2014
pluralsight
Michael Perry
04:09:00
English
Cryptography ensures confidentiality and authenticity of digital documents. The mathematics behind cryptography show us why, and how far, it can be trusted.
History of Cryptography 0:36:21
Introduction 2:14
One-Time Pads 3:08
Entropy 4:42
The Enigma Machine 3:42
Cryptanalysis 5:42
Diffie-Hellman 9:17
Diffie-Hellman Example 5:44
Conclusion 1:48
Algorithms 0:47:41
Introduction 0:35
Block Ciphers 2:09
Confusion and Key Schedules 1:13
Diffusion and Cipher Block Chaining 1:44
Initialization Vectors 1:02
DES 1:11
AES 2:36
Modern Cryptanalysis 2:07
Compression and Error Correction 3:58
Public and Private Keys 2:59
Inverse Exponents Example 2:26
Finding Inverse Exponents 4:45
The RSA Algorithm 2:21
Patterns in RSA 2:32
Elliptic Curve 3:23
Digital Signatures 2:30
Hashing Algorithms 2:21
Birthday Attack 4:04
Trust 2:19
Summary 1:18
APIs 0:36:25
Symmetric Java APIs 2:55
AES in Java 7:36
Asymmetric Java APIs 1:56
RSA in Java 6:01
Bouncy Castle for Java 1:29
.NET Crypto API 1:05
AES in .NET 6:31
RSA in .NET 7:42
Summary 1:08
Transport Layer Security 0:22:08
X.509 Certificates 7:28
RSA Key Pair 1:40
Certificate Signing Request 3:15
Personal Information Exchange 2:44
IIS 2:42
Tomcat 1:10
Naked Keys 0:48
Apache 1:20
Summary 0:58
Authentication and Authorization 0:40:01
Passwords 2:14
Hashed Passwords 2:02
Rainbow Tables 3:55
Salted Hashed Passwords 1:56
Computing Password Entropy 3:43
Password Based Key Derivation Functions 4:17
Progressive Salted Hashed Passwords 1:58
Federation 4:01
Kerberos 1:27
WS-Trust and WS-Federation 2:24
XML Signature Wrapping Attacks 2:05
OAuth 5:54
OpenID Connect 2:43
Conclusion 1:15
Case Studies 0:28:56
Snapchat 5:10
Safari 3:27
Heartbleed 4:00
Target 8:30
NSA 6:37
Lessons Learned 1:10
Decentralized Systems 0:37:28
PGP 3:00
Establishing Trust 4:50
Hashcash 3:19
Bitcoin 3:56
Proof of Work 3:19
Conflict Resolution 3:24
Mining 2:54
Freenet 4:19
Untrusted Networks 5:49
Conclusion 2:34
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