HOT

CCIE Security ASA 9.6.1 Deep Dive: Labs

IT & Software

Rating4.7
Enroll Now

CCIE Security ASA 9.6.1 Deep Dive: Labs, available at $54.99, has an average rating of 4.7, with 277 lectures, based on 331 reviews, and has 2060 subscribers.

You will learn about Cisco ASA Basic Routing on Cisco ASA NAT on Cisco ASA VPNs on Cisco ASA VPN Load balancing on Cisco ASA Cisco ASA Advance Firewall Features Clustering on Cisco ASA MPF on Cisco ASA Much More About Cisco ASA This course is ideal for individuals who are Anyone can join this course, who want to learn Cisco CCIE Security v5.0 ASA 9.6.1. or CCIE Security Candidates or CCNP Security Candidates or CCNA Security Candidates It is particularly useful for Anyone can join this course, who want to learn Cisco CCIE Security v5.0 ASA 9.6.1. or CCIE Security Candidates or CCNP Security Candidates or CCNA Security Candidates.

Enroll now: CCIE Security ASA 9.6.1 Deep Dive: Labs

Summary

Title: CCIE Security ASA 9.6.1 Deep Dive: Labs

Price: $54.99

Average Rating: 4.7

Number of Lectures: 277

Number of Published Lectures: 277

Number of Curriculum Items: 277

Number of Published Curriculum Objects: 277

Original Price: $89.99

Quality Status: approved

Status: Live

What You Will Learn

  • Cisco ASA Basic
  • Routing on Cisco ASA
  • NAT on Cisco ASA
  • VPNs on Cisco ASA
  • VPN Load balancing on Cisco ASA
  • Cisco ASA Advance Firewall Features
  • Clustering on Cisco ASA
  • MPF on Cisco ASA
  • Much More About Cisco ASA

Who Should Attend

  • Anyone can join this course, who want to learn Cisco CCIE Security v5.0 ASA 9.6.1.
  • CCIE Security Candidates
  • CCNP Security Candidates
  • CCNA Security Candidates

Target Audiences

  • Anyone can join this course, who want to learn Cisco CCIE Security v5.0 ASA 9.6.1.
  • CCIE Security Candidates
  • CCNP Security Candidates
  • CCNA Security Candidates

The Cisco ASA Family of security devices protects corporate networks and data centers of all sizes. It provides users with highly secure access to data and network resources – anytime, anywhere, using any device. Cisco ASA devices represent more than 15 years of proven firewall and network security engineering and leadership, with more than 1 million security appliances deployed throughout the world.

This course will help you learn and master Cisco Adaptive Security Appliance (ASA). The course is focused towards CCNP and CCIE Security.

CCIE Security ASA 9.6.1 Deep Dive: Labs Contents in brief: 

