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Cisco NGFW Firepower Threat Defense (FTD) Training Part-2/2
Highest Rated
Rating: 4.6 out of 5(443 ratings)
5,146 students

Cisco NGFW Firepower Threat Defense (FTD) Training Part-2/2

Learn Cisco NGFW Firepower Threat Defense (FTD) V6.7 (SNCF 300-710) with Step by Step Lab Workbook
Created byAhmad Ali
Last updated 2/2025
English

What you'll learn

  • Implement NGFW modes
  • Implement NGIPS modes
  • Implement high availability options
  • Configure and verify site-to-site VPN and remote access VPN
  • Implement segmentation, access control policies, AVC, URL filtering
  • All Next Generation Features

Course content

1 section46 lectures17h 37m total length
  • Lecture-52:Introduction, Theory and Concept of Intrusion Policy.17:58
  • Lecture-53:Configure & Verify Variable Set for Intrusion Policy.12:25
  • Lecture-54:Introduction and Theory of Intrusion Policy Main Page.20:47
  • Lecture-55:Configure and Verify Intrusion Policy in Cisco FTD Lab.27:23
  • Lecture-56:Configure and Verify Custom Intrusion Rule in Cisco FTD.16:24
  • Lecture-57:Introduction, Theory and Concept of NAT and PAT in FTD.27:05
  • Lecture-58:Configure & Verify Manual/Auto Static NAT in Cisco FTD.23:30
  • Lecture-59:Configure & Verify Manual/Auto Static PAT in Cisco FTD.13:48
  • Lecture-60:Configure & Verify Manual/Auto Dynamic NAT in Cisco FTD.16:57
  • Lecture-61:Configure & Verify Manual/Auto Dynamic PAT in Cisco FTD.20:18

    Explain how to configure dynamic pat to translate an inside subnet to a single public ip with per-session ports, and compare manual, dynamic net, and extra ip options, verification steps.

  • Lecture-62:Configure & Verify PAT Pool and PAT Options in Cisco FTD.51:04

    Configure and verify PAT pool and PAT options in Cisco FTD to translate internal subnets to multiple external IPs, using round-robin and extended PAT table.

  • Lecture-63:Configure & Verify Manual/Auto Identity NAT in Cisco FTD.12:38
  • Lecture-64:Configure & Verify Manual Policy NAT in Cisco FTD Firewall.11:52
  • Lecture-65:Introduction and Concept of Deployment and Interface Modes.28:52
  • Lecture-66:Configure and Verify Cisco FTD Subinterface Deployment.27:35
  • Lecture-67:Configure and Verify Cisco FTD Passive Interface Mode.20:26
  • Lecture-68:Configure & Verify Cisco FTD Inline and Inline Tap Modes.38:57
  • Lecture-69:Configure & Verify Cisco FTD Transparent Mode Deployment.30:32
  • Lecture-70:Configure and Verify Cisco FTD Redundant Interfaces Mode.24:24
  • Lecture-71:Introduction, Theory and Concept of High Availability (HA).12:24
  • Lecture-72:Configure and Verify Active/Standby High Availability FTD.50:25
  • Lecture-73:Introduction, Theory and Concept of Multi-Instance in FTD.6:51

    Explain multi instances in FTD as hardware-based partitioning, contrasting it with security context, and outline its requirements, including FTD 6.3+, specific devices, and non-virtual deployment.

  • Lecture-74:Introduction, Theory and Concept of Quality of Service QoS.53:24

    Explain quality of service principles, including bandwidth, delay, jitter, and packet loss, and apply classification, marking, policing, queuing, shaping, and congestion management to prioritize sensitive traffic.

  • Lecture-75:Configure and Verify Quality of Service (QoS) Lab in FTD.20:05
  • Lecture-76:Introduction and Concept of Cryptography and Terminologies.15:02
  • Lecture-77:Introduction & Concept of Symmetric & Asymmetric Encryption.18:12
  • Lecture-78:Introduction and Concept of Cryptography Hash (SHA and MD5).15:42
  • Lecture-79:Introduction and Concept of Virtual Private Network (VPN).18:59
  • Lecture-80:Introduction and Concept of IPSec Protocols and Features.18:02
  • Lecture-81:Introduction and Concept of Diffie-Hellman (DH) Group.19:22
  • Lecture-82:Introduction and Concept of SSL and TLS and Hand Shake.21:24
  • Lecture-83:Introduction and Concept of IKE1, IKE2 Versions and Modes.20:56
  • Lecture-84:Internet Key Exchange IKE Phase 1 two different Modes Lab.12:23
  • Lecture-85:Introduction to Policy-Based and Route-Based VPNs and Types.6:58
  • Lecture-86:Configure and Verify Site-to-Site Policy-Based VPN in FTD.39:46
  • Lecture-87:Configure and Verify the NAT Exemption in Site-to-Site VPN.15:50
  • Lecture-88:Configure & Verify Cisco Anyconnect Remote Access VPN in FTD.46:16
  • Lecture-89:Introduction to Cisco FTD Command Line Interface (CLI) Modes.12:47
  • Lecture-90:Introduction to Troubleshooting, Tshoot Approaches and Tools.12:33

    Master troubleshooting for Cisco FTD using top-down, bottom-up, and follow-the-traffic-path approaches; define problems, gather facts, create action plans, implement, observe, and document results.

  • Lecture-91:Introduction to Advanced Troubleshoot with FMC CLI and GUI.12:13
  • Lecture-92:Configure & Verify Troubleshoot using packet-Tracer CLI & GUI.37:19
  • Lecture-93:Configure & Verify Troubleshoot using packet Capture CLI & GUI.42:09
  • Lecture-94:Verify Difference between Firepower Engine and Firewall Engine.22:22
  • Lecture-95:Intro, Configure & Verify Dashboards and Reporting in Cisco FMC.31:28
  • Lecture-96:Introduction and Concept of Cisco Threat Intelligence Director.14:26
  • Lecture-97:Implement TID for Third-Party Security Intelligence Feeds in FMC.17:26

Requirements

  • Basic IP and security knowledge is nice to have.
  • Students need to understand basic networking.
  • CCNA routing and Switching Knowledge.
  • Students needs to understand Networking Fundamentals.
  • CCNA Security or Equivalent.

Description

The Cisco Firepower Threat Defense NGFW Implementation Training course shows you how to use and configure Cisco Firepower Threat Defense technology, beginning with initial device setup and configuration and including routing, Network Address Translation (NAT) and Policies.

This course teaches you how to implement advanced Next-Generation Firewall (NGFW) and Next-Generation Intrusion Prevention System (NGIPS) features. Cisco Firepower Threat Defense and Firepower including policy configurations, integrations, deployments, management and troubleshooting. These courses, Securing Networks with Cisco Firepower, and Securing Network with Cisco Firepower Next-Generation Intrusion Prevention System help candidates prepare for this exam.

  • 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

  • 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

    2.4 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

  • 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

Who this course is for:

  • Course has been designed for anyone who wants to start learning NGFW
  • This course is for students trying to learn the CCNP Security
  • Any Network or Security Engineer want to learn or polish their Skills.
  • Network and Security Engineers