployment History
D.System Access Log
E.Audit logs
AnswerC

Deployment History records each configuration push to managed devices, capturing the exact error returned by the device when a commit fails. Unlike general troubleshooting logs, it preserves per-deployment status and failure messages, directly satisfying the requirement to identify the specific device-returned error during policy deployment.

Why this answer

The Deployment History in FMC records each policy deployment attempt, including the specific error messages returned by the managed device during the commit process. It is the primary place to troubleshoot deployment failures.

Exam trap

The trap is assuming that general system logs (kernel, audit, access) contain deployment errors, when only the Deployment History captures the device's commit response.

How to eliminate wrong answers

Option A is wrong because the FMC kernel log does not contain policy deployment errors from managed devices. Option B is wrong because Snort logs are on the FTD sensor and relate to intrusion events, not policy deployment commit errors. Option D is wrong because the System Access Log records administrative access to the FMC, not deployment errors.

Option E is wrong because Audit logs track configuration changes and user actions, not the device's commit error output.

255
MCQmedium

An administrator is troubleshooting an FTD device that is not registering with the FMC. The administrator suspects a certificate or network issue. Which FTD CLI command should be used to verify the registration status and connectivity to the FMC?

A.show cisco-fmc
B.show managers
C.show registration status
D.show fmc-connection
AnswerB

The 'show managers' command displays the current manager (FMC) information, including registration status, the FMC IP address, and the last heartbeat time. It is the primary command to verify if the FTD is successfully registered and communicating with the FMC. If registration is failing, this command will show a status other than 'Registered' or indicate connectivity issues, making it the correct choice for troubleshooting registration problems.

Why this answer

The 'show managers' command is the correct tool to verify FTD registration with the FMC. It provides details such as the manager type, IP address, registration status, and last heartbeat. When an FTD fails to register, this command will indicate the current state, helping the administrator determine if the issue is network-related, certificate-related, or configuration-related.

The other options are non-existent commands.

Exam trap

The trap here is assuming that a command containing 'fmc' or 'registration' would be the correct one, when in fact the FTD CLI uses the generic term 'managers' to refer to the FMC.

256
MCQmedium

An administrator is setting up a high availability pair of Cisco Secure Firewall devices. During the HA configuration wizard in FMC, the administrator is asked to provide a registration key. What is the purpose of this key?

A.It authorizes the FMC to push the initial bootstrap image to the standby unit.
B.It provides mutual authentication and establishes the secure trust relationship between the primary and secondary units.
C.It decrypts encrypted payloads passing across the stateful data links.
D.It unlocks the advanced clustering license on both firewalls.
AnswerB

The registration key is a shared secret entered on both peers during HA setup. It authenticates each unit to the other, forming the encrypted trust relationship over which state synchronisation and failover heartbeats travel, preventing an unauthorised device joining the pair.

Why this answer

The registration key (shared secret) is used to securely authenticate and encrypt the initial communication channel between the primary and secondary units during the HA pairing process.

257
MCQhard

When troubleshooting an issue where an FTD interface is in a 'down' state, which command helps verify if there is a physical layer issue or an administrative shutdown?

A.show link status
B.show interface
C.show hardware interface
D.show run interface
E.show status
AnswerB

The show interface command reports line protocol status, administrative state and physical errors, distinguishing an administratively shut interface from a genuine physical-layer failure. This directly satisfies the stem's need to separate shutdown from cabling or hardware faults.

Why this answer

The 'show interface' command on FTD displays detailed per-interface status including line protocol state, administrative state, speed, duplex, and error counters, which lets the administrator distinguish a physical layer problem (line down, no link) from an administrative shutdown (interface administratively down). This is the standard CLI check for interface state on FTD.

Exam trap

The trap is that candidates pick 'show run interface' because it shows the shutdown command, but SNCF tests the command that reveals live physical layer status, which is 'show interface'.

How to eliminate wrong answers

Option A is wrong because 'show link status' is not a valid FTD/Lina command for interface diagnostics. Option C is wrong because 'show hardware interface' is not a recognized FTD command and does not report operational link state. Option D is wrong because 'show run interface' displays the running configuration (including shutdown/no shutdown) but does not show live physical layer status or error counters.

Option E is wrong because 'show status' is not a valid FTD command for interface state verification.

258
MCQmedium

An FTD device is deployed behind a service provider router that performs NAT, meaning the external IP address assigned to the FTD's outside interface changes dynamically via DHCP. How should a Manual NAT rule be configured to handle outbound traffic referencing this dynamic outside IP?

A.Configure Auto NAT with a translated network object set to dynamic.
B.Use a static IP address object matching the expected DHCP lease.
C.Use Identity NAT with dynamic DHCP options.
D.Configure Dynamic PAT using the Outside Interface as the translated address.
AnswerD

Dynamic PAT translates outbound traffic to the outside interface's current address, so the rule automatically tracks the DHCP-assigned IP without hard-coding it. Static NAT or manual address entries would break when the dynamic address changes, failing outbound connectivity.

Why this answer

When the outside interface IP is dynamic, Manual NAT can use the interface itself as the translated address (Interface PAT).

259
MCQmedium

An engineer is deploying a Cisco Secure Firewall Threat Defense Virtual (FTDv) in Google Cloud Platform (GCP). The architecture requires multiple network interfaces. How does GCP map these interfaces during deployment?

A.GCP requires all data traffic to pass through an external HTTP(S) load balancer before reaching nic0.
B.GCP allows multiple discrete NICs per instance, with nic0 assigned to management and subsequent NICs mapped to data subnets.
C.GCP supports only a single interface per VM; all VLAN subinterfaces must be trunked through nic0.
D.GCP virtual machines cannot be managed by Cisco FMC; they require deployment via Google Deployment Manager only.
AnswerB

GCP attaches discrete vNICs to an instance, each bound to a subnet in a distinct VPC network. nic0 carries management traffic, while nic1 and beyond map to data subnets, satisfying the stem's multiple-interface requirement without relying on 802.1Q subinterfaces or trunking.

Why this answer

GCP allows multiple Network Interface Cards (NICs) on a single compute instance, where nic0 is typically assigned for management and subsequent nic1, nic2, etc., are assigned for data traffic.

260
MCQhard

An FTD high availability pair experiences a failover due to a hardware failure on the active unit. After the standby unit takes over, the administrator notices that existing TCP connections were dropped and did not state-fully fail over. What configuration setting should the administrator verify?

A.Ensure that dynamic routing protocols are configured with graceful restart.
B.Verify that stateful failover is enabled and the failover link interface is operational and passing state packets.
C.Verify that clustering is enabled instead of high availability.
D.Check that adaptive inspection is disabled in the Access Control Policy.
AnswerB

Stateful failover replicates the connection table over the failover link, so the standby unit inherits existing sessions and keeps TCP connections alive. If that link is down or stateful failover is disabled, sessions drop, matching the observed non-stateful failover.

Why this answer

Stateful failover in an FTD HA pair requires that the failover link be up and actively passing state synchronization packets between the active and standby units. If the failover link is down or stateful failover is not enabled, the standby unit takes over the interfaces but has no session table, so existing TCP connections are dropped and must be re-established.

Exam trap

The trap is confusing routing protocol graceful restart with firewall stateful failover; candidates who focus on 'failover' as a routing concept pick option A instead of verifying the HA failover link and stateful failover setting.