  • Fundamentals of  ASA

  • Implementation of ASA Basics

  • Implementation of IPv4 Static Routing on ASA

  • Implementation of IPv4 Default Routing  on ASA

  • Implementation of RIP on ASA

  • Implementation of EIGRP on ASA

  • Implementation of OSPF on ASA 

  • Implementation of IS-IS on ASA

  • Implementation of BGP on ASA

  • Implementation of OSPFv3 on ASA

  • Implementation of IPv6 Static Routing on ASA

  • Implementation of IPv6 Default Routing  on ASA

  • Implementation of SLA on ASA

  • Implementation of NAT on ASA

  • Implementation of CTP on ASA

  • Implementation of Site-Site VPN on ASA

  • Implementation of Remote Access VPN on ASA

  • Implementation of SSL VPN on ASA

  • Implementation of VPN Load balancing on ASA

  • Implementation of Transparent Firewall on ASA

  • Implementation of Context on ASA

  • Implementation of Active-Standby Failover on ASA

  • Implementation of Active-Active Failover on ASA

  • Implementation of Active-Standby Failover on ASA with IPv6

  • Implementation of Active-Active Failover on ASA with IPv6

  • Implementation of Clustering  on ASA with IPv4

  • Implementation of Clustering  on ASA with IPv6

  • Implementation of MPF on ASA

  • Implementation of NAT IPv6 on ASA

  • Implementation of Site-Site VPN on ASA with IPv6

  • Implementation of SSL VPN on ASA with IPv6

  • Implementation of EIGRP on ASA in Multiple Mode

  • Implementation of OSPF on ASA in Multiple Mode

  • Implementation of IS-IS on ASA in Multiple Mode

  • Implementation of BGP on ASA in Multiple Mode

  • And much more…

Course Curriculum

Chapter 1: Course Introduction

Lecture 1: Course Introduction

Lecture 2: CCIESECV5: Topology Introduction

Chapter 2: Firewall Introduction

Lecture 1: CCIESECV5: Firewall Introduction

Lecture 2: CCIESECV5: Packet Filtering Introduction

Lecture 3: CCIESECV5: Proxy Server Introduction

Lecture 4: CCIESECV5: Stateful Firewall Introduction

Lecture 5: CCIESECv5: Transparent Firewall Introduction

Chapter 3: ASA Firewall Basics

Lecture 1: CCIESECV5: ASA Introduction

Lecture 2: CCIESECV5: ASA-9.6.1 Basic

Chapter 4: Routing on ASA Introduction

Lecture 1: CCIESECv5: Routing Introduction

Lecture 2: CCIESECv5: First Rule of Routing

Lecture 3: CCIESECv5: Second Rule of Routing

Lecture 4: CCIESECv5: Static Routing Advantages and Disadvantages

Lecture 5: CCIESECv5: Default Routing

Lecture 6: CCIESECv5: Dynamic Routing

Lecture 7: CCIESECv5: Routing Protocols and Types

Lecture 8: CCIESECv5: IGP and Types

Lecture 9: CCIESECv5: Distance Vector Routing Protocols

Lecture 10: CCIESECv5: Link State Routing Protocols

Lecture 11: CCIESECv5: Enhance Distance Vector Routing Protocols

Lecture 12: CCIESECv5: EGP and Types

Lecture 13: CCIESECv5: Classful and Classless Addressing

Lecture 14: CCIESECv5: Classful and Classless Routing Protocols

Lecture 15: CCIESECv5: Metric

Lecture 16: CCIESECv5: Administrative Distance

Lecture 17: CCIESECv5: Convergence Time and Summarization

Chapter 5: Static and Default Routing on ASA 9.6.1

Lecture 1: CCIESECV5: ASA-9.6.1 Static Routing & Default Routing

Chapter 6: RIP on ASA 9.6.1

Lecture 1: CCIESECV5: RIP Introduction and Version

Lecture 2: CCIESECV5: Route Poisoning Introduction

Lecture 3: CCIESECV5: Poison Reverse Introduction

Lecture 4: CCIESECV5: Split-Horizon Introduction

Lecture 5: CCIESECV5: RIP Timer Introduction

Lecture 6: CCIESECV5: ASA-9.6.1 RIP Lab

Chapter 7: EIGRP on ASA 9.6.1

Lecture 1: CCIESECV5: EIGRP Introduction

Lecture 2: CCIESECV5: EIGRP Component PDM Introduction

Lecture 3: CCIESECV5: EIGRP Component RTP Introduction

Lecture 4: CCIESECV5: EIGRP Component NDR Introduction

