Enterprise-ready P2P networking for BSV blockchain—built on libp2p with DHT.
CI / CD
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Quality
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Security
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Community
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📦 Installation
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🧪 Examples & Tests
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📚 Documentation
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🛠️ Code Standards
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⚡ Benchmarks
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🤖 AI Usage
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🤝 Contributing
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👥 Maintainers
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⚖️ License
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go-p2p is a comprehensive peer-to-peer networking library for BSV blockchain nodes, built on top of libp2p. It provides robust networking capabilities for distributed blockchain applications with support for both public and private networks.
- P2PNode - The main networking node implementation that manages peer connections, message routing, and network discovery
- P2PNodeI - Interface defining the complete P2P networking API for testability and modularity
- P2PConfig - Configuration structure for network parameters, bootstrap peers, and security settings
- Handler - Function type for processing incoming topic messages in pub/sub communications
- Peer Discovery - Automatic peer discovery using Kademlia DHT (Distributed Hash Table)
- Pub/Sub Messaging - Topic-based message distribution using GossipSub protocol
- Direct Peer Communication - Stream-based messaging for direct peer-to-peer communication
- Private Networks - Support for isolated private networks using pre-shared keys
- Connection Management - Automatic connection handling, retry logic, and peer lifecycle management
- Metrics & Monitoring - Built-in bandwidth tracking, peer statistics, and connection monitoring
- Security - Message signing/verification, peer authentication, and encrypted communications
- Public Network - Connect to the global IPFS DHT for open peer discovery
- Private Network - Create isolated networks using shared keys for controlled environments
- Hybrid Mode - Static peer connections combined with dynamic discovery
go-p2p requires a supported release of Go.
go get -u github.com/bsv-blockchain/go-p2p- API Reference – Dive into the godocs at pkg.go.dev/github.com/bsv-blockchain/go-p2p
- Usage Examples – Browse practical patterns in the examples directory showing how to create and configure P2P nodes
- Interface Documentation – Review the P2PNodeI interface for the complete API specification
- Core Implementation – Examine the main P2P node implementation and configuration types
Development Build Commands
Get the MAGE-X build tool for development:
go install github.com/mrz1836/mage-x/cmd/magex@latestView all build commands
magex helpRepository Features
This repository includes 25+ built-in features covering CI/CD, security, code quality, developer experience, and community tooling.
Library Deployment
This project uses goreleaser for streamlined binary and library deployment to GitHub. To get started, install it via:
brew install goreleaserThe release process is defined in the .goreleaser.yml configuration file.
Then create and push a new Git tag using:
magex version:bump push=true bump=patch branch=masterThis process ensures consistent, repeatable releases with properly versioned artifacts and citation metadata.
Pre-commit Hooks
Set up the Go-Pre-commit System to run the same formatting, linting, and tests defined in AGENTS.md before every commit:
go install github.com/mrz1836/go-pre-commit/cmd/go-pre-commit@latest
go-pre-commit installThe system is configured via modular env files in .github/env/ and provides 17x faster execution than traditional Python-based pre-commit hooks. See the complete documentation for details.
GitHub Workflows
All workflows are driven by modular configuration in .github/env/ — no YAML editing required.
Updating Dependencies
To update all dependencies (Go modules, linters, and related tools), run:
magex deps:updateThis command ensures all dependencies are brought up to date in a single step, including Go modules and any tools managed by MAGE-X. It is the recommended way to keep your development environment and CI in sync with the latest versions.
All unit tests and examples run via GitHub Actions and use Go version 1.24.x. View the configuration file.
Run all tests (fast):
magex testRun all tests with race detector (slower):
magex test:raceRun the Go benchmarks:
magex benchNote: Comprehensive benchmarks for P2P operations (peer discovery, message throughput, connection establishment) are planned for future releases. The current focus is on correctness and stability of the networking implementation.
Read more about this Go project's code standards.
Read the AI Usage & Assistant Guidelines for details on how AI is used in this project and how to interact with AI assistants.
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| Siggi | Dylan | MrZ |
View the contributing guidelines and please follow the code of conduct.
All kinds of contributions are welcome 🙌! The most basic way to show your support is to star 🌟 the project, or to raise issues 💬.