How to eliminate wrong answers

Option A is wrong because graceful restart applies to routing protocol adjacencies (OSPF/BGP) and does not preserve firewall session state across failover. Option C is wrong because clustering is a separate multi-device scaling technology, not a replacement for HA stateful failover, and enabling it would not fix session preservation. Option D is wrong because adaptive inspection relates to inspection policy behavior, not to whether session state is synchronized across HA peers.

261
MCQhard

When configuring ECMP (Equal-Cost Multi-Path) on FTD, what happens if one of the next-hop paths fails?

A.Traffic is dropped until manual intervention.
B.The entire cluster enters a maintenance mode.
C.All traffic is rerouted to the primary management interface.
D.Traffic is automatically load-balanced across the remaining active paths.
AnswerD

ECMP installs multiple equal-cost next hops for the same destination; when one path fails, the route table withdraws it and hashing redistributes flows across the surviving paths. This satisfies the scenario by maintaining connectivity with automatic load balancing across remaining active paths.

Why this answer

FTD monitors the routes; if a path fails, the FTD removes that specific route from the routing table, and traffic is automatically redistributed across the remaining paths.

262
Multi-Selecthard

An administrator integrates Cisco Secure Firewall Management Center with Cisco SecureX. Which TWO benefits and features are unlocked by this cloud integration? (Choose two)

Select 2 answers
A.Replacement of the FMC PostgreSQL database with a cloud-hosted data warehouse.
B.Direct hardware provisioning and zero-touch booting of physical FTD appliances via SecureX.
C.Cross-product pivoting and investigation capabilities from security events to network flows.
D.Automatic generation of TACACS+ administrator credentials for FTD CLI access.
E.Centralized threat intelligence synchronization and automated indicator blocking across managed FTD sensors.
AnswersC, E

SecureX integration lets analysts pivot from an FMC security event directly into associated network flows and other Cisco product telemetry, enriching investigation context. This cross-product pivoting satisfies the scenario's requirement for unified threat investigation across the integrated security ecosystem.

Why this answer

Option C is correct because integrating FMC with Cisco SecureX enables cross-product pivoting and investigation: security events seen in FMC can be enriched and pivoted into related network flows and telemetry from other Cisco security products through SecureX threat response, accelerating investigation and response. Option E is correct because the integration synchronizes threat intelligence (for example, from Cisco Talos and other sources) into FMC and enables automated blocking of malicious indicators such as IPs, domains, and file hashes across managed FTD sensors via access control and intrusion policies. Option A is incorrect because SecureX does not replace the FMC's on-box PostgreSQL database with a cloud-hosted data warehouse; FMC retains its local configuration and event database.

Option B is incorrect because SecureX does not perform direct hardware provisioning or zero-touch booting of physical FTD appliances; those tasks rely on mechanisms like FTD zero-touch provisioning with a cloud-delivered manager or on-premises FMC. Option D is incorrect because SecureX does not automatically generate TACACS+ administrator credentials for FTD CLI access; TACACS+ authentication is configured separately on FMC/FTD and the TACACS+ server.

263
MCQhard

A network security engineer is deploying a Cisco Secure Firewall Threat Defense (FTD) device in a routed mode with two interfaces: inside (10.1.1.1/24) and outside (203.0.113.2/24). The engineer wants to allow inside hosts to reach the internet while ensuring that return traffic is permitted without creating overly permissive rules. The FTD is managed by FMC. Which deployment approach should the engineer use to meet these requirements?

A.Configure a static route for 0.0.0.0/0 pointing to the inside next-hop and create an access control policy that allows traffic from outside to inside with a manual NAT rule for static translation.
B.Configure a static route for 0.0.0.0/0 pointing to the outside next-hop and create a prefilter policy that allows all IP traffic, then apply a NAT rule for dynamic PAT.
C.Configure a static route for 0.0.0.0/0 pointing to the outside next-hop and create an access control policy that allows traffic from inside to outside with an associated NAT rule for dynamic PAT.
D.Configure a static route for 0.0.0.0/0 pointing to the outside next-hop and rely on the implicit allow rule in the access control policy to permit all traffic, then enable NAT exemption for inside hosts.
AnswerC

In routed mode, the FTD needs a default route to forward internet-bound traffic, and an access control policy to permit the traffic. Dynamic PAT translates inside addresses to the outside interface address, which also allows return traffic because the FTD tracks the translation. This combination meets the requirement without overly permissive rules.

Why this answer

A default route to the outside next-hop enables the FTD to forward internet-bound traffic. An access control policy permits the inside-to-outside flow, and dynamic PAT translates inside addresses to the outside interface, which also handles return traffic. This is the standard routed-mode deployment for internet access with FMC management.

Exam trap

The trap here is confusing prefilter policies with access control policies, when prefilter policies are for early blocking or fastpath and do not replace standard access control for permitting and inspecting traffic.

264
MCQmedium

When deploying an FTD appliance, which interface role is used for receiving traffic from a SPAN port?

A.Routed interface
B.Inline set
C.Passive interface
D.Bridge group interface
AnswerC

A SPAN port delivers a mirrored copy of traffic with no expectation of forwarding, so the interface must operate passively. A passive interface receives and inspects without transmitting or responding, which suits the stem's monitoring-only requirement and avoids disrupting the mirrored segment.

Why this answer

A passive interface is configured to monitor traffic without being part of the production traffic path, making it perfect for SPAN/TAP input.

265
Multi-Selectmedium

An administrator is managing high availability failover events for Cisco Secure Firewall Threat Defense devices using Cisco FMC. Which TWO actions or events will trigger a failover from the active unit to the standby unit? (Choose two)

Select 2 answers
A.Failure of a monitored data interface exceeding the configured interface failure criteria.
B.An administrator logging into the FMC user interface via HTTPS.
C.An increase in CPU utilization above 10% on the active unit.
D.A scheduled backup job running on the secondary unit.
E.Loss of heartbeat communications over the dedicated failover control link between the active and standby units.
AnswersA, E

Interface monitoring drives failover: when a monitored data interface's failures exceed the configured failure criteria, the active unit relinquishes its role. This satisfies the stem's requirement for a genuine failover trigger, since FMC-configured health monitoring directly initiates the switch to standby.

Why this answer

Option A is correct because when an interface is configured as monitored in a failover configuration, a failure of that data interface that exceeds the configured interface failure criteria (such as the number of failed interfaces or the failure threshold) causes the active unit to fail over to the standby unit. Option E is correct because the failover control link carries heartbeat communications between the active and standby units; loss of these heartbeat messages causes the standby unit to detect that the active unit is no longer healthy and to take over as the active unit. Option B is not correct because an administrator logging into FMC via HTTPS is a normal management action and does not affect the failover state of the Threat Defense devices.

Option C is not correct because failover is not triggered by CPU utilization crossing a low threshold like 10%; failover is based on interface monitoring, heartbeat loss, and unit health, not routine CPU load. Option D is not correct because a scheduled backup job on the secondary unit is an administrative task and does not trigger a failover event.

266
MCQhard

When deploying an FTD virtual appliance in AWS, which feature allows the FTD to scale horizontally to handle varying traffic loads?

