PLU | Cryptography And PKI For CompTIA Security+ (2017 EN)

Company: Pluralsight
Author: Christopher Rees
Full Title: Cryptography And PKI For CompTIA Security+
Year: 2017
Language: English
Genre: Educational: Security
Skill Level: Beginner
Price: -
-
Files: MP4 (+ Slides .PDF)
Time: 01:45:08
Video: AVC, 1280 x 720 (1.778) at 30.000 fps, 150 kbps
Audio: AAC at 160 Kbps, 2 channels, 48.0 KHz



Encryption is a vital component to every company's security posture and provides the means to securely access, transmit, verify, and dispose of data. In this course, you'll learn the fundamentals of cryptography and Public Key Infrastructure (PKI).

Providing secure communication, access to data, and disposal of assets is no longer essential to every company's overall IT security plan. In this course, Cryptography and PKI for CompTIA Security+, you'll learn the various concepts and components that make up a company's Public Key Infrastructure (PKI). First, you'll delve into the basics of cryptography, including symmetric and asymmetric algorithms, and cipher types. Next, you'll explore the various methods to encrypt data and how to verify a file's integrity. Then, you'll discover how to secure wireless communication using encryption. Finally, you'll learn about the components that make up a PKI. By the end of this course, you'll have the information necessary to discuss and assess your company's PKI, wireless security posture, and identify gaps both internally and externally.


Lessons:
1. Course Overview
01. Course Overview
2. Comparing and Contrasting Basic Cryptography Concepts
02. Introduction
03. Cryptographic Terminology
04. Vigenere Table
05. Symmetric vs. Asymmetric
06. Hashing
07. Elliptic Curve Cryptography
08. Cipher Suites
09. Digital Signatures
10. Entropy, Confusion, and Diffusion
11. Obfuscation
12. Block vs. Stream Cipher
13. Session Keys
14. Ephemeral Key
15. Types of Data to Secure
16. Key Stretching
17. Implementation vs. Algorithm Selection
18. Perfect Forward Secrecy
19. Security Through Obscurity
3. Deciphering Cryptographic Algorithms
20. Introduction
21. Symmetric Algorithms
22. Blowfish
23. Twofish
24. ECB, CBC, OFB, and CFB
25. Asymmetric Algorithms
26. PGP/GPG
27. Hashing Algorithms
28. Strength and Performance of Algorithms
4. Installing and Configuring Wireless Security Settings
29. Introduction
30. Wireless Definitions
31. WEP/WPA/WPA2
32. WPA, WPA2, and Wireless Security Examples
33. Wireless Security Example - Evil Twin
34. Wireless Security
35. EAP, PEAP, and LEAP
36. 802.11x
37. WiFi Security Best Practices
38. Captive Portal
39. Module Review
5. Implementing Public Key Infrastructure
40. Introduction
41. Certificate Authorities and Digital Certificates
42. Certificate Authority
43. CRLs
44. OCSP
45. CSR and PKCS Standards
46. PKI
47. Public Key
48. Private Key
49. OID
50. Online vs. Offline CAs
51. Stapling and Pinning
52. Trust Models
53. Key Escrow
54. Types of Certificates
55. Certificate Formats

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