CompTIA Online Training

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

October 8, 2021 by admin

Duration: 90 minutes
Languages: English
Price: $300 USD, plus tax or use Cisco Learning Credits

Exam overview
This exam tests your knowledge of Cisco Firepower® Threat Defense and Firepower® 7000 and 8000 Series virtual appliances, including:
Policy configurations
Integrations
Deployments
Management and troubleshooting

Associated certifications:
CCNP Security
Cisco Certified Specialist – Network Security Firepower

Exam Description:
Securing Networks with Cisco Firepower v1.0 (SNCF 300-710) is a 90-minute exam associated with the CCNP Security Certification. This exam tests a candidate’s knowledge of Cisco Firepower® Threat Defense and Firepower®, including policy configurations, integrations, deployments, management and troubleshooting. These courses, Securing Networks with Cisco Firepower, and Securing Networks with Cisco Firepower Next-Generation Intrusion Prevention System helps candidates prepare for this exam.

The following topics are general guidelines for the content likely to be included on the exam. However, other related topics may also appear on any specific delivery of the exam. To better reflect the contents of the exam and for clarity purposes, the guidelines below may change at any time without notice.

30% 1.0 Deployment
1.1 Implement NGFW modes
1.1.a Routed mode
1.1.b Transparent mode
1.2 Implement NGIPS modes
1.2.a Passive
1.2.b Inline
1.3 Implement high availability options
1.3.a Link redundancy
1.3.b Active/standby failover
1.3.c Multi-instance
1.4 Describe IRB configurations

30% 2.0 Configuration
2.1 Configure system settings in Cisco Firepower Management Center
2.2 Configure these policies in Cisco Firepower Management Center
2.2.a Access control
2.2.b Intrusion
2.2.c Malware and file
2.2.d DNS
2.2.e Identity
2.2.f SSL
2.2.g Prefilter
2.3 Configure these features using Cisco Firepower Management Center
2.3.a Network discovery
2.3.b Application detectors (Open AppID)
2019 Cisco Systems, Inc. This document is Cisco Public. Page 2
2.3.c Correlation
2.3.d Actions
2.4 Configure objects using Firepower Management Center
2.4.a Object Management
2.4.b Intrusion Rules
2.5 Configure devices using Firepower Management Center
2.5.a Device Management
2.5.b NAT
2.5.c VPN
2.5.d QoS
2.5.e Platform Settings
2.5.f Certificates

25% 3.0 Management and Troubleshooting
3.1 Troubleshoot with FMC CLI and GUI
3.2 Configure dashboards and reporting in FMC
3.3 Troubleshoot using packet capture procedures
3.4 Analyze risk and standard reports

15% 4.0 Integration
4.1 Configure Cisco AMP for Networks in Firepower Management Center
4.2 Configure Cisco AMP for Endpoints in Firepower Management Center
4.3 Implement Threat Intelligence Director for third-party security intelligence feeds
4.4 Describe using Cisco Threat Response for security investigations
4.5 Describe Cisco FMC PxGrid Integration with Cisco Identify Services Engine (ISE)
4.6 Describe Rapid Threat Containment (RTC) functionality within Firepower Management Center

QUESTION 1
What is a result of enabling Cisco FTD clustering?

A. For the dynamic routing feature, if the master unit fails, the newly elected master unit maintains all existing connections.
B. Integrated Routing and Bridging is supported on the master unit.
C. Site-to-site VPN functionality is limited to the master unit, and all VPN connections are dropped if the master unit fails.
D. All Firepower appliances support Cisco FTD clustering.

Answer: C

QUESTION 2
Which two conditions are necessary for high availability to function between two Cisco FTD devices? (Choose two.)

A. The units must be the same version
B. Both devices can be part of a different group that must be in the same domain when configured within the FMC.
C. The units must be different models if they are part of the same series.
D. The units must be configured only for firewall routed mode.
E. The units must be the same model.

Answer: A,E

QUESTION 3
On the advanced tab under inline set properties, which allows interfaces to emulate a passive interface?

A. transparent inline mode
B. TAP mode
C. strict TCP enforcement
D. propagate link state

Answer: D

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