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n this CISSP Certification Training: Domain 3 training course, expert author David Miller will teach you everything you need to know to prepare for and pass domain 3 of the Certified Information Systems Security Professional Certification covering security engineering. This course is designed for anyone who is looking to prepare for the new CISSP certification exam.

You will start by learning about security models, then jump into learning about the computer hardware and operating system architecture. From there, David will teach you about virtualization, information systems and application architecture, and cryptography. This video tutorial also covers hashing algorithms, symmetric key algorithms, and asymmetric key algorithms. Finally, you will learn about attacks on cryptography and physical security, including goals and facility, electrical issues, fire safety, and fire detectors.

Once you have completed this computer based training course, you will have learned everything you need to know to successfully complete the Security Engineering domain of the CISSP certification exam.

Chapter: Security Engineering - Introduction

CISSP 2018 Domain 3 Update: Security Architecture and Engineering 13m 28s

Introduction 05m 45s

Chapter: Security Models

Introduction To Security Models 07m 12s

Bell-Lapadula 09m 21s

Biba 10m 11s

Applying The Models 08m 19s

Clark-Wilson 06m 47s

Clark-Wilson Brewer-Nash 04m 56s

TCB 09m 44s

TCSEC 07m 33s

ITSEC 04m 5s

Common Criteria 05m 38s

Chapter: Computer Hardware Architecture

Overview 06m 57s

CPU 07m 4s

Motherboard 05m 29s

Memory 07m 5s

Virtual Memory 10m 0s

Memory 07m 51s

TPM 09m 31s

Chapter: Operating System Architecture

Overview 09m 13s

Four Ring Architecture 06m 4s

Kernel Mode 07m 16s

Features 06m 29s

Processes Threads And Buffers 09m 4s

Process And Memory Management 08m 59s

Reference Monitor 06m 20s

System Self Protection 06m 51s

Hardened Server 07m 56s

Chapter: Virtualization

Virtualization Overview - Part 1 08m 56s

Virtualization Overview - Part 2 08m 28s

Chapter: Information Systems And Application Architecture

Architecture - Part 1 06m 30s

Architecture - Part 2 04m 51s

Architecture - Part 3 07m 23s

Cloud Computing - Part 1 05m 15s

Cloud Computing - Part 2 04m 29s

IoT And Industrial Controls 05m 11s

Application Architecture 05m 52s

Databases - Part 1 06m 0s

Databases - Part 2 04m 46s

Database Issues - Part 1 05m 12s

Database Issues - Part 2 09m 19s

Middleware 09m 0s

Mining Databases 05m 51s

Web Applications 07m 26s

Mobile Code Cookies 06m 4s

Mobile Code XSS 07m 33s

Mobile Code Java ActiveX 07m 10s

Web Applications Browser Email 04m 43s

Web Applications Input Validation 03m 21s

Web Applications OWASP 01m 56s

Chapter: Introduction To Cryptography

Cryptography - Part 1 05m 33s

Cryptography - Part 2 04m 22s

Cryptographic Algorithms 03m 45s

Strong Cryptography 04m 50s

Cryptographic Keys 03m 49s

Key Management 06m 1s

Chapter: Hashing Algorithms

Introduction To Hashing Algorithms 06m 18s

How Hashing Works 04m 29s

Hashing Algorithms 06m 53s

Strong Hashing Algorithms 03m 12s

Hashing Services 06m 8s

Chapter: Symmetric Key Algorithms

Symmetric Key Cryptography 05m 45s

Symmetric Key Services 08m 43s

Symmetric Key Algorithms 06m 50s

Cracking Symmetric Key Algorithms 03m 9s

Vigenere Symmetric Key Algorithm 06m 52s

Boolean Logic XOR 06m 27s

Kerckhoffs And Gilbert Vernam 05m 17s

Hebern, Enigma, Feistel, S And T 05m 13s

Block Ciphers And Stream Ciphers 05m 12s

DES And 3DES 06m 55s

AES, Block Ciphers And Variables 06m 56s

Block Cipher Modes - ECB And CBC 05m 47s

Block Cipher Modes - OFB And CFB 07m 40s

Block Cipher Modes - CTR 03m 10s

Message Authentication Code 03m 18s

MAC And HMAC 06m 43s

CBC-MAC And Symmetric Summary 04m 1s

Chapter: Asymmetric Key Algorithms

Asymmetric Key Cryptography 05m 31s

Asymmetric Key Services 06m 48s

Asymmetric Key Management 06m 12s

Key Distribution And Digital Signature 05m 53s

