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I2P - For Everyone

Two flavours are available:

  • Entry-level experience: I2P and Tor to enable everyone to get started using the i2p and onion network. It's tagged as "current-i2p-tor".
  • For advanced users: I2P only version - very lean. It's tagged as "current".

The solutions are deployed as docker image.

If you are looking for an entry-level experience, focused on safely browsing the internet: use the docker image tagged as "current-i2p-tor". Read the "Get Started" below.

If you are experienced and looking for an I2P-only container - go for the docker imaged tagged as "current". You get the stable i2pd (C++ version) release. Lean & fast.

A great tutorial, including "How to setup your system", is found here: Introduction to “I2P”.

Entry-Level Experience - I2P & Onion: Private Browsing

Enjoy a smooth and private browsing experience on multiple networks (like or also onion and i2p sites like http://diva.i2p or http://kopanyoc2lnsx5qwpslkik4uccej6zqna7qq2igbofhmb2qxwflwfqad.onion). Use your favourite browser (like Firefox). Hence it should be suitable for beginners.

Please note: an entry-level setup is only a first - yet necessary - step to protect your privacy. You need to change your behaviour to protect your online privacy (like: use NoScript, AdBlock). Also fingerprinting (a hash of your online footprint) and obviously login data is threatening your privacy. This project helps you to get started with private browsing.

Get Started

Docker ( must be available on your system.

To get your new private browsing experience up and running:

  1. Pull the docker image (in a shell/powershell): docker pull divax/i2p:current-i2p-tor or docker pull divax/i2p:current
  2. Run the Docker container
  3. Adapt your browser proxy settings

As said, this tutorial might be helpful: Introduction to “I2P”.

How to Run the Docker Container

On Linux, OSX and Windows

Run one of the following command in a shell (powershell on Windows).

To run the I2P/TOR-proxy only (entry-level):

docker run --env PORT_TOR=9950 --env PORT_HTTP_PROXY=4544 --env ENABLE_HTTPPROXY=1 -p 7170:7070 -p 4544:4444 -p 9950:9050 -p 8080:8080 -d --name i2p-tor divax/i2p:current-i2p-tor

To run I2P only (advanced):

docker run --env ENABLE_HTTPPROXY=1 --env ENABLE_SOCKSPROXY=1 -p 7070:7070 -p 4444:4444 -p 4445:4445 -d --name i2p divax/i2p:current

Check the Status of your Container

Check your now-running docker container with docker ps -a (within your shell/powershell) and look for the container "i2pd".

Entry-Level: How to Adapt the Proxy Settings of Your Browser

Open your favourite browser, like Firefox. Open the settings. Search for "proxy". Then enable "Automatic proxy configuration URL" and set it to "http://localhost:8080/proxy.pac".

This proxy configuration (see source code below for details) uses your new docker container to route all your browser traffic through either I2P or Tor. If you now browse the clearnet (like you'll be using automatically Tor.

If you prefer a weaker configuration you can also use the proxy file proxy-ip2-onion-clearnet.pac and set the "Automatic proxy configuration URL" to "http://localhost:8080/proxy-ip2-onion-clearnet.pac". This will only route .i2p and .onion addresses through the docker container. Routes to the clearnet won't be affected.

Advanced: Configuration

The docker container might expose an http and a socks proxy. To enable the http and/or socks proxy, set the environment variables ENABLE_HTTPPROXY and/or ENABLE_SOCKSPROXY to 1. If enabled, the container exposes the http proxy on port 4444 and the socks proxy on port 4445 by default. These ports might be changed by setting the environment variables PORT_HTTPPROXY or PORT_SOCKSPROXY.

The configuration files for I2P are found within the folder ./conf, whereas contains the main I2P configuration. The configuration files for DNS and Tor ./network: resolv.conf is containing nameserver information. The Tor configuration file is found within the folder ./network: torrc configures the behaviour of the Tor service.


