benoitc

benoitc / erlang_quic

Public

Pure Erlang QUIC implementation (RFC 9000)

29
5
100% credibility
Found Feb 19, 2026 at 19 stars -- GitGems finds repos before they trend. Get early access to the next one.
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AI Analysis
Erlang
AI Summary

A pure Erlang library implementing the QUIC protocol for fast, secure, multiplexed network connections with features like TLS 1.3 handshakes, stream handling, and congestion control.

How It Works

1
🔍 Discover fast connections

You find a helpful tool on GitHub that lets apps talk to each other over the internet super quickly and reliably, like for chats or games.

2
📦 Add to your project

You easily include this tool in your app's setup so it becomes part of what you're building.

3
🛡️ Prepare safety certificates

You run a simple script to create digital certificates that keep all connections private and secure.

4
🚀 Start your listening server

You launch a server with your certificates, and it begins waiting for friends to connect from anywhere.

5
📱 Connect a client

You set up a client app that reaches out to the server, shakes hands securely, and links up smoothly.

6
💬 Exchange messages

You open channels to send and receive data back and forth, handling multiple conversations at once without hiccups.

✅ Enjoy speedy links

Your app now zips data across the internet fast, with backups for lost packets and smooth handoffs if connections wander.

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Star Growth

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AI-Generated Review

What is erlang_quic?

This is a pure Erlang implementation of QUIC per RFC 9000 and 9001, letting you build clients and servers with full TLS 1.3 handshakes, stream multiplexing, 0-RTT early data, connection migration, flow control, NewReno congestion control, and loss detection. It solves the problem of adding low-latency, multiplexed UDP transport to Erlang apps without C dependencies or external libraries. Drop it into rebar.config for a quickstart client connect or server listener that handles events like stream data and connection closes via simple process messages.

Why is it gaining traction?

It stands out as a from-scratch Erlang QUIC stack—no FFI crutches—making it dead simple for BEAM folks to experiment with modern protocols like h3 ALPN. Property-based tests via Proper (think erlang quickcheck rigor) and eunit coverage build trust, while quickstart snippets get you echoing data in minutes. In a sea of C-based ports, its pure functional Erlang roots hook devs chasing distributed, fault-tolerant networking.

Who should use this?

Erlang backend engineers building real-time systems, like game servers or IoT gateways, needing QUIC's head-of-line blocking fixes. OTP 26+ teams prototyping HTTP/3 proxies or low-latency streamers. Avoid if you're not already in the Erlang ecosystem—stick to quic-go or msquic otherwise.

Verdict

Early alpha with 19 stars and 1.0% credibility score signals high risk for production, but solid docs, quickstart examples, and test suite make it worth a spin for Erlang tinkerers evaluating pure QUIC. Fork and contribute if you need battle-tested maturity.

(187 words)

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