iroh-h3
| Crates.io | iroh-h3 |
| lib.rs | iroh-h3 |
| version | 0.1.0 |
| created_at | 2025-11-19 23:59:18.176117+00 |
| updated_at | 2025-11-19 23:59:18.176117+00 |
| description | HTTP/3 transport adapter bridging Iroh's QUIC P2P connections with the h3 HTTP/3 stack. |
| homepage | |
| repository | https://github.com/Le-Maz/iroh-h3 |
| max_upload_size | |
| id | 1940948 |
| size | 126,147 |
(Le-Maz)
documentation
README
Iroh HTTP/3 Toolkit
A collection of crates enabling HTTP/3 communication over the Iroh peer-to-peer (P2P) transport built on QUIC.
This monorepo contains a set of Rust crates that integrate the iroh networking stack — a P2P library built on top of QUIC — with the h3 HTTP/3 protocol implementation and compatible async frameworks such as axum.
The implementation is adapted from the hyperium/h3 project and reworked to support Iroh’s peer-to-peer QUIC transport model. All code is released under the MIT License.
Repository Structure
| Crate | Description |
|---|---|
iroh-h3 |
Core transport adapter bridging iroh::endpoint::Connection with h3::quic::Connection to support HTTP/3 semantics over Iroh’s QUIC layer. |
iroh-h3-client |
Client utilities for establishing outbound HTTP/3 streams over Iroh’s P2P connections. |
iroh-axum |
Integration layer allowing Axum applications to serve or consume HTTP/3 traffic over Iroh. |
Each crate lives within the same Cargo workspace and is designed to interoperate cleanly while remaining usable independently.
Design Goals
- P2P Integration: Extend HTTP/3 semantics to work seamlessly over Iroh’s decentralized QUIC-based transport.
- Interoperability: Preserve the
h3trait model (Connection,BidiStream, etc.) to stay compatible with existing HTTP/3 stacks. - Extensible Stack: Serve as a foundation for higher-level protocols and frameworks like Axum to operate over peer-to-peer links.
- Correct and Robust: Carefully translate
iroh’s error and stream models into the HTTP/3 abstraction layer.
License
All code in this repository is licensed under the MIT License.
It includes portions derived from the hyperium/h3 project, which is also MIT-licensed.