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- Counter mode
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Classroom Contents
How Encryption Works - A Comprehensive Guide from Basics to Advanced Techniques
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- 1 - Introduction
- 2 - Everything is encrypted!
- 3 - Why encrypt?
- 4 - Browser "secure"
- 5 - Cipher information of a connection
- 6 - Pack capture and TCP handshake
- 7 - HTTP, TLS and HTTPS
- 8 - Cheesecake Factory and TLS 1.2
- 9 - Types of encryption - Symmetric
- 10 - Enter Modulus
- 11 - Asymmetric encryption
- 12 - TLS handshake - Client Hello
- 13 - Server Hello
- 14 - Certificate
- 15 - Server Key Exchange
- 16 - Server Hello Done
- 17 - Client Key Exchange, Change Cipher Spec and Encrypted Handshake
- 18 - Server Change Cipher Spec and Encrypted Handshake
- 19 - TLS Record Protocol to send data
- 20 - How to share a secret
- 21 - Why not just use RSA?
- 22 - Diffie-Hellman with colors
- 23 - Diffie-Hellman with math
- 24 - Diffie-Hellman with elliptic curves
- 25 - Adding g to itself on a curve
- 26 - Curves in a finite field
- 27 - Named curves
- 28 - How its used
- 29 - Pre-master secret to master secret
- 30 - Shawn the terrible person
- 31 - ECDHE WITH RSA
- 32 - Using two very big prime numbers
- 33 - Using RSA and a test
- 34 - Hash with SHA
- 35 - WE HAVE A SHARED SECRET
- 36 - Advanced Encryption Standard
- 37 - Key scheduler to round keys
- 38 - A round
- 39 - Multiple rounds and final output
- 40 - AES ECB problem
- 41 - Cipher Block Chaining
- 42 - Counter mode
- 43 - Shawn and Tim still a problem
- 44 - Galois Counter Mode to save us
- 45 - And done!
- 46 - TLS 1.3 differences
- 47 - Summary and close
- 48 Meant to write KPub not KPriv lol
