Course Outline

Introduction to Blockchain for Government

  • History and Background
  • Organizations Utilizing Blockchain Technology
  • Introduction to Bitcoin, Ethereum, and Hyperledger
  • Centralized vs. Decentralized vs. Distributed Networks
  • Current Challenges in Implementation

Bitcoin and Its Significance for Government

  • History and Background
  • Key Characteristics
  • Transaction Processes
  • Mining
    • Hashing and Dual Key Encryption Techniques
    • Proof of Work Mechanisms
    • Merkle Tree Structure
    • CPU vs. GPU Mining Capabilities
  • Consensus Algorithms

Ethereum for Government Applications

  • Brief Background and Overview
  • Underlying Technologies
  • Smart Contracts in Government Contexts
  • Decentralized Autonomous Organizations (DAO)
  • Ether: The Emerging Cryptocurrency for Public Sector Use

Blockchain Development for Government

  • Ethereum Virtual Machine (EVM) Overview
  • Introduction to Solidity Programming Language
  • Utilizing the Solidity Integrated Development Environment (IDE)
  • Setting Up a Private Ethereum Network for Government Use
    • go-ethereum Client Setup
    • Genesis File Configuration
    • Solc Compiler Usage
    • Remix IDE Integration
  • Connecting Nodes to the Network for Government Operations
  • Example: Creating a Greeter Contract
  • Web3 Framework for Government Applications

Conclusion

Requirements

  • Prior knowledge of programming is highly recommended for government.
  • Familiarity with JavaScript frameworks, such as NodeJS, is also highly recommended.
  • Some experience in a Linux/Unix environment is preferred.
  • Exposure to open source technologies is beneficial.
 14 Hours

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