A.ECMP load balancing.
B.Auto Scaling Groups.
C.Clustering.
D.Stateful failover.
AnswerB

Auto Scaling Groups dynamically add or remove FTD instances across Availability Zones based on load metrics, satisfying the horizontal scaling requirement. Unlike vertical scaling, which resizes a single appliance, this approach distributes traffic across multiple FTD virtual appliances, integrating with AWS load balancing to maintain throughput during peak demand.

Why this answer

In cloud environments, FTD virtual appliances can be deployed within an Auto Scaling group to handle dynamic traffic loads.

267
Multi-Selecthard

An administrator is configuring third-party SIEM integration using syslog on Cisco Secure Firewall Threat Defense. Which TWO configuration practices are recommended to ensure optimal log management and troubleshooting? (Choose two)

Select 2 answers
A.Disable connection teardown logging to reduce log volume.
B.Configure all FTD devices to use UDP port 514 without severity filters.
C.Configure severity filtering to prevent excessive, low-priority debug logs from overwhelming the SIEM ingestion capacity.
D.Export raw PCAP files via syslog instead of text logs.
E.Use Reliable Syslog over TCP with TLS encryption where confidentiality and guaranteed delivery are required.
AnswersC, E

Severity filtering directly addresses the SIEM ingestion constraint by suppressing low-priority debug events before they leave Threat Defense, so only actionable syslog messages reach the collector. This preserves ingestion capacity and keeps troubleshooting signal clear, satisfying the stem's requirement for optimal log management.

Why this answer

Option C is correct because configuring severity filtering on the FTD syslog settings ensures that only events at or above the desired severity level are sent, preventing low-priority debug or informational messages from consuming SIEM ingestion bandwidth and storage. Option E is correct because Reliable Syslog over TCP with TLS (often configured via the 'logging host' command with the 'secure' or TCP/TLS options) provides guaranteed message delivery and encryption, which is recommended when confidentiality and reliable delivery to the third-party SIEM are required. Option A is not recommended because disabling connection teardown logging removes valuable session-end data (bytes, duration, close reason) that SIEMs rely on for traffic analysis and correlation.

Option B is not recommended because using UDP port 514 without severity filters is unreliable (no delivery guarantee) and allows excessive low-priority logs to flood the SIEM. Option D is not recommended because syslog transports text-based event messages, not raw PCAP files; PCAP export requires a different mechanism such as file transfer or eStreamer.

268
MCQhard

An administrator is configuring static route tracking on a Cisco Secure Firewall Threat Defense device managed by FMC. A tracked IP address becomes unreachable, and the primary static route is removed from the routing table. What mechanism does FTD use to verify the reachability of the tracked destination?

A.ARP request polling sent every 3 seconds to the default gateway MAC address
B.ICMP Echo or TCP Connect probes managed by IP SLA tracking objects
C.Continuous bidirectional forwarding detection (BFD) sessions initiated directly from the routing daemon process
D.SNMP trap polling managed by the Firepower Management Center correlation engine
AnswerB

ICMP Echo or TCP Connect probes, configured as IP SLA tracking objects, actively test the tracked destination's reachability. When probes fail, the object state changes and the associated static route is withdrawn from the routing table, satisfying the stem's requirement to detect an unreachable tracked IP and remove the primary route.

Why this answer

Static route tracking in FTD uses IP SLA monitoring (ICMP Echo or TCP probes) to continuously test reachability and trigger failover to a backup route.

269
Multi-Selecthard

An administrator is troubleshooting a Prefilter Policy configured on an FMC. Which THREE actions are available when creating a rule in a Prefilter Policy? (Choose three)

Select 3 answers
A.Decrypt - Resign (intercept and re-sign SSL certificate)
B.Inspect with Snort 3 Intrusion Prevention
C.Slow Path (send traffic through normal inspection pipeline)
D.Block (drop traffic immediately)
E.Fast Path (bypass inspection and fast-forward traffic)
AnswersC, D, E

Slow Path forwards matching traffic into the normal inspection pipeline, where access control, intrusion, and file policies evaluate it. This satisfies the requirement to explicitly designate traffic for full analysis rather than bypassing or dropping it at the prefilter stage.

Why this answer

In an FMC Prefilter Policy, each rule can take one of three actions: Block, which drops matching traffic immediately without further inspection (option D); Fast Path, which bypasses the inspection pipeline and fast-forwards traffic (option E); and Slow Path, which sends traffic through the normal inspection pipeline for further analysis (option C). These three actions are the only ones available at the prefilter stage, which exists to reduce the load on the Snort inspection engine by handling traffic before it reaches the access control policy. Option A (Decrypt - Resign) is an SSL policy action, not a prefilter rule action, and option B (Inspect with Snort 3 Intrusion Prevention) is an access control rule action, so neither belongs in a Prefilter Policy rule.

Exam trap

The trap is mixing up Prefilter actions with SSL Decryption or Access Control actions — candidates often pick 'Decrypt - Resign' or 'Inspect with Snort' because they sound like inspection actions, but they belong to different policies.

270
MCQeasy

An administrator is configuring a new Access Control Policy on the Firepower Management Center and needs to add a rule that blocks peer-to-peer file sharing applications regardless of port. Which rule type should the administrator select?

A.NAT rule
B.Identity rule
C.Access control rule
D.Prefilter rule
AnswerC

Access control rules match traffic by application identity, so peer-to-peer file-sharing applications are blocked regardless of the port they use. Port-based rules would fail here, since these applications evade fixed-port blocking by dynamically shifting ports.

Why this answer

The Access Control Policy on Firepower Management Center (FMC) uses access control rules to inspect and control traffic based on applications, users, ports, and other criteria. To block peer-to-peer file sharing applications regardless of port, the administrator must create an access control rule that matches the application (e.g., BitTorrent) and sets the action to Block. Access control rules leverage Snort-based deep packet inspection to identify applications even when they use non-standard ports or encryption, making them the correct choice for application-based filtering.

Exam trap

The trap here is confusing prefilter rules with access control rules; candidates might think prefilter rules can block applications, but prefilter rules only support limited Layer 3/4 criteria and cannot inspect application payloads.

How to eliminate wrong answers

Option A is wrong because NAT rules perform network address translation and do not inspect or block traffic based on application identity; they only modify IP addresses and ports. Option B is wrong because identity rules are used to associate users with IP addresses via identity sources (e.g., Active Directory, LDAP) and do not enforce application-based blocking. Option D is wrong because prefilter rules are used for early, fast-path filtering based on limited criteria (e.g., IP, port, VLAN) and do not perform deep packet inspection to identify applications like peer-to-peer file sharing.

271
Multi-Selectmedium

An engineer is deploying a Cisco Secure Firewall Threat Defense device in a high-availability pair using Active/Standby failover. The team wants to verify which configuration items must match on both units for failover to operate correctly. (Choose two.)

Select 2 answers
A.The hostname of both units must be identical to allow the management center to treat them as a single managed device.
B.The management IP addresses of both units must be identical so the management center can reach the active unit after failover.
C.The failover link must be configured with matching interface settings and must be a dedicated interface or EtherChannel on both units.
D.The software version and the models of the two units must match to support stateful failover.
E.The NAT policy on both units must be manually duplicated because NAT rules are not synchronized during failover.
AnswersC, D

The failover link carries heartbeat and state synchronization, so both units must use matching interface settings and a dedicated link or EtherChannel. If the failover link settings differ, the units cannot exchange heartbeats and failover will not function, making this a required matching configuration item.

