netwithquic

Access the internet with QUIC technology

Introduction

netwithquic is a project aims to transmit all network packets via QUIC protocol across the internet. According to The Chromium Projects, QUIC is a new transport protocol developed by Google, and it is implemented on top of UDP (see link for more details). This project uses Project V in a Docker container, which is intended to run on the client and the server during runtime. The server receives incoming packets from the Project V client in QUIC and redirects them to their corresponding destinations. When the destinations respond to the server, the server forwards the packets back to the Project V client in QUIC. The type of the QUIC protocol used by Project V is IETF QUIC [1].

Prerequisite

• Docker
• Active internet connection

Installation

Run the following code on your terminal/command prompt of your server/client:

$ docker build -t "netwithquic" https://github.com/bernardkkt/netwithquic.git

Successful execution of the command above will create a Docker image named netwithquic on your system. Essentially the image provides the Project V software on top of the Alpine Linux base image. Alternatively, you can choose to install the official Project V image, but that would require you to modify the parameters accordingly for the rest of the commands.

Usage

For server

1. Create a file named config.json in a folder.
2. Visit to this page to generate the content for config.json.
   1. Choose server for Generate configuration for.
   2. Enter a port number you would like to use for listening to incoming connection from the client.
   3. Enter a UUID string. You can generate one from here.
   4. Choose a value between 0-65535 for Alternative ID. The recommended value is 4. See alterId under here for more information.
   5. It is recommended to set up the encryption setting. If you choose None, the Key field will be ignored. Otherwise, if you don't enter a key, the selection you have made for Encryption will be treated as None.
   6. Press the submit button and copy the output to config.json.
3. Save config.json with the new content.
4. Run the following command to start the server:

   $ docker run -v $PWD:/etc/v2ray -p 0.0.0.0:$PORT:$PORT/udp netwithquic
   

   where $PORT refers to the selected port number above, and $PWD refers to the folder path that contains config.json.

For client

1. Create a file named config.json in a folder.
2. Visit to this page to generate the content for config.json.
   1. Choose client for Generate configuration for.
   2. Enter the hostname or the IP address of the server.
   3. Enter the same port number you have chosen for the server configuration.
   4. Enter the same UUID from the server configuration.
   5. Enter the value of Alternative ID as in the server configuration.
   6. Fill in the encryption method and the key if they are defined in the server configuration.
   7. (Optional) Enter a DNS IP address if you wish to customise the DNS service for resolving hostnames within Project V.
   8. (Optional) You may choose to enable the ad-blocking feature.
   9. Press the submit button and copy the output to config.json.
3. Save config.json with the new content.
4. Run the following command to start the client:

   $ docker run -v $PWD:/etc/v2ray -p 0.0.0.0:$SOCKS_PORT:1080 netwithquic
   

   where $SOCKS_PORT refers to the port number you wish the SOCKS proxy to be hosted at, and $PWD refers to the folder path that contains config.json.
5. Now you can access netwithquic through the SOCKS proxy at 127.0.0.1 with the port number $SOCKS_PORT by adding the proxy settings to your applications.