Digital Signature 05m 8s

Confidentiality And Digital Signature 06m 53s

Multiple Recipients 03m 19s

SSL And TLS 08m 6s

Asymmetric Key Algorithms - Diffie Hellman Merkle 07m 10s

RSA, ELGamal, ECC And DSS 07m 3s

Asymmetric Key Cryptography Review 06m 20s

Chapter: Cryptography In Use

Link End-To-End PKI 06m 47s

PKI - Part 1 07m 55s

PKI - Part 2 05m 21s

PGP And S/MIME 05m 12s

Set 04m 48s

VPN, SSL, TLS And Protocols 06m 0s

Chapter: Attacks On Cryptography

Introduction To Attacks On Cryptography 05m 35s

Brute Force, Dictionary, Hybrid And Rainbow 06m 6s

Plaintext, Ciphertext And Adaptive 07m 37s

Chapter: Physical Security

Introduction To Physical Security 06m 13s

Goals And Facility 6m 40s

Perimeter Defense And Access Control 06m 5s

Security Zones And Environment 05m 43s

Electrical Issues 06m 12s

Fire Safety 04m 28s

Fire Detectors 04m 3s

Fire Extinguishers And Sprinklers 05m 25s

Gas Suppressants And Fire Training 05m 45s

Chapter: Conclusion

Wrap Up 06m 57s


02_01-Introduction To Security Models	02_02-BellLapadula	02_03-Biba	02_04-Applying The Models

02_05-ClarkWilson	02_06-ClarkWilson BrewerNash	02_07-TCB	02_08-TCSEC

02_09-ITSEC	02_10-Common Criteria


03_01-Overview	03_02-CPU	03_03-Motherboard	03_04-Memory

03_05-Virtual Memory	03_06-Memory	03_07-TPM


04_01-Overview	04_02-Four Ring Architecture	04_03-Kernel Mode	04_04-Features

04_05-Processes Threads And Buffers	04_06-Process And Memory Management	04_07-Reference Monitor	04_08-System Self Protection

04_09-Hardened Server


06_01-Architecture Part 1	06_02-Architecture Part 2	06_03-Architecture Part 3	06_04-Cloud Computing Part 1

06_05-Cloud Computing Part 2	06_06-IoT And Industrial Controls	06_07-Application Architecture	06_08-Databases Part 1

06_09-Databases Part 2	06_10-Database Issues Part 1	06_11-Database Issues Part 2	06_12-Middleware

06_13-Mining Databases	06_14-Web Applications	06_15-Mobile Code Cookies	06_16-Mobile Code XSS

06_17-Mobile Code Java ActiveX	06_18-Web Applications Browser Email	06_19-Web Applications Input Validation	06_20-Web Applications OWASP


07_01-Cryptography Part 1	07_02-Cryptography Part 2	07_03-Cryptographic Algorithms	07_04-Strong Cryptography

07_05-Cryptographic Keys	07_06-Key Management


05_01-Virtualization Overview Part 1	05_02-Virtualization Overview Part 2


08_01-Introduction To Hashing Algorithms	08_02-How Hashing Works	08_03-Hashing Algorithms	08_04-Strong Hashing Algorithms

08_05-Hashing Services


09_01-Symmetric Key Cryptography	09_02-Symmetric Key Services	09_03-Symmetric Key Algorithms	09_04-Cracking Symmetric Key Algorithms

09_05-Vigenere Symmetric Key Algorithm	09_06-Vigenere Symmetric Key Algorithm	09_07-Kerckhoffs And Gilbert Vernam	09_08-Hebern, Enigma, Feistel, S And T

09_09-Block Ciphers And Stream Ciphers	09_10-DES And 3DES	09_11-AES, Block Ciphers And Variables	09_12-Block Cipher Modes ECB And CBC

09_13-Block Cipher Modes OFB And CFB	09_14-Block Cipher Modes CTR	09_15-Message Authentication Code	09_16-MAC And HMAC

09_17-CBCMAC And Symmetric Summary


10_01-Asymmetric Key Cryptography	10_02-Asymmetric Key Services	10_03-Asymmetric Key Management	10_04-Key Distribution And Digital Signature

10_05-Digital Signature	10_06-Confidentiality And Digital Signature	10_07-SSL And TLS	10_08-SSL And TLS

10_09-Asymmetric Key Algorithms Diffie Hellman Merkle	10_10-RSA, ELGamal, ECC And DSS	10_11-Asymmetric Key Cryptography Review


11_01-Link EndToEnd PKI	11_02-PKI Part 2	11_03-PKI Part 2	11_04-PGP And SMIME

11_05-Set	11_06-VPN, SSL, TLS And Protocols


12_01-Introduction To Attacks On Cryptography	12_02-Brute Force, Dictionary, Hybrid And Rainbow	12_03-Plaintext, Ciphertext And Adaptive


13_01-Introduction To Physical Security	13_02-Goals And Facility	13_03-Perimeter Defense And Access Control	13_04-Security Zones And Environment

13_05-Electrical Issues	13_06-Fire Safety	13_07-Fire Detectors	13_08-Fire Extinguishers And Sprinklers

13_09-Gas Suppressants And Fire Training


01_01-Introduction


14_01-Wrap Up

Table of Contents