Why this answer

For Active/Standby failover to operate correctly, the failover link must be consistently configured on both units and the software versions and models must match. These ensure heartbeat exchange, state replication, and configuration synchronization work, while management addressing and hostnames remain unique per unit and policies are synchronized automatically.

Exam trap

The trap here is assuming that management addresses or hostnames must be identical for failover, when in fact they must be unique and only the failover link and software/model parity are required to match.

272
Multi-Selectmedium

Which TWO settings are available when configuring the 'Logging' tab in an Access Control Rule?

Select 2 answers
A.Log to Cloud
B.Log every packet
C.Log at Middle
D.Log at End
E.Log at Beginning
AnswersD, E

Log at End records the connection's termination, capturing bytes transferred, duration and close reason once the session finishes. Together with Log at Beginning, it forms the two logging options available on an Access Control Rule's Logging tab.

Why this answer

In Cisco Firepower Management Center, an Access Control Rule's Logging tab lets you choose when to generate connection events for traffic matching the rule, and the two available timing settings are 'Log at Beginning' (option E) and 'Log at End' (option D). 'Log at Beginning' generates a connection event when the connection is first seen, which is useful for capturing attempted connections even if they are later blocked or never complete. 'Log at End' generates the event when the connection closes, providing full session details such as bytes sent/received and duration. 'Log to Cloud' (A) is not a logging-timing option in the Access Control Rule Logging tab, and 'Log every packet' (B) and 'Log at Middle' (C) are not valid settings for this tab.

Exam trap

300-710 SNCF often tests the specific log timing options available in the Access Control Rule Logging tab—candidates must remember that only 'Log at Beginning' and 'Log at End' (and the combined option) exist, and not confuse them with per-packet logging or cloud logging features.

273
MCQhard

A network engineer is deploying a Cisco Secure Firewall Threat Defense cluster in spanned EtherChannel mode on two Cisco Nexus switches. The engineer must ensure that the cluster control unit and data units use the correct interfaces and that the cluster operates as designed. Which statement accurately describes the interface requirements for this deployment?

A.Only the control unit requires a dedicated cluster control link, while data units use the regular data interfaces for control traffic.
B.Each unit needs a cluster control link interface, and the data interfaces are bundled into a spanned EtherChannel across the switches for traffic forwarding.
C.The cluster control link must be configured as a spanned EtherChannel across both switches, and data interfaces remain individual physical links.
D.Data units do not require a cluster control link if they are connected through the same EtherChannel as the control unit.
AnswerB

Cisco Secure Firewall Threat Defense clustering requires a dedicated cluster control link on every unit for control and state replication. In spanned EtherChannel mode, data interfaces on each unit are aggregated into EtherChannels that span both switches, allowing the cluster to forward traffic while surviving a single switch failure. This design provides both redundancy and the interface separation the cluster needs.

Why this answer

In spanned EtherChannel clustering, each FTD unit requires a dedicated cluster control link for control and state replication, while data interfaces are aggregated into EtherChannels spanning both switches. This separates control plane traffic from data forwarding and provides resilience if one switch fails, which is essential for a supported and stable cluster deployment.

Exam trap

The trap here is confusing the roles of the cluster control link and the data EtherChannels, leading to the belief that the control link itself is spanned across switches.

274
MCQeasy

Which deployment scenario represents the correct use case for deploying a Cisco Secure Firewall Threat Defense in passive NGIPS mode?

A.Out-of-band monitoring of core switch traffic using a SPAN port to detect threats without impacting production latency.
B.Acting as the default Layer 3 gateway and DHCP server for guest Wi-Fi users.
C.Terminating remote access AnyConnect VPN tunnels for mobile employees.
D.Inline inspection of all core data center traffic where blocking malicious packets is mandatory.
AnswerA

Passive NGIPS receives a copy of traffic from a SPAN port, so it inspects and alerts without sitting inline. This satisfies the out-of-band requirement, since no packets traverse the sensor and production latency and throughput remain unaffected.

Why this answer

Passive NGIPS mode is used when monitoring traffic out-of-band via a tap or SPAN port without putting the device in the direct path of data flow.

275
MCQmedium

An administrator is configuring third-party SIEM integration using eStreamer. The external client application encounters a TLS handshake failure when attempting to connect to the FMC eStreamer port. What is the standard troubleshooting step to resolve certificate validation issues between an external eStreamer client and the FMC?

A.Disable SSL/TLS verification in the FMC Platform Settings under the eStreamer daemon parameters.
B.Restart the Snort inspection engine on all managed FTD devices.
C.Generate a new pkcs12 client certificate bundle from the FMC eStreamer configuration menu and import it into the client application store.
D.Change the eStreamer listening port from 8302 to 443 in the FMC System Preferences.
AnswerC

The eStreamer client must present a certificate the FMC trusts. Regenerating the pkcs12 bundle from the FMC eStreamer configuration menu and importing it into the client's certificate store restores mutual TLS validation, resolving the handshake failure caused by a mismatched or expired client certificate.

Why this answer

When setting up an external eStreamer client, the administrator must generate a PKCS#12 (.pfx or .pem) client certificate bundle and copy the corresponding CA certificate to the client host so that mutual TLS authentication succeeds.

276
MCQmedium

An administrator is configuring a Prefilter policy to handle GRE-encapsulated traffic. Which Prefilter rule option allows handling or accelerating tunneled traffic?

A.Access Control rule with GRE protocol filter
B.SSL Decryption Policy Tunnel Decrypt
C.Tunnel rule type
D.NAT rule with Protocol Rewriting
AnswerC

A Tunnel prefilter rule matches and handles GRE-encapsulated traffic, letting the firewall inspect or accelerate the inner flow rather than the outer tunnel. This satisfies the stem's requirement by specifically targeting tunneled packets, which standard access-control rules cannot evaluate.

Why this answer

In an FTD Prefilter policy, the Tunnel rule type is specifically designed to match and handle tunneled (encapsulated) traffic such as GRE, IP-in-IP, and Teredo before the outer header is stripped. A Tunnel rule lets the administrator either block the tunnel outright or 'fast-path' it so the encapsulated payload is not inspected, which is essential for performance and for handling protocols the Snort engine cannot natively parse. This is the only Prefilter rule type that explicitly addresses tunneled traffic handling.

Exam trap

The trap is assuming that any rule mentioning 'GRE' or 'tunnel' in Access Control or SSL policies can handle encapsulated traffic — only the Prefilter Tunnel rule type actually does.

How to eliminate wrong answers

Option A is wrong because Access Control rules operate after prefiltering and do not have a dedicated GRE protocol filter that accelerates or bypasses tunnel inspection — they apply to the decapsulated flow. Option B is wrong because SSL Decryption Policy Tunnel Decrypt is for decrypting SSL/TLS tunnels, not GRE or other IP tunnels, and it is a separate policy from Prefilter. Option D is wrong because NAT rules with Protocol Rewriting are not a Prefilter feature and do not exist as a tunnel-handling mechanism in FTD.

277
MCQhard

An FMC high availability (HA) pair has split-brain symptoms due to a management network failure. After restoring network connectivity, the standby unit remains in a 'Failed' state and does not automatically re-synchronize. What is the correct procedure to recover the HA sync?

