Parity Protocol is a cutting-edge distributed computation network that enables secure and verifiable task execution across verified nodes. Built and maintained by Blit Labs, this protocol offers a cloudless architecture that prioritizes security, reliability, and efficient resource utilization.

📚 Read the Complete Documentation

The Parity Protocol ecosystem consists of five core components, each serving a specific purpose in the network:

• Manages secure task execution in isolated Docker environments
• Provides comprehensive execution metrics and system usage analytics
• Ensures computational integrity and optimal resource allocation

• Orchestrates task distribution and validation processes
• Handles node registration and reputation management
• Implements real-time communication via webhooks

• Delivers a seamless interface for task submission and monitoring
• Provides robust APIs for comprehensive task management
• Features real-time execution tracking and detailed analytics

• Implements a custom ERC20 token for network operations
• Powers protocol economics and staking mechanisms
• Facilitates automated reward distribution

• Provides secure token management capabilities
• Features enterprise-grade authentication system
• Enables efficient transaction handling

Before beginning, ensure your system meets these prerequisites:

• Go: Version 1.22.7 or higher
• PostgreSQL: Version 14.0 or higher
• Docker: Latest stable version
• Make: Latest version
• Git: Latest version

mkdir parity-workspace && cd parity-workspace

# Clone core repositories
for repo in server runner client token wallet; do
    git clone https://github.com/theblitlabs/parity-${repo}.git
done

# Set up token and wallet first
cd parity-token
# Follow README instructions for:
# 1. Token contract deployment
# 2. Parameter configuration
# 3. Initial distribution setup

cd ../parity-wallet
# Follow README instructions for:
# 1. Wallet infrastructure setup
# 2. Authentication configuration
# 3. Token contract integration

# Copy example configs for core components
for component in server runner client; do
    cp parity-${component}/.env.sample \
       parity-${component}/.env
done

For reference, here are the current deployed addresses on Ethereum:

• Stake Wallet Address: 0x261259e9467E042DBBF372906e17b94fC06942f2
• Token Contract Address: 0x844303bcC1a347bE6B409Ae159b4040d84876024

Each component requires specific configuration. Follow these steps carefully:

1. Navigate to parity-server directory
2. Open .env
3. Configure according to the server documentation
4. Key focus areas:
   • Database configuration
   • Blockchain connection parameters
   • Network settings

1. Navigate to parity-runner directory
2. Open .env
3. Configure according to the runner documentation
4. Key focus areas:
   • Docker environment settings
   • Server connection parameters
   • Resource allocation limits

1. Navigate to parity-client directory
2. Open .env
3. Configure according to the client documentation
4. Key focus areas:
   • API configurations
   • Server connection details
   • Client-specific parameters

⚠️ Important Configuration Notes:

• Verify all placeholder values are replaced with actual configurations
• Ensure no port conflicts between components
• Double-check file permissions
• Use secure values for authentication tokens and keys

Run each component in a separate terminal window:

# Terminal 1: Server
cd parity-server
make build
parity-server auth --private-key YOUR_PRIVATE_KEY
parity-server

# Terminal 2: Runner
cd parity-runner
make build
parity-runner auth --private-key YOUR_PRIVATE_KEY
parity-runner stake --amount 10
parity-runner

# Terminal 3: Client
cd parity-client
make build
parity-client

We welcome contributions from the community! Here's how to get started:

1. Find an Issue Browse our repositories for open issues:

   • parity-server
   • parity-runner
   • parity-client
   • parity-token
   • parity-wallet

2. Fork & Clone Fork the relevant repository and create your feature branch:

   git checkout -b feature/amazing-feature

3. Set Up Development Environment

   make install-hooks

4. Submit Your Work

   • Follow Conventional Commits guidelines
   • Include comprehensive documentation updates
   • Provide clear descriptions of changes
   • Reference the issue being addressed

📝 For detailed information about each component, please refer to their respective documentation.