This documentation provides comprehensive coverage of the ZHTP (Zero-Knowledge Hypertext Transfer Protocol) node orchestrator system. ZHTP is a Internet replacement technology that provides complete through mesh networking, zero-knowledge privacy, economic incentives through Universal Basic Income, and decentralized governance.
Comprehensive system architecture overview
- Hierarchical component structure (4-level architecture)
- Module dependencies and relationships
- Component lifecycle management
- Integration patterns and communication flows
- Security model and privacy features
- Performance characteristics and scalability
Complete API endpoint documentation
- Network management endpoints
- Identity management operations
- Blockchain and transaction APIs
- Wallet operations and economics
- DAO governance interfaces
- Storage and content operations
- System monitoring and health checks
- WebSocket real-time updates
- Authentication and rate limiting
Command-line interface documentation
- Node lifecycle management (
zhtp node) - Wallet operations (
zhtp wallet) - DAO governance (
zhtp dao) - Identity management (
zhtp identity) - Network operations (
zhtp network) - Blockchain commands (
zhtp blockchain) - System monitoring (
zhtp monitor) - Component management (
zhtp component) - Interactive shell (
zhtp interactive) - Server management (
zhtp server) - Network isolation (
zhtp isolation)
Complete configuration system documentation
- Multi-package configuration aggregation
- Environment-specific configurations (dev, prod, pure mesh)
- Security level configurations
- Mesh networking modes (hybrid, pure, development)
- Economic model settings
- Platform-specific configurations
- Monitoring and logging setup
- Environment variables and validation
Production deployment and operations
- System requirements and hardware specifications
- Installation methods (Cargo, binary, Docker, packages)
- Development, production, and pure mesh deployments
- High availability cluster configurations
- Cloud deployment (AWS, GCP, Azure)
- Docker and Kubernetes configurations
- Monitoring and logging setup
- Backup and recovery procedures
- Maintenance and update procedures
Detailed file-by-file code analysis
- Project structure and organization
- Core module functionality and purpose
- API system architecture and handlers
- CLI framework and command implementations
- Configuration system and validation
- Runtime orchestration and component management
- Integration patterns and service containers
- Monitoring and metrics collection
- Code quality and architectural patterns
# Install via Cargo (recommended)
git clone https://github.com/zhtp/zhtp
cd zhtp
cargo build --release
sudo cp target/release/zhtp /usr/local/bin/
# Or download binary
wget https://github.com/zhtp/zhtp/releases/latest/download/zhtp-linux-x64.tar.gz
tar -xzf zhtp-linux-x64.tar.gz
sudo mv zhtp /usr/local/bin/# Start development node
zhtp node start --dev
# Check status
zhtp node status
zhtp network status
zhtp monitor health
# Create identity and wallet
zhtp identity create-did "MyIdentity" --identity-type human
zhtp wallet create --name "MainWallet"
# Participate in DAO
zhtp dao info
zhtp dao claim-ubi# Create configuration
cp configs/dev-node.toml my-config.toml
# Start with custom config
zhtp node start --config my-config.toml --port 9333
# Pure mesh mode ()
zhtp node start --config configs/pure-mesh.toml --pure-mesh- Mesh Networking: Direct peer-to-peer communication bypassing ISPs
- Pure Mesh Mode: Complete independence from traditional internet infrastructure
- Hybrid Mode: Gradual transition with TCP/IP fallback
- Network Isolation: Configurable isolation levels for maximum privacy
- Identity Protection: Zero-knowledge DID (Decentralized Identity) system
- Private Communications: All network traffic uses zero-knowledge proofs
- Anonymous Transactions: Privacy-preserving economic transactions
- Data Sovereignty: Complete control over personal data and communications
- Universal Basic Income: Earn ZHTP tokens for network participation
- Quality-Based Routing: Premium routing for better service quality
- Storage Economics: Earn tokens for providing distributed storage
- DAO Governance: Participate in decentralized network governance