A.Run 'system support fmc-ha-sync' from the standby FMC CLI.
B.Go to System > Integration > HA, break the HA pairing, and re-establish it using the active unit as the primary.
C.Reboot both FMC units simultaneously.
D.From the primary FMC CLI, run 'configure ha restore-sync'.
AnswerB

Breaking the HA pairing and re-establishing it with the active unit as primary forces the standby to rebuild its configuration and database from the healthy peer, clearing the Failed state that blocks automatic re-synchronisation after split-brain.

Why this answer

When an FMC HA pair experiences split-brain and the standby unit remains in a 'Failed' state after network restoration, the correct recovery is to break the HA pairing and re-establish it using the active unit as the primary. This forces a clean re-synchronization and resolves the failed state.

Exam trap

The trap is assuming that HA will automatically re-synchronize after network restoration, or that there is a simple CLI command to force sync. Candidates may also confuse FMC HA with FTD HA procedures.

How to eliminate wrong answers

Option A is wrong because 'system support fmc-ha-sync' is not a valid FMC CLI command; FMC HA synchronization is managed through the GUI or specific procedures. Option C is wrong because rebooting both units simultaneously can cause further issues and does not guarantee re-synchronization; it may even worsen the split-brain. Option D is wrong because 'configure ha restore-sync' is not a valid FMC CLI command; HA recovery is not performed via such commands.

278
Multi-Selecthard

An enterprise integrates Cisco Secure Firewall Threat Defense with Cisco ISE via pxGrid. The security team notices that user identity mapping is intermittent for wireless clients roaming across different access points. Which TWO factors should be verified to ensure robust identity continuity during wireless roaming? (Choose two)

Select 2 answers
A.Disable the Snort engine during wireless handover events.
B.Ensure that ISE session updates and RADIUS accounting interim updates are properly configured on the wireless controllers.
C.Verify that pxGrid session publishing is active and subscriptions are maintained without disconnects.
D.Ensure the FTD is configured as an SXP speaker for wireless SSIDs.
E.Configure static ARP entries for all wireless client MAC addresses on the FTD.
AnswersB, C

RADIUS accounting interim updates and ISE session updates refresh the client's current network location as it roams between access points. Without timely interim accounting, ISE retains stale session data, so pxGrid publishes outdated mappings and identity continuity breaks during roaming.

Why this answer

Option B is correct because robust identity continuity during wireless roaming depends on ISE receiving timely session updates; RADIUS accounting interim updates (RFC 2869 Acct-Interim-Interval) from the wireless controllers keep ISE's session directory current as clients move between access points, so pxGrid can publish accurate user-to-IP mappings. Option C is correct because the FTD consumes identity data from ISE over pxGrid, so the pxGrid session directory must be actively publishing sessions and the FTD's subscriptions must remain established without disconnects; if the pxGrid connection drops or subscriptions lapse, identity mappings become intermittent. Option A is wrong because disabling the Snort engine would impair threat inspection and has no bearing on identity mapping.

Option D is wrong because SXP is a separate IP-to-user mapping propagation protocol and is not required for pxGrid-based ISE-to-FTD identity integration. Option E is wrong because static ARP entries do not provide user identity information and would not resolve intermittent identity mapping.

279
MCQeasy

Which FTD deployment mode must be selected to use the device as a transparent bump-in-the-wire for security inspection?

A.Hybrid
B.Passive
C.Transparent
D.Routed
AnswerC

Transparent mode bridges two interfaces at Layer 2, forwarding traffic without altering IP addressing or requiring routing changes. This satisfies the bump-in-the-wire constraint: the FTD inspects traffic inline while remaining invisible to adjacent devices, unlike routed or inline-set modes that require IP reconfiguration.

Why this answer

Transparent mode allows the FTD to be inserted into a network without changing the IP scheme, acting as a bridge.

280
MCQhard

An administrator is troubleshooting asymmetric routing issues across an FTD firewall using the FMC connection events and FTD CLI. The administrator wants to disable TCP state bypass or adjust TCP normalization settings to allow non-synchronized SYN packets through for a specific application. Where are TCP normalization and stateful inspection parameters configured for FTD?

A.Policies > Access Control > Advanced > Network Settings
B.Objects > Object Management > Advanced > TCP State
C.Devices > Platform Settings > Edit Policy > Stateful Inspection / TCP Settings
D.System > Configuration > Global Parameters > TCP
AnswerC

TCP normalisation and stateful inspection parameters, including TCP state bypass behaviour, live under Devices > Platform Settings > Stateful Inspection / TCP Settings, not in access control policy. This satisfies the stem's need to permit non-synchronised SYN packets for a specific application.

Why this answer

TCP normalization and stateful inspection parameters for FTD are configured under Devices > Platform Settings > Edit Policy > Stateful Inspection / TCP Settings. This is where you adjust TCP state bypass, normalization, and related settings that affect how the FTD handles asymmetric flows and non-synchronized SYN packets.

Exam trap

The trap is confusing Access Control policy settings with Platform Settings; TCP normalization is a device-level platform setting, not an access control rule option.

How to eliminate wrong answers

Option A is wrong because Policies > Access Control > Advanced > Network Settings does not exist as a TCP normalization location; Access Control policies handle traffic inspection and rule actions, not global TCP state parameters. Option B is wrong because Objects > Object Management > Advanced > TCP State is not a valid FMC path for TCP normalization configuration. Option D is wrong because System > Configuration > Global Parameters > TCP is not where FTD TCP settings are configured; global system settings do not include per-device TCP normalization.

281
MCQmedium

You are configuring an active/standby High Availability pair for Cisco Secure Firewall Threat Defense using FMC. You need to configure port channels for the data interfaces to increase bandwidth and redundancy. Which guideline must be followed regarding port channels in an HA deployment?

A.LACP active mode is unsupported on HA secondary units; static port channels must be used instead.
B.Port channels are restricted to transparent mode HA configurations only.
C.The port channel interfaces on both the primary and secondary units must have identical interface IDs and member port compositions.
D.Port channels can only be configured on the active unit; the standby unit automatically inherits them via stateful sync.
AnswerC

For an active/standby failover to function, both units must present matching port channel configurations, so identical interface IDs and member port compositions ensure the standby can take over the data interfaces without link or aggregation mismatches.

Why this answer

In a Cisco Secure Firewall Threat Defense HA deployment, port channels must be configured identically on both the primary and secondary units — same interface IDs and same member port composition — so that failover preserves the link aggregation and the standby unit can take over seamlessly. This is a documented guideline for EtherChannel in HA.

Exam trap

The trap is assuming HA stateful failover replicates interface configuration; candidates who think the standby 'inherits' port channels from the active unit will pick option D, but interface config must be identical and independently present on both units.

How to eliminate wrong answers

Option A is wrong because LACP active mode is supported on HA secondary units; there is no such restriction, and static port channels are not required. Option B is wrong because port channels are supported in both routed and transparent HA modes, not restricted to transparent mode. Option D is wrong because port channels are not configured only on the active unit and inherited via stateful sync; interface configuration must exist on both units, and stateful failover syncs connection state, not interface configuration.

282
MCQeasy

Which menu in the FMC allows you to view the list of managed FTD devices?

A.Policies > Devices
B.Devices > Device Management
C.Analysis > Devices
D.System > Devices
AnswerB

The Devices > Device Management menu in FMC lists all managed FTD devices, showing their status, model and health. Navigating there satisfies the stem's requirement to view the inventory of FTD devices registered to the manager.

