300-710 SNCF Integration Practice Test 7 — 15 Questions

Question 1

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)

Choose an answer to begin — your selection is scored in the full session.

Accepted Answer

Verify that outbound HTTPS (port 443) connectivity from the FMC management interface to the SecureX cloud is unobstructed.. 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.

Answer

Re-register the FTD with the FMC using a new registration key.

Answer

Run 'show threat-response debug' on the FTD CLI.

Answer

Restart the pxGrid service on the FTD command line.

Question 2

An administrator wants to ensure that all security event logs from Cisco Secure Firewall Threat Defense are exported reliably and in real time to external security analytics tools. Which TWO deployment and configuration practices should be implemented? (Choose two)

Accepted Answer

Configure Reliable Syslog (TCP with TLS) in FTD Platform Settings to ensure encrypted and guaranteed log delivery.. Option B is correct because configuring Reliable Syslog in FTD Platform Settings uses TCP with TLS (port 6514 by default) to provide encrypted, connection-oriented, acknowledged delivery of syslog events, which prevents log loss and satisfies the requirement for reliable, real-time export to external analytics tools. Option D is correct because eStreamer on the FMC streams intrusion, connection, malware, and other security events in near real time to a SIEM collector over a persistent TLS connection, which is the Cisco-recommended method for feeding external security analytics platforms. Option A is wrong because local disk storage with weekly manual SCP exports is neither real-time nor reliable, and risks losing events if the disk fills or the device fails. Option C is wrong because disabling the Snort engine would stop intrusion event generation entirely and does not address log transport. Option E is wrong because SNMPv1 traps only carry event counters and are unencrypted, unacknowledged, and not designed for streaming detailed security event logs.

Answer

Rely solely on local FTD disk storage and export logs via manual SCP once a week.

Answer

Disable the Snort engine to prevent log buffer congestion.

Answer

Configure SNMPv1 traps to poll event counters every 60 seconds.

Question 3

An administrator is troubleshooting an eStreamer integration where the client script disconnects immediately after authentication. Upon inspecting the logs, the administrator notes an SSL certificate verification error. Which TWO areas should be checked to resolve this certificate error? (Choose two)

Accepted Answer

Verify that the FMC CA root certificate has been correctly imported into the client application's trust store.. The SSL certificate verification error during eStreamer authentication points to a trust or identity problem in the TLS handshake between the client and the FMC. Option B is correct because the eStreamer client must trust the FMC's server certificate; if the FMC CA root certificate is not imported into the client application's trust store, the client cannot validate the server's certificate chain and will abort the connection. Option C is correct because eStreamer mutual TLS requires the client to present the certificate and private key bundle generated from the FMC; if that bundle was not copied correctly or the script references the wrong path, the certificate exchange fails and the client disconnects immediately after authentication. Option A is incorrect because pxGrid client approval is an ISE concept unrelated to eStreamer, which authenticates directly against the FMC. Option D is incorrect because syslog server IP configuration in FTD Platform Settings has no bearing on eStreamer TLS certificate validation. Option E is incorrect because restarting the Snort engine on the FTD does not address certificate trust or client credential issues on the eStreamer client.

Answer

Verify the pxGrid client approval status on the Cisco ISE dashboard.

Answer

Check the FTD Platform Settings syslog server IP configuration.

Answer

Restart the Snort engine on the FTD device.

Question 4

An engineer configures Cisco Secure Firewall Threat Defense to ingest SGTs from Cisco ISE via pxGrid and wants to enforce access control based on these tags. Which TWO requirements must be met for the firewall to successfully enforce SGT-based policies? (Choose two)

Accepted Answer

An active and healthy pxGrid connection between ISE and FMC to synchronize IP-to-SGT mappings.. Option D is correct because SGT-based enforcement on Cisco Secure Firewall Threat Defense depends on the FMC receiving IP-to-SGT mappings from Cisco ISE over pxGrid; without a healthy, active pxGrid session between ISE and FMC, the firewall has no tag-to-IP binding to match in access control rules. Option E is correct because the SGT metadata must actually reach the enforcement point in the data plane: either via SXP peering (to propagate SGT bindings to devices that cannot natively carry tags) or via inline TrustSec tagging, so packets retain their SGT across the network and the FTD can enforce policy on them. Option A is incorrect because eStreamer is used for exporting intrusion and connection events to external collectors, not for SGT ingestion or enforcement. Option B is incorrect because syslog with the local4 facility is only for logging/event delivery and has no role in SGT synchronization or policy enforcement. Option C is incorrect because direct LDAP integration to Active Directory on the FTD CLI is not required for SGT-based access control; identity and SGT mapping come through ISE/pxGrid, not a direct FTD LDAP configuration.

Answer

An active eStreamer subscription for intrusion event streaming.

Answer

Syslog server configuration with local4 facility enabled.

Answer

Active Directory domain controller LDAP integration directly configured on the FTD CLI.

Question 5

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

Accepted Answer

Cross-product pivoting and investigation capabilities from security events to network flows.. 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.

Answer

Replacement of the FMC PostgreSQL database with a cloud-hosted data warehouse.