Set ENABLE_TUNNELS to 1 to use the tunnels configuration within the container. Defaults to 0 and therefore tunnels are disabled by default.

IP_BRIDGE points by default to the docker host interface.

Set ENABLE_HTTPPROXY to 1 (true) or 0 (false) to enable the HTTP proxy. Defaults to 0.

Use PORT_HTTPPROXY to define the http proxy port. Defaults to 4444.

Set ENABLE_SOCKSPROXY to 1 (true) or 0 (false) to enable the SOCKS proxy. Defaults to 0.

Use PORT_SOCKSPROXY to define the socks proxy port. Defaults to 4445.

Set ENABLE_SAM to 1 (true) or 0 (false) to enable the SAM bridge. Defaults to 0.

Use PORT_SAM to define the SAM bridge port. Defaults to 7656.

Set ENABLE_FLOODFILL to 1 (true) or 0 (false) to create a floodfill router. Defaults to 0.

Set BANDWIDTH to control or limit the bandwidth used by the router. Use "L" (32KBs/sec), "O" (256KBs/sec), "P" (2048KBs/sec) or "X" (unlimited). By default, the bandwidth is set to "L" for non-floodfill routers and to "X" for floodfill routers.

Set TRANSIT_SHARE to a value between 0 (zero) and 100 to limit the bandwidth used by the router for transit. Defaults to 100.

Set ENABLE_UPNP to 1 (true) or 0 (false) to enable UPNP. Defaults to 0 (false).

Set ENABLE_HIDDEN to 1 (true) or 0 (false) to enable hidden mode. Defaults to 0 (false).

Set LOGLEVEL to the desired logging level: debug, info, warn, error or none. Defaults to info.

Some examples on how to use environment variables:

docker run --env ENABLE_TUNNELS=1 -p -d --name i2pd divax/i2p:current

docker run --env ENABLE_SOCKSPROXY=1 --env ENABLE_SAM=1 --env ENABLE_FLOODFILL=1 -p -p -p -d --name i2pd divax/i2p:current

docker run --env LOGLEVEL=error --env BANDWIDTH=X --env TRANSIT_SHARE=50 -p -p -d --name i2pd divax/i2p:current

Advanced: Tunnel Configuration

Tunnels are exposing specific services to the I2P network. Like a web server, an application or a blockchain.

Tunnels might be configured on the host within a folder, like tunnels.conf.d. Then this folder gets mounted into the container as a bind mount.

Example of such a bind mount (adapt /PATH/TO/tunnels.conf.d to your needs):

docker run \
    --env ENABLE_TUNNELS=1  \
    --mount type=bind,source=/PATH/TO/tunnels.conf.d,target=/home/i2pd/tunnels.source.conf.d \
    -p \
    -p \
    -d \
    --name i2pd \

Some examples of tunnel configuration files are found within the folder tunnels.example.conf.d.

Build from Source on Linux

Get the source code from the public repository:

git clone -b master && cd i2p

To rebuild the docker image and all the contained binaries from source, execute ./bin/ To pass a specific tag, set the environment variable TAG, like TAG=local-development ./bin/ This will result in a docker image called divax/i2p:local-development.


Run a local testnet using docker compose, like docker compose -f i2p-testnet.yml up -d and stop it using docker compose -f i2p-testnet.yml down --volumes. This will create two containers, n1.i2pd.local and n2.i2pd.local. Examine the logs by using docker logs n1.i2pd.local. Access the web console through http://localhost:7770 (n1) or http://localhost:7771 (n2).

Source Code

GPLv3 licensed and the source code is available here:

The source code of the underlying "I2Pd" project is found here:


Contributions are very welcome. This is the general workflow:

  1. Fork from
  2. Pull the forked project to your local developer environment
  3. Make your changes, test, commit and push them
  4. Create a new pull request on

It is strongly recommended to sign your commits:

If you have questions, please just contact us (see below).


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On DIVA.EXCHANGE you'll find various options to get in touch with the team.

Talk to us via Telegram (English or German).