Why this answer

Devices > Device Management is the primary menu for managing all FTD nodes.

283
MCQeasy

Which option in the Access Control Policy rule allows you to define a specific application, such as 'Facebook', to be blocked?

A.Applications
B.URL
C.Zones
D.Ports
AnswerA

The Applications tab in the Access Control Policy references application detectors, letting administrators select a specific application such as Facebook for blocking. It satisfies the requirement to define a named application, unlike URL, category or user conditions, which filter by destination or identity instead.

Why this answer

The 'Applications' tab in an Access Control Rule allows selection of specific applications for blocking or monitoring.

284
MCQmedium

An administrator configures a security intelligence feed in the FMC to block known malicious IP addresses. Where are Security Intelligence feeds and lists applied in the FMC configuration?

A.Directly inside the Prefilter policy configuration
B.Under the Security Intelligence tab of the Access Control Policy
C.Within individual Access Control rules under the Source/Destination tabs
D.Under Objects > Security Intelligence > Rule Mapping
AnswerB

Security Intelligence feeds and lists are configured on the Security Intelligence tab within an Access Control Policy in the FMC. This placement lets the policy evaluate source and destination IP reputation against the feed before allowing or blocking traffic.

Why this answer

Security Intelligence feeds and lists in FMC are configured under the Security Intelligence tab of the Access Control Policy. This tab lets you apply source/destination block lists and feeds globally to the policy, with options for block, monitor, or allow actions. It is not a per-rule setting or a standalone object.

Exam trap

SNCF often tests the misconception that Security Intelligence is configured per access control rule or in Prefilter — the correct location is the Security Intelligence tab of the Access Control Policy.

How to eliminate wrong answers

Option A is wrong because Prefilter Policy handles tunnel and SSL prefiltering, not Security Intelligence feed application. Option C is wrong because individual Access Control rules can reference SI lists via source/destination, but the feeds and lists themselves are applied at the Security Intelligence tab of the Access Control Policy, not inside each rule. Option D is wrong because there is no 'Objects > Security Intelligence > Rule Mapping' menu; SI objects are created under Objects > Security Intelligence, but they are applied in the Access Control Policy's Security Intelligence tab.

285
Multi-Selecthard

An administrator is investigating an issue where connection events are failing to reach the FMC from a managed FTD. Which THREE daemons or logs on the FTD and FMC should be checked to troubleshoot event transport and communication issues? (Choose three)

Select 3 answers
A.FTD event streaming and SFIMS logs
B./var/log/dhcpd.log
C./var/log/cisco/sftunnel.log
D./var/log/samba/smb.log
E.FMC event collection and correlator logs (such as /var/log/messages or application logs in /var/sf/log)
AnswersA, C, E

The SFIMS process handles event streaming from the FTD to the FMC, so its logs reveal whether connection events are being generated, queued or dropped before transport. Checking FTD event streaming alongside SFIMS logs isolates failures at the source rather than the tunnel.

Why this answer

Option A is correct because the FTD's event streaming process and SFIMS (the Firepower Management Center communication agent) are responsible for generating and forwarding connection events to the FMC, so their logs directly reveal whether events are being produced and transmitted. Option C is correct because /var/log/cisco/sftunnel.log records the status of the sftunnel (Secure Firewall Tunnel) connection between the FTD and FMC; if this tunnel is down or flapping, event transport will fail. Option E is correct because on the FMC, the event collection and correlator components receive and process events, and their logs (for example /var/log/messages or application logs under /var/sf/log) show whether events arrive and are ingested.

Option B is not relevant because /var/log/dhcpd.log pertains to DHCP daemon activity, which has nothing to do with FTD-to-FMC event transport. Option D is not relevant because /var/log/samba/smb.log relates to SMB/CIFS file-sharing services, which are unrelated to Firepower event communication.

Exam trap

300-710 often tests event transport by mixing relevant FTD/FMC logs with unrelated Linux service logs (dhcpd, samba) — candidates must identify the specific daemons and logs involved in the event pipeline.

286
MCQmedium

An engineer is troubleshooting a newly deployed FTD device where syslog messages are not reaching the external syslog server. Which tool on the FTD CLI can the engineer use to verify if the syslog generation and transmission process is attempting to send packets out the management or data interface?

A.Run 'debug syslog all' from the FTD expert mode.
B.Capture traffic on the designated egress interface matching the syslog server IP and UDP port 514.
C.Use 'system support reset-logging'.
D.Check the FMC dashboard under System > Logging > Syslog status.
AnswerB

Capturing on the egress interface for the syslog server IP and UDP 514 confirms whether FTD actually generates and transmits syslog packets, and reveals which interface they leave by. This directly satisfies the stem's requirement to verify the sending process.

Why this answer

To verify if syslog packets are being sent out the correct interface, the engineer should capture traffic on the designated egress interface matching the syslog server IP and UDP port 514. This will show whether the FTD is attempting to transmit syslog messages and on which interface.

Exam trap

The trap is assuming there is a built-in debug or status tool for syslog; candidates must know that packet capture is the primary method to verify transmission.

How to eliminate wrong answers

Option A is wrong because 'debug syslog all' is not a valid command on FTD expert mode; FTD does not have a syslog debug command like that. Option C is wrong because 'system support reset-logging' resets logging configuration, not a diagnostic tool to verify packet transmission. Option D is wrong because the FMC dashboard does not have a Syslog status page under System > Logging; syslog status is not monitored there.

287
MCQhard

An administrator is troubleshooting an SSL Decryption policy where encrypted connections are failing. The FMC logs indicate that clients are rejecting the FTD's re-signed certificate because it is not trusted. What configuration step is missing?

A.Configure a Prefilter policy to bypass SSL handshakes for those clients.
B.Import the server's private key into the FTD certificate store.
C.Enable SSL Known Key decryption for external websites.
D.Deploy the FTD's Re-signing CA certificate to the trusted root certification authorities store of all internal client endpoints.
AnswerD

The FTD re-signs intercepted traffic with its own CA, so clients must trust that CA or they reject the certificate. Importing the FTD's Re-signing CA certificate into each endpoint's trusted root store satisfies the stem's constraint that clients currently reject the re-signed certificate as untrusted.

Why this answer

When FTD performs SSL decryption via re-signing, it acts as a man-in-the-middle: it intercepts the client's TLS session and presents a certificate signed by its own Re-signing CA. For clients to accept this certificate without errors, the FTD's Re-signing CA certificate must be installed in the trusted root CA store of every internal endpoint. Without that trust anchor, clients reject the re-signed certificate and the connection fails.

Exam trap

The trap here is confusing decryption modes: candidates see 'certificate not trusted' and reach for Known Key or bypass options, when the real fix is distributing the Re-signing CA to client trust stores.

How to eliminate wrong answers

Option A is wrong because a Prefilter SSL bypass would skip decryption entirely, which defeats the purpose of the decryption policy and does not fix the trust problem. Option B is wrong because importing the external server's private key is only relevant for Known Key decryption of pinned/self-signed sites, not for re-signing internal client trust. Option C is wrong because Known Key decryption applies to specific external sites with pinned certificates and does not address client-side trust of the FTD's Re-signing CA.

288
MCQeasy

You are deploying a Cisco Secure Firewall Threat Defense in an existing core network as an out-of-band intrusion prevention system. Which NGIPS deployment mode should you configure to ensure the firewall performs deep packet inspection and generates alerts without dropping any production traffic in the event of a device failure or high load?

