| Course Outline: Chapter 1:
Course Introduction-
Standard introduction to Course
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Chapter 5:
Cryptography Concepts
-Basic Cryptography
Concepts
-Symmetric Key
Cryptography
-Symmetric Key Algorithms
-Asymmetric Key Cryptography
-Asymmetric Algorithms
-Cryptanalysis and
Cryptographic Strength
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Chapter 8:
IPSec VPNs and PKI
-Public Key Infrastructure
-Digital Signatures
-Digital Certificates
-Why Combine IKE and a PKI?
-X.509 Digital Certificates
-Common X.509 Extensions
-Types of Certificates
-IPSec Certificates
-Certificate Acquisition and Management
-IKE Support for PKI
-The Future of IKE and PKIs |
| Chapter 3:
What is a VPN? What is a Virtual Private Network?
-Data Link Layer VPNs
-Network Layer VPNs
-Transport Layer VPNs
-Application Layer VPNs
-Making a Decision |
Chapter 6: The IPSec Protocol
-The IPSec Standard
-The IPSec Protocols
-IPSec Protocol Modes
-Authentication Header
-Encapsulating Security Payload
-Combining Protocols
-Support for Both AH and ESP
-Security Associations
-IPSec Key Generation
-IPSec Difficulties
-IPSec Specifications |
Chapter 9:
Designing VPN Solutions
-The Discovery Process
-Step 1: Identify Goals and Objectives
-Step 2: Understand Requirements
-Step 3: Design The Right Architecture
-Step 4: Select The Right Technology
Step 5: Select The Right Vendors
-Executing the Implementatio
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