Answer

Direct hardware provisioning and zero-touch booting of physical FTD appliances via SecureX.

Answer

Automatic generation of TACACS+ administrator credentials for FTD CLI access.

Question 6

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)

Accepted Answer

Configure severity filtering to prevent excessive, low-priority debug logs from overwhelming the SIEM ingestion capacity.. 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.

Answer

Disable connection teardown logging to reduce log volume.

Answer

Configure all FTD devices to use UDP port 514 without severity filters.

Answer

Export raw PCAP files via syslog instead of text logs.

Question 7

An administrator is troubleshooting an eStreamer client script failure where the connection is refused on port 8302. Which TWO potential causes should the administrator investigate? (Choose two)

Accepted Answer

An intermediate firewall or the FMC internal iptables firewall is blocking TCP port 8302 traffic.. Option A is correct because eStreamer clients connect to the FMC on TCP port 8302, so a connection-refused or blocked result can come from an intermediate firewall or the FMC's own iptables rules filtering that port. Option E is correct because the eStreamer service (the eStreamer daemon on the FMC management plane) must be running and enabled; if it is stopped or disabled, nothing listens on TCP 8302 and the client receives a connection refused. Option B is not relevant because an out-of-memory Snort engine on an FTD affects inspection/event generation, not the FMC's eStreamer listener on port 8302. Option C is not relevant because a DHCP lease expiry on an FTD data interface is a Layer 3 addressing issue unrelated to the FMC eStreamer service port. Option D is not relevant because pxGrid certificates on ISE pertain to pxGrid/ISE integration, not to the FMC eStreamer TCP 8302 service.

Answer

The FTD Snort engine is out of memory.

Answer

The DHCP lease on the FTD data interface has expired.

Answer

The pxGrid certificate on ISE has expired.

Question 8

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)

Accepted Answer

Consumption of Security Group Tags (SGTs) for tag-based microsegmentation and access filtering.. 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.

Answer

Automatic generation of FTD intrusion detection signatures.

Answer

Real-time streaming of raw PCAP files to third-party SIEM platforms.

Answer

Direct management of FMC appliance administrator passwords.

Question 9

An administrator is configuring Cisco ISE pxGrid integration with Cisco Secure Firewall Management Center. Which TWO identity sources or methods supported by ISE can provide context that is subsequently consumed by FTD via pxGrid? (Choose two)

Accepted Answer

Guest WebAuth portal authentications. Options B and C are correct because Cisco ISE pxGrid publishes identity and session context that it has learned from its own authentication and authorization services. Guest WebAuth portal authentications (B) are processed by ISE's guest services, so the resulting user identity, endpoint, and session attributes are available to be shared over pxGrid and consumed by FTD for identity-based policy. Active Directory / LDAP authentications via 802.1X or RADIUS (C) are core ISE identity sources; when users or machines authenticate through ISE against AD/LDAP, ISE maps that identity to the session and publishes it via pxGrid to FMC/FTD. The other options do not belong: raw NetFlow v5 streams from routers (A) are traffic telemetry, not an ISE-supported identity source, and FMC does not ingest them as pxGrid identity context. Local FTD administrator CLI logins (D) are device-management events on the firewall itself, not ISE-authenticated user sessions. Manually imported DHCP static lease text files (E) are not an ISE pxGrid identity source and are not a supported method for providing ISE context to FTD.

Answer

Raw NetFlow v5 packet streams exported directly from core routers to the FMC

Answer

Local FTD administrator CLI login sessions

Answer

DHCP server static lease table text files imported manually into FMC

Question 10

An administrator is designing a logging architecture where Cisco Secure Firewall Threat Defense exports connection and intrusion events to a third-party SIEM. Which TWO design principles should be followed to ensure security and scalability? (Choose two)

Accepted Answer

Implement Reliable Syslog (TCP/TLS) to ensure encrypted transmission and prevent packet loss during network congestion.. Option C is correct because Reliable Syslog using TCP with TLS provides encrypted transport and TCP's acknowledgment/retransmission mechanisms prevent event loss during congestion, which is essential when exporting connection and intrusion events to a third-party SIEM. Option E is correct because applying appropriate severity filters ensures that only relevant events (e.g., higher-severity intrusion and connection events) are forwarded, preventing low-priority debug noise from exhausting SIEM storage capacity and ingestion license limits, which directly supports scalability. Option A is wrong because disabling Access Control rule logging removes valuable connection telemetry, and eStreamer on unencrypted TCP 8302 lacks transport encryption, undermining security. Option B is wrong because relying solely on FMC database storage defeats the purpose of a SIEM architecture and provides no third-party correlation or long-term retention. Option D is wrong because exporting logs unencrypted over UDP 514 across the internet exposes sensitive event data to interception and UDP offers no delivery guarantee, causing packet loss.

Answer

Disable all Access Control rule logging and enable eStreamer over unencrypted TCP port 8302.

Answer

Rely exclusively on FMC database storage without exporting events to any SIEM.

Answer

Configure all logs to be exported unencrypted via UDP port 514 across the internet.