A.Transparent mode with inline bypass enabled
B.Inline deployment mode with fail-open enabled
C.Routed mode with asymmetric routing tolerance
D.Passive deployment mode using a SPAN or tap source
AnswerD

Passive mode with a SPAN or tap source copies production traffic to the Threat Defense for deep packet inspection and alerting, while the inline path remains untouched. A device failure or overload therefore cannot drop production traffic, meeting the out-of-band constraint.

Why this answer

Passive deployment mode using a SPAN or tap source copies traffic to the Threat Defense without placing it inline in the forwarding path, so deep packet inspection and alerts occur without any risk of dropping production traffic. Even if the device fails or is overloaded, the production network is unaffected because traffic never flows through the firewall. This matches the requirement for out-of-band IPS with zero traffic impact.

Exam trap

300-710 SNCF often tests the misconception that 'inline bypass' or 'fail-open' guarantees zero traffic impact, when only a truly passive out-of-band deployment removes the firewall from the forwarding path entirely.

How to eliminate wrong answers

Option A is wrong because transparent mode with inline bypass still places the firewall in the traffic path; inline bypass only mitigates failure, it does not eliminate the risk of drops under high load or inspection latency. Option B is wrong because inline deployment with fail-open still forwards traffic through the device, and fail-open only triggers on device failure, not on high CPU or inspection overload, so production traffic can still be dropped. Option C is wrong because routed mode is an inline Layer 3 deployment where the firewall is a hop in the path, and asymmetric routing tolerance does not prevent traffic loss during failure or overload.

289
MCQmedium

In the FMC, what is the purpose of the 'Network Discovery Policy'?

A.To enable routing
B.To block unauthorized users
C.To define discovery scope
D.To monitor bandwidth
AnswerC

The Network Discovery Policy defines which networks and ports the FMC's discovery function scans, plus which devices and applications are excluded. This scoping determines what managed and unmanaged hosts appear in the network map, directly satisfying the requirement to define discovery scope.

Why this answer

It is used to control which networks are monitored for host/user discovery to avoid performance impact.

290
Multi-Selecteasy

Which TWO protocols or mechanisms are used to integrate Cisco Identity Services Engine (ISE) with Cisco Secure Firewall Threat Defense? (Choose two)

Select 2 answers
A.NetFlow v5
B.SXP
C.pxGrid
D.LDAP direct bind
E.SNMPv1
AnswersB, C

SXP (SGT Exchange Protocol) carries Security Group Tags from Cisco Identity Services Engine to Cisco Secure Firewall Threat Defense, enabling identity-based policy enforcement where the firewall cannot query ISE directly. This satisfies the stem's requirement for a supported ISE-to-Threat Defense integration mechanism.

Why this answer

Cisco ISE integrates with Secure Firewall using pxGrid (for identity/context sharing) and SXP (for SGT tag and IP mapping propagation).

291
MCQeasy

When integrating Cisco Secure Firewall with Cisco SecureX, which component acts as the local orchestrator and liaison that relays threat intelligence and response actions between the managed FTD devices and the SecureX cloud?

A.Cisco Secure Firewall Management Center (FMC)
B.The Snort inspection engine running on each FTD
C.The Cisco Defense Orchestrator (CDO) local proxy
D.Cisco Identity Services Engine (ISE)
AnswerA

Cisco Secure Firewall Management Center (FMC) is the local orchestrator that registers with the SecureX cloud, receives threat intelligence, and relays it to managed FTD devices. It also forwards response actions back to SecureX, satisfying the stem's requirement for a liaison between on-premises FTDs and the cloud.

Why this answer

The Cisco Secure Firewall Management Center (FMC) acts as the central management point and cloud connector for SecureX integrations across all managed FTD sensors.

292
MCQeasy

An administrator is integrating Cisco Secure Firewall Threat Defense with Cisco Identity Services Engine (ISE) using Platform Exchange Services (pxGrid). Which service must be enabled and running on the ISE nodes for pxGrid communication to succeed?

A.IPAM Synchronization Service
B.RADIUS Accounting Service
C.Cisco pxGrid Service
D.TACACS+ Authentication Service
AnswerC

The Cisco pxGrid Service on ISE provides the publish-subscribe framework that FMC uses to receive session, identity and endpoint context. Enabling it on the ISE nodes lets the FTD subscribe to identity topics, satisfying the pxGrid communication requirement in the stem.

Why this answer

pxGrid must be enabled on the designated ISE nodes so that Cisco Secure Firewall Threat Defense can subscribe to user identity and session updates.

293
Multi-Selecthard

An administrator must capture and analyze traffic on a specific FTD interface to troubleshoot an intermittent connectivity problem. The administrator wants to use FMC-native capabilities rather than logging into the device CLI. Which TWO actions can the administrator perform from the FMC to capture and then inspect the traffic? (Choose two.)

Select 2 answers
A.Download the resulting .pcap file from the FMC packet capture task and open it in a third-party analyzer such as Wireshark.
B.Create a packet capture on the managed device interface from the FMC Device Management page, specifying the interface and an optional access list or match filter.
C.Use the FMC Intrusion Events page to reconstruct the raw packet bytes for the flow from the stored event payload.
D.Enable 'Capture All Traffic' under the FTD platform settings so every packet is retained in the FMC event database for later inspection.
E.Run the 'capture-traffic' command from the FMC CLI to pull packets from the managed device into the FMC local filesystem.
AnswersA, B

Once the capture completes, FMC provides the .pcap file for download from the packet capture task. Administrators can then open it in Wireshark or another analyzer to inspect packet-level detail, which is the intended FMC-native workflow for deep traffic analysis of a managed FTD interface.

Why this answer

FMC lets administrators create a packet capture on a managed FTD interface with optional filters, then download the resulting .pcap for analysis in an external tool. This provides a GUI-driven capture workflow without requiring CLI access to the device.

Exam trap

The trap here is assuming FMC stores raw packets in its event database, when packet data must be explicitly captured on the device and downloaded as a .pcap.

294
Multi-Selecthard

Which THREE actions can be performed by an SSL Decryption Policy?

Select 3 answers
A.Do Not Decrypt
B.Redirect
C.Block
D.Decrypt
E.Monitor
AnswersA, D, E

Do Not Decrypt bypasses inspection entirely, letting the TLS session pass through untouched. It is one of the three SSL Decryption Policy actions, used for traffic that must not be intercepted, such as financial or health sites, or where decryption would break certificate pinning.

Why this answer

SSL policy actions include Decrypt, Do Not Decrypt, and Monitor.

295
MCQeasy

An administrator wants to generate a health report on the FMC to present hardware utilization trends over the past 30 days. Which section of the FMC GUI provides pre-built health reports and metric tracking?

A.Policies > Actions > Health Reporting
B.Devices > Device Management > Health Status
C.Analysis > Health > Monitor
D.System > Monitoring > Syslog
AnswerC

Analysis > Health > Monitor provides pre-built health reports and metric tracking, directly satisfying the requirement for hardware utilisation trends over 30 days. Unlike the dashboards under Overview, which show only current status, this section retains historical metrics and generates exportable reports covering the specified period.

Why this answer

The FMC's Analysis > Health > Monitor section provides pre-built health dashboards and metric tracking for managed devices, including CPU, memory, disk, and interface statistics over configurable time ranges such as the past 30 days. This is where administrators generate health reports and view historical utilization trends.

