Contents and objectives

The fundamental elements of Bitcoin, such as validator nodes, miners, and blocks, interact with each other according to clear and shared rules, which guarantee the security and decentralization of the network and are able to mathematically avoid the problem of so-called “double spending,” thanks also to interaction with wallets, which come in many different types and require adequate understanding

    1. Introduction

    1. Introduction

    1. Documentation - Indroduction to Hash Functions

    2. Video - Introduction to Hash Functions

    3. Documentation - Inner workings of SHA256

    4. Video - Inner workings of SHA256

    5. Documentation - The algorithms used for derivation

    6. Video - The algorithms used for derivation

    7. Route Bitcoin Talk_The Inner Workings of Bitcoin Wallets_Episode 1_Hash functions

    1. Documentation - Digital Signatures and Elliptic Curves

    2. Video - Digital Signatures and Elliptic Curves

    3. Documentation - Calculating the Public Key from the Private Key

    4. Video - Calculating the Public Key from the Private Key

    5. Documentation - Signing with the Private Key

    6. Video - Signing with the private key

    7. Documentation - The sighash flags

    8. Route Bitcoin Talk_The Inner Workings of Bitcoin Wallets_Episode 2_Digital signatures

    1. Documentation - Evolution of Bitcoin wallets

    2. Video - Evolution of Bitcoin Wallets

    3. Documentation - Entropy and Random Numbers

    4. Video - Entropy and random numbers

    5. Documentation - The Mnemonic Phrase

    6. Video - The mnemonic phrase

    7. Documentation - The passphrase

    8. Video - The passphrase

    9. Presentation - The passphrase

    10. Route Bitcoin Talk_The Inner Workings of Bitcoin Wallets_Episode 3_Private keys and security

    1. Introduction

About this course

  • 76 lessons
  • 4 hours of video content