- Next-Generation Web: Beyond Web3 to Web4 with complete decentralization
- Economic Web: Built-in economic layer for all web interactions
- Privacy-First: Zero-knowledge proofs integrated at the protocol level
- Mesh-Native: Designed specifically for mesh networking
- Level 1 (Orchestrator): ZHTP node coordination and management
- Level 2 (Core Services): Protocols, blockchain, and network services
- Level 3 (Infrastructure): Consensus, storage, and economic systems
- Level 4 (Foundation): Proofs, identity, and cryptographic utilities
- Runtime Orchestrator: Central coordination of all 11 ZHTP packages
- Health Monitoring: Continuous component health tracking and recovery
- Message Bus: Inter-component communication and event handling
- Shared Services: Blockchain and DHT sharing across components
- Development Mode: Full debugging and testing capabilities
- Production Mode: Optimized performance and security
- Pure Mesh Mode: Complete ISP independence
- Edge/Validator Modes: Specialized node configurations
- Minimum: Basic encryption for development
- Medium: Balanced security and performance
- High: Strong encryption and authentication
- Maximum: Complete isolation and maximum security
- Zero-Knowledge Proofs: All communications use ZK proofs
- Identity Protection: Anonymous identity management
- Network Isolation: Optional complete TCP/IP blocking
- Economic Privacy: Anonymous economic transactions
- Daily ZHTP token distribution for network participation
- Quality-based routing premiums for better service
- Storage and bandwidth compensation
- DAO participation rewards
- Proposal creation and voting system
- Treasury management through DAO
- Network parameter adjustments
- Community-driven development funding
- Mesh networking as primary communication method
- TCP/IP fallback for transition compatibility
- Gradual ISP replacement strategy
- Best for initial deployment and testing
- Complete through mesh-only networking
- Maximum privacy and decentralization
- Requires sufficient mesh peer density
- Ultimate goal for complete internet replacement
- Local testing with mesh simulation
- Enhanced debugging and logging
- Rapid development and testing cycles
- Safe environment for experimentation
- Start with Architecture Documentation for system understanding
- Use API Reference for development integration
- Follow CLI Reference for command-line operations
- Consult Configuration Guide for setup options
- Reference Deployment Guide for production deployment
- Study Module Analysis for code-level understanding
- GitHub Issues: Bug reports and feature requests
- Discussion Forum: Community support and development discussions
- Discord/Telegram: Real-time community chat
- Documentation Wiki: Community-contributed guides and tutorials
- API Examples: Sample code for common operations
- SDK Libraries: Official libraries for various programming languages
- Testing Guidelines: Best practices for testing ZHTP applications
- Contribution Guide: How to contribute to ZHTP development
- Complete orchestrator framework
- All 11 package integration
- Comprehensive API and CLI interfaces
- Multiple deployment modes
- Basic mesh networking support
- Enhanced mesh networking protocols
- Advanced zero-knowledge implementations
- Improved economic model features
- Extended Web4 protocol support
- Mobile and embedded device support
- Complete global internet replacement
- Universal adoption of mesh networking
- Economic equality through UBI
- Decentralized governance of internet infrastructure
- Privacy-first global communication network
- Minimum: 2 CPU cores, 4GB RAM, 50GB storage
- Recommended: 4+ CPU cores, 8GB+ RAM, 200GB+ SSD
- Network: Broadband for hybrid, mesh coverage for pure mode
- Linux (Ubuntu 20.04+, CentOS 8+, Debian 11+)
- Windows 10+ with Bluetooth/WiFi Direct
- macOS 12+ with native mesh support
- Raspberry Pi 4+ (optimized build profile)
- ZHTP (Zero-Knowledge Hypertext Transfer Protocol)
- Mesh networking protocols (Wi-Fi Direct, Bluetooth Mesh)
- Economic routing with quality assurance
- Zero-knowledge proof integration
This comprehensive documentation provides everything needed to understand, deploy, configure, and operate ZHTP nodes for building the next generation of decentralized, privacy-first internet infrastructure.