Technical Details
Core Architecture
Network Layer
-
libp2p Implementation
- Multi-transport: TCP, WebSocket, QUIC
- Built-in NAT traversal
- TLS and noise encryption protocols
- Yamux multiplexing
- DNS resolution support
-
P2P Architecture
- Gossipsub protocol for pub/sub
- Rendezvous protocol for peer discovery
- Identity management with Ed25519 keys
- Mesh network topology optimization
- Configurable heartbeat intervals
Node Types
-
Admin Node
- Rendezvous server capabilities
- Centralized peer registration
- Topic management
- Connection monitoring
-
Client Node
- Auto-discovery of admin nodes
- Dynamic topic subscription
- Connection state management
- Automatic reconnection
Message System
-
Message Types
- Direct peer-to-peer
- Topic-based broadcast
- System events
- Binary payload support
-
Performance Features
- 512MB maximum message size
- Configurable buffer sizes (1MB default)
- Message deduplication
- Flow control with backpressure
- Zero-copy optimization
Peer Behavior
-
Core Features
- Role-based access control
- Event-driven architecture
- Customizable peer modes
- Connection pooling
-
Network Behavior
- Ping/Pong health checks
- Peer identification
- Connection metrics
- State synchronization
Implementation Details
Protocol Stack
-
Transport Layer
- QUIC for low latency
- WebSocket for web compatibility
- TCP for fallback support
-
Security Layer
- TLS 1.3 encryption
- Noise protocol framework
- Ed25519 signatures
- Peer authentication
Operational Features
-
Connection Management
- 60-second idle timeout
- Automatic peer discovery
- Dynamic address resolution
- Multi-address support
-
State Management
- Distributed topic registry
- Peer connection tracking
- Message history management
- Event logging
Development Status
Production Ready
- Core P2P networking
- Message routing
- Python SDK
- Basic monitoring
In Development
- Additional language SDKs
- Web interface
- Enhanced security features
- Scalability improvements
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