O'Reilly - CISSP Certification Training - Domain 3seeders: 1
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O'Reilly - CISSP Certification Training - Domain 3 (Size: 1.86 GB)
Description
In 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.  01. Security Engineering - Introduction 0101 Introduction 02. Security Models 0201 Introduction To Security Models 0202 Bell-Lapadula 0203 Biba 0204 Applying The Models 0205 Clark-Wilson 0206 Clark-Wilson Brewer-Nash 0207 TCB 0208 TCSEC 0209 ITSEC 0210 Common Criteria 03. Computer Hardware Architecture 0301 Overview 0302 CPU 0303 Motherboard 0304 Memory 0305 Virtual Memory 0306 Memory 0307 TPM 04. Operating System Architecture 0401 Overview 0402 Four Ring Architecture 0403 Kernel Mode 0404 Features 0405 Processes Threads And Buffers 0406 Process And Memory Management 0407 Reference Monitor 0408 System Self Protection 0409 Hardened Server 05. Virtualization 0501 Virtualization Overview - Part 1 0502 Virtualization Overview - Part 2 06. Information Systems And Application Architecture 0601 Architecture - Part 1 0602 Architecture - Part 2 0603 Architecture - Part 3 0604 Cloud Computing - Part 1 0605 Cloud Computing - Part 2 0606 IoT And Industrial Controls 0607 Application Architecture 0608 Databases - Part 1 0609 Databases - Part 2 0610 Database Issues - Part 1 0611 Database Issues - Part 2 0612 Middleware 0613 Mining Databases 0614 Web Applications 0615 Mobile Code Cookies 0616 Mobile Code XSS 0617 Mobile Code Java ActiveX 0618 Web Applications Browser Email 0619 Web Applications Input Validation 0620 Web Applications OWASP 07. Introduction To Cryptography 0701 Cryptography - Part 1 0702 Cryptography - Part 2 0703 Cryptographic Algorithms 0704 Strong Cryptography 0705 Cryptographic Keys 0706 Key Management 08. Hashing Algorithms 0801 Introduction To Hashing Algorithms 0802 How Hashing Works 0803 Hashing Algorithms 0804 Strong Hashing Algorithms 0805 Hashing Services 09. Symmetric Key Algorithms 0901 Symmetric Key Cryptography 0902 Symmetric Key Services 0903 Symmetric Key Algorithms 0904 Cracking Symmetric Key Algorithms 0905 Vigenere Symmetric Key Algorithm 0906 Boolean Logic XOR 0907 Kerckhoffs And Gilbert Vernam 0908 Hebern, Enigma, Feistel, S And T 0909 Block Ciphers And Stream Ciphers 0910 DES And 3DES 0911 AES, Block Ciphers And Variables 0912 Block Cipher Modes - ECB And CBC 0913 Block Cipher Modes - OFB And CFB 0914 Block Cipher Modes - CTR 0915 Message Authentication Code 0916 MAC And HMAC 0917 CBC-MAC And Symmetric Summary 10. Asymmetric Key Algorithms 1001 Asymmetric Key Cryptography 1002 Asymmetric Key Services 1003 Asymmetric Key Management 1004 Key Distribution And Digital Signature 1005 Digital Signature 1006 Confidentiality And Digital Signature 1007 Multiple Recipients 1008 SSL And TLS 1009 Asymmetric Key Algorithms - Diffie Hellman Merkle 1010 RSA, ELGamal, ECC And DSS 1011 Asymmetric Key Cryptography Review 11. Cryptography In Use 1101 Link End-To-End PKI 1102 PKI - Part 1 1103 PKI - Part 2 1104 PGP And S/MIME 1105 Set 1106 VPN, SSL, TLS And Protocols 12. Attacks On Cryptography 1201 Introduction To Attacks On Cryptography 1202 Brute Force, Dictionary, Hybrid And Rainbow 1203 Plaintext, Ciphertext And Adaptive 13. Physical Security 1301 Introduction To Physical Security 1302 Goals And Facility 1303 Perimeter Defense And Access Control 1304 Security Zones And Environment 1305 Electrical Issues 1306 Fire Safety 1307 Fire Detectors 1308 Fire Extinguishers And Sprinklers 1309 Gas Suppressants And Fire Training 14. Conclusion 1401 Wrap Up Related Torrents
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