Lecture 5: CCIESECV5: EIGRP Component DUAL Introduction

Lecture 6: CCIESECV5: EIGRP Successor Introduction

Lecture 7: CCIESECV5: EIGRP Feasible Distance Introduction

Lecture 8: CCIESECV5: EIGRP Feasible Successor Introduction

Lecture 9: CCIESECV5: EIGRP Input Event Introduction

Lecture 10: CCIESECV5: EIGRP Local Computation Introduction

Lecture 11: CCIESECV5: EIGRP Going Active Introduction

Lecture 12: CCIESECV5: EIGRP Additional Features Introduction

Lecture 13: CCIESECV5: EIGRP Tables Introduction

Lecture 14: CCIESECV5: EIGRP Neighborship Requirements Introduction

Lecture 15: CCIESECV5: EIGRP Modes Introduction

Lecture 16: CCIESECV5: EIGRP Metric and Formula Introduction

Lecture 17: CCIESECV5: EIGRP Stub Router Introduction

Lecture 18: CCIESECV5: EIGRP Final

Lecture 19: CCIESECV5: ASA-9.6.1 EIGRP Lab

Chapter 8: OSPF on ASA 9.6.1

Lecture 1: CCIESECV5: OSPF Introduction

Lecture 2: CCIESECV5: Difference Between Distance Vector and Link State

Lecture 3: CCIESECV5: OSPF Tables and Messages

Lecture 4: CCIESECV5: OSPF States

Lecture 5: CCIESECV5: OSPF Area and Structures

Lecture 6: CCIESECV5: OSPF Priority

Lecture 7: CCIESECV5: What are DR and BDR and Why

Lecture 8: CCIESECV5: OSPF DR and BDR Requirements

Lecture 9: CCIESECV5: OSPF Metric and Formula

Lecture 10: CCIESECV5: OSPF Network Types

Lecture 11: CCIESECV5: OSPF Hello Interval and Dead Interval in Different Network Types

Lecture 12: CCIESECV5: OSPF Router Types

Lecture 13: CCIESECV5: OSPF LSA Types

Lecture 14: CCIESECV5: OSPF Area Types

Lecture 15: CCIESECV5: OSPF Virtual Links

Lecture 16: CCIESECV5: OSPF Authentication Types and Summarization Types

Lecture 17: CCIESECV5: OSPF Route Types

Lecture 18: CCIESECV5: OSPF Seed Metric

Lecture 19: CCIESECV5: OSPF Neighborship Requirements

Lecture 20: CCIESECV5: ASA-9.6.1 OSPF Lab

Chapter 9: BGP on ASA 9.6.1

Lecture 1: CCIESECV5: BGP Introduction

Lecture 2: CCIESECV5: BGP Messages Introduction

Lecture 3: CCIESECV5: BGP Tables and States Introduction

Lecture 4: CCIESECV5: BGP Next Hop Self Introduction

Lecture 5: CCIESECV5: BGP Rouet Reflector Client Introduction

Lecture 6: CCIESECV5: BGP eBGP Multihop Introduction

Lecture 7: CCIESECV5: BGP Max-Path Introduction

Lecture 8: CCIESECV5: BGP Update Source Introduction

Lecture 9: CCIESECV5: BGP Redistribute Internal Introduction

Lecture 10: CCIESECV5: BGP Aggregation and Authentication Introduction

Lecture 11: CCIESECV5: ASA-9.6.1 BGP Lab

Chapter 10: SLA on ASA 9.6.1

Lecture 1: CCIESECV5: ASA-9.6.1 SLA Lab

Lecture 2: CCIESECV5: ASA-9.6.1 Multicasting Lab

Chapter 11: NAT on ASA 9.6.1

Lecture 1: CCIESECV5: NAT Introduction

Lecture 2: CCIESECV5: ASA-9.6.1 Static NAT First Method

Lecture 3: CCIESECV5: ASA-9.6.1 Dynamic NAT First Method

Lecture 4: CCIESECV5: ASA-9.6.1 PAT First Method

Instructors

  • Baldev Singh
    Baldev Singh
    Trainer & Consultant – Cisco Network Security

Rating Distribution

  • 1 stars: 20 votes
  • 2 stars: 15 votes
  • 3 stars: 42 votes
  • 4 stars: 120 votes
  • 5 stars: 134 votes

Frequently Asked Questions


How long do I have access to the course materials?


You can view and review the lecture materials indefinitely, like an on-demand channel.


Can I take my courses with me wherever I go?


Definitely! If you have an internet connection, courses on Udemy are available on any device at any time. If you don’t have an internet connection, some instructors also let their students download course lectures. That’s up to the instructor though, so make sure you get on their good side!

You may also like

Email Marketing. Increase Sales With Email Marketing!

TikTok Marketing Domination : Mastering Marketing Strategies

Video Email Marketing Made Easy