Question 11

An administrator is troubleshooting an eStreamer client connection between a Python script and the Cisco FMC. The script fails to authenticate. Which TWO items must be verified regarding the eStreamer client credentials? (Choose two)

Accepted Answer

Verify that the PKCS#12 certificate file and password/keys used by the client script match the credentials generated on the FMC.. Option A is correct because the eStreamer client authenticates to the FMC using the PKCS#12 (.p12) certificate bundle and its associated password/private key that were generated when the eStreamer certificate was created on the FMC; if the script references a different file or an incorrect password, the TLS handshake and authentication will fail. Option B is correct because during eStreamer certificate generation on the FMC the administrator specifies the authorized client IP address (or hostname), and the FMC will reject connections from any host whose source IP does not match that binding, so the client host's IP must match the configured value. Option C is not relevant because eStreamer authentication does not use FTD Active Directory domain credentials. Option D is not relevant because pxGrid client approval is a Cisco ISE/pxGrid concept, not part of the FMC eStreamer authentication flow. Option E is not relevant because SNMPv3 community strings apply to SNMP polling/traps on the management interface and have nothing to do with eStreamer client authentication.

Answer

Verify the FTD Active Directory domain password.

Answer

Check the pxGrid client approval status on the Cisco ISE server.

Answer

Check the SNMPv3 community string on the FTD management interface.

Question 12

An administrator is configuring Cisco Secure Firewall Threat Defense to send syslog messages to a remote SIEM. Which TWO fields or parameters can be included in the syslog output to facilitate incident investigation and event parsing by the SIEM? (Choose two)

Accepted Answer

Precise timestamp formatting (UTC or local time) configured in Platform Settings. Option B is correct because the syslog timestamp format (UTC or local time) is configurable under Platform Settings > Syslog in FTD, and consistent, precise timestamps are essential for correlating events across the SIEM and establishing accurate incident timelines. Option D is correct because including the firewall device name or identifier in the syslog header lets the SIEM attribute each event to its originating sensor, which is critical in multi-device deployments for parsing, filtering, and investigation. The remaining options are not valid syslog fields: a full memory core dump (A) is a diagnostic binary artifact, not syslog content; FMC administrator SSH private keys (C) are credentials that must never be transmitted in logs; and raw PCAP data (E) is captured separately via packet capture tools and cannot be embedded as text in syslog messages.

Answer

Full memory core dump binary attachments

Answer

FMC administrator SSH private keys

Answer

Raw packet captures (PCAP) of dropped connections embedded in syslog text

Question 13

An administrator integrates Cisco Secure Firewall with Cisco SecureX. Which TWO components or settings are required on the FMC to establish and maintain this cloud integration? (Choose two)

Accepted Answer

Valid API integration keys / credentials generated from the Cisco SecureX cloud management console and pasted into the FMC.. Option A is correct because integrating the FMC with Cisco SecureX requires generating API credentials (client ID and secret / API key) in the SecureX cloud portal and entering them on the FMC under the SecureX/Cloud Services registration, which authenticates the FMC to the cloud service. Option E is correct because the FMC management interface must reach the SecureX cloud endpoints over outbound HTTPS on TCP 443 for registration, token exchange, and ongoing telemetry/health updates. Option B is incorrect: eStreamer (TCP 8302) is a legacy event-streaming service used by other integrations, not the mechanism SecureX uses to poll the FMC. Option C is incorrect because SecureX integration uses REST APIs over HTTPS, not a direct SSH tunnel to the FTD data plane. Option D is incorrect because pxGrid is an ISE-based identity sharing framework and is not required on each managed FTD for SecureX cloud integration.

Answer

An active eStreamer daemon listening on TCP port 8302 for SecureX incoming connection polls.

Answer

A direct SSH tunnel between the FTD data plane and the SecureX cloud.

Answer

An active pxGrid session client on every managed FTD device.

Question 14

An administrator configures pxGrid integration between Cisco ISE and Cisco Secure Firewall Threat Defense. During the certificate enrollment process, the firewall fails to trust the ISE pxGrid node. What is the most likely root cause of this failure in a standalone FMC deployment?

Accepted Answer

The ISE pxGrid root CA certificate is not imported into the FMC trusted certificates store.. For pxGrid communication to establish successfully, the ISE pxGrid node certificate and FMC/Firewall pxGrid certificate must be signed by a mutually trusted Certificate Authority (CA), and the CA root certificate must be imported into the FMC trusted certificates store.

Answer

The SXP secret password does not match between ISE and the firewall.

Answer

The pxGrid subscriber profile on ISE was not approved within 24 hours.

Answer

RADIUS shared secrets are mismatched on the Policy Service Nodes.

Question 15

An enterprise environment requires streaming connection events, intrusion events, and file events from Cisco Secure Firewall Threat Defense to a third-party SIEM. Which native protocol and feature on the firewall is designed to stream these events in real time?

Accepted Answer

eStreamer. The eStreamer (Event Streamer) API allows external applications and SIEM systems to stream real-time connection, intrusion, and file events from the FMC.

Answer

NetFlow v9

Answer

Syslog over UDP

Answer

SNMPv3 Traps