Exam trap

300-710 SNCF often tests GUI navigation paths, and candidates confuse the Health Monitor under Analysis with device status pages under Devices or syslog configuration under System — the correct path is Analysis > Health > Monitor.

How to eliminate wrong answers

Option A is wrong because Policies > Actions > Health Reporting is not a valid FMC menu path — health reporting lives under Analysis, not Policies. Option B is wrong because Devices > Device Management > Health Status shows per-device status but is not the pre-built reporting and trend-tracking section. Option D is wrong because System > Monitoring > Syslog configures syslog forwarding, not health metric reporting or trend analysis.

296
Multi-Selecthard

An administrator is planning an upgrade of an FMC managing multiple FTD devices across various software versions. Which THREE factors must be validated according to Cisco compatibility guidelines before proceeding? (Choose three)

Select 3 answers
A.Supported upgrade paths (e.g., whether a direct jump from v6.4 to v7.4 is supported or requires an intermediate upgrade).
B.Available disk space on both FMC and FTD partitions (such as /var and /root) to ensure the upgrade packages can unpack successfully.
C.The local NTP server stratum level must be exactly stratum 1.
D.The serial number of the external power supplies attached to the rack mount chassis.
E.Cisco Firepower Compatibility Guide to ensure the target FMC version supports the currently installed FTD versions.
AnswersA, B, E

Cisco supports only defined upgrade paths; jumping directly from v6.4 to v7.4 is unsupported and requires intermediate releases. Confirming the supported path for each FTD version ensures the FMC can orchestrate the upgrade without an unsupported state.

Why this answer

Option A is correct because Cisco upgrade planning requires verifying supported upgrade paths; for example, a direct jump from v6.4 to v7.4 may not be supported and may require an intermediate release such as v7.0 or v7.2 before reaching v7.4. Option B is correct because the upgrade process must have sufficient free space on FMC and FTD partitions, including /var and /root, so that downloaded packages and temporary files can be unpacked and staged without filling the filesystem. Option E is correct because the Cisco Firepower Compatibility Guide must be consulted to confirm that the target FMC software version interoperates with and supports the FTD versions currently managed by that FMC.

Option C is not required because NTP stratum 1 is not a Cisco Firepower upgrade prerequisite; time synchronization matters, but the local NTP server does not have to be stratum 1. Option D is not required because the serial numbers of external power supplies are irrelevant to software compatibility and upgrade validation.

Exam trap

The trap is selecting irrelevant hardware or network details (like NTP stratum or power supply serial numbers) as compatibility factors; candidates may think any infrastructure detail matters, but only software paths, disk space, and the compatibility guide are required.

297
Multi-Selecthard

An administrator is configuring Cisco SecureX threat intelligence integration with Cisco Secure Firewall Threat Defense via the FMC. Which TWO actions can be performed directly through the SecureX integration? (Choose two)

Select 2 answers
A.Real-time firmware updates pushed from the SecureX cloud console to the managed firewalls.
B.Replacement of local FMC policy administration with cloud-only RBAC management.
C.Automatic synchronization of dynamic Indicators of Compromise (IoCs) to block malicious traffic.
D.Investigation pivoting in Cisco Threat Response based on observables found in firewall connection events.
E.Direct deployment of Snort 3 custom intrusion rules compiled locally on the SecureX cloud platform.
AnswersC, D

The integration automatically synchronises dynamic IoCs from SecureX threat intelligence into FMC, where they populate block lists applied to Threat Defense policies. This satisfies the scenario's need to block malicious traffic without manual indicator entry.

Why this answer

SecureX integration allows sharing indicators of compromise (IoCs) for automated blocking/alerting and pivoting to Threat Response for investigation.

298
Multi-Selecthard

Which THREE criteria can be used to match traffic within an Access Control rule on the FMC? (Choose three)

Select 3 answers
A.Intrusion Policy Signatures
B.Device Platform Settings
C.URL Categories
D.Applications
E.Security Zones
AnswersC, D, E

URL Categories match traffic by the reputation or category assigned to the requested URL, satisfying the criterion of matching by web destination classification. This differs from matching by application detector, IP address, or security zone, and requires URL filtering licensing and a configured access control policy.

Why this answer

In Cisco FMC, an Access Control rule can match traffic using criteria such as URL Categories (C), which let you filter based on reputation or category of requested web destinations; Applications (D), which identify traffic by application or application group via Snort/App-ID; and Security Zones (E), which match the ingress/egress interfaces assigned to zones. These three are all valid match conditions on the rule's main criteria tabs. Intrusion Policy Signatures (A) are not a match criterion — an Intrusion Policy is an inspection action applied to traffic that already matched the rule.

Device Platform Settings (B) are also not a match condition; platform settings are applied via a Platform Settings policy to managed devices, not used to select traffic in an access rule.

Exam trap

The trap is selecting Intrusion Policy Signatures as a match criterion; candidates may confuse the action (inspection) with match conditions, but signatures are not used to match traffic in Access Control rules.

299
Multi-Selecthard

An administrator is configuring a Cisco FTD device managed by FMC in a high-availability pair. The administrator must ensure that failover occurs correctly. Which TWO interface configurations are required to support stateful failover? (Choose two.)

Select 2 answers
A.A management interface configured with a standby IP address
B.A dedicated failover link interface
C.A data interface configured for stateful failover
D.An EtherChannel interface bundling failover and state links
E.A dedicated state link interface
AnswersB, E

A dedicated failover link interface is required to exchange failover status and heartbeat messages between the active and standby FTD devices. This link ensures that both devices are aware of each other's state and can trigger a failover if needed. Without it, the devices cannot coordinate failover, leading to potential split-brain scenarios.

Why this answer

To support stateful failover in an FTD high-availability pair, a dedicated failover link and a dedicated state link are required. The failover link exchanges status and heartbeat messages, while the state link synchronizes connection state tables. These ensure seamless failover and continuity of established connections.

Other interfaces like management and data do not serve these purposes.

Exam trap

The trap here is assuming that a single link can handle both failover status and state synchronization, or that data interfaces can be used for these functions.

300
Multi-Selectmedium

When analyzing performance issues, which THREE metrics should an administrator monitor in the FMC Health Monitor?

Select 3 answers
A.CPU utilization
B.Memory utilization
C.Disk utilization
D.User login frequency
E.Number of active GUI sessions
AnswersA, B, C

High CPU directly impacts packet processing.

Why this answer

In the FMC Health Monitor, CPU utilization (A) is a core metric because sustained high processor load directly degrades policy deployment, event processing, and GUI responsiveness. Memory utilization (B) must be monitored since FMC runs multiple services (e.g., the database, Tomcat, and eventing processes) that can exhaust RAM and trigger swapping or service restarts. Disk utilization (C) is equally critical because the FMC stores event data, configuration backups, and updates on disk; a full /var or / volume can halt logging and even the web interface.

The unmarked options do not belong because user login frequency (D) and the number of active GUI sessions (E) are administrative activity indicators, not system health or performance metrics tracked by the FMC Health Monitor.

Exam trap

300-710 SNCF often tests the distinction between performance metrics and administrative/audit metrics — candidates may select login frequency or GUI session counts, but the Health Monitor's performance trio is CPU, memory, and disk.

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