Wiretrustee

A WireGuard®-based mesh network that connects your devices into a single private network.

Why using Wiretrustee?

• Connect multiple devices to each other via a secure peer-to-peer Wireguard VPN tunnel. At home, the office, or anywhere else.
• No need to open ports and expose public IPs on the device.
• Automatically reconnects in case of network failures or switches.
• Automatic NAT traversal.
• Relay server fallback in case of an unsuccessful peer-to-peer connection.
• Private key never leaves your device.
• Works on ARM devices (e.g. Raspberry Pi).

A bit on Wiretrustee internals

• Wiretrustee uses WebRTC ICE implemented in pion/ice library to discover connection candidates when establishing a peer-to-peer connection between devices.
• A connection session negotiation between peers is achieved with the Wiretrustee Signalling server signal
• Contents of the messages sent between peers through the signaling server are encrypted with Wireguard keys, making it impossible to inspect them. The routing of the messages on a Signalling server is based on public Wireguard keys.
• Occasionally, the NAT-traversal is unsuccessful due to strict NATs (e.g. mobile carrier-grade NAT). For that matter, there is support for a relay server fallback (TURN) and a secure Wireguard tunnel is established via TURN server. Coturn is the one that has been successfully used for STUN and TURN in Wiretrustee setups.

What Wiretrustee is not doing:

• Wireguard key management. In consequence, you need to generate peer keys and specify them on Wiretrustee initialization step.
• Peer address management. You have to specify a unique peer local address (e.g. 10.30.30.1/24) when configuring Wiretrustee

Product Roadmap

• Public Roadmap
• Public Roadmap Progress Tracking

Client Installation

Linux

1. Checkout Wiretrustee releases
2. Download the latest release (Switch VERSION to the latest):

Debian packages

wget https://github.com/wiretrustee/wiretrustee/releases/download/v<VERSION>/wiretrustee_<VERSION>_linux_amd64.deb

3. Install the package

sudo dpkg -i wiretrustee_<VERSION>_linux_amd64.deb

Fedora/Centos packages

wget https://github.com/wiretrustee/wiretrustee/releases/download/v<VERSION>/wiretrustee_<VERSION>_linux_amd64.rpm

3. Install the package

sudo rpm -i wiretrustee_<VERSION>_linux_amd64.rpm

MACOS

1. Checkout Wiretrustee releases
2. Download the latest release (Switch VERSION to the latest):

curl -o ./wiretrustee_<VERSION>_darwin_amd64.tar.gz https://github.com/wiretrustee/wiretrustee/releases/download/v<VERSION>/wiretrustee_<VERSION>_darwin_amd64.tar.gz

3. Decompress

tar xcf ./wiretrustee_<VERSION>_darwin_amd64.tar.gz
sudo mv wiretrusee /usr/local/bin/wiretrustee
chmod +x /usr/local/bin/wiretrustee

After that you may need to add /usr/local/bin in your MAC's PATH environment variable:

export PATH=$PATH:/usr/local/bin

Client Configuration

1. Initialize Wiretrustee:

For MACOS, you need to create the configuration directory:

sudo mkdir /etc/wiretrustee

Then, for all systems:

sudo wiretrustee init \
 --stunURLs stun:stun.wiretrustee.com:3468,stun:stun.l.google.com:19302 \
 --turnURLs <TURN User>:<TURN password>@turn:stun.wiretrustee.com:3468  \
 --signalAddr signal.wiretrustee.com:10000  \
 --wgLocalAddr 10.30.30.1/24  \
 --log-level info

It is important to mention that the wgLocalAddr parameter has to be unique across your network. E.g. if you have Peer A with wgLocalAddr=10.30.30.1/24 then another Peer B can have wgLocalAddr=10.30.30.2/24

If for some reason, you already have a generated Wireguard key, you can specify it with the --wgKey parameter. If not specified, then a new one will be generated, and its corresponding public key will be output to the log. A new config will be generated and stored under /etc/wiretrustee/config.json

2. Add a peer to connect to.

sudo wiretrustee add-peer --allowedIPs 10.30.30.2/32 --key '<REMOTE PEER WIREUARD PUBLIC KEY>'

3. Restart Wiretrustee to reload changes For MACOS you will just start the service:

sudo wiretrustee up --log-level info 
# or
sudo wiretrustee up --log-level info & # to run it in background

For Linux systems:

sudo systemctl restart wiretrustee.service
sudo systemctl status wiretrustee.service 

Running the Signal service

After installing the application, you can run the signal using the command below:

/usr/local/bin/wiretrustee signal --log-level INFO

This will launch the Signal server on port 10000, in case you want to change the port, use the flag --port.

Docker image

We have packed the Signal server into docker image. You can pull the image from Docker Hub and execute it with the following commands:

docker pull wiretrustee/wiretrustee:signal-latest
docker run -d --name wiretrustee-signal -p 10000:10000 wiretrustee/wiretrustee:signal-latest

The default log-level is set to INFO, if you need you can change it using by updating the docker cmd as followed:

docker run -d --name wiretrustee-signal -p 10000:10000 wiretrustee/wiretrustee:signal-latest --log-level DEBUG

Running Signal and Coturn

Under infrastructure_files we have a docker-compose example to run both, Wiretrustee Signal server and an instance of Coturn, it also provides a turnserver.conf file as a simple example of Coturn configuration. You can edit the turnserver.conf file and change its Realm setting (defaults to wiretrustee.com) to your own domain and user setting (defaults to username1:password1) to proper credentials.

The example is set to use the official images from Wiretrustee and Coturn, you can find our documentation to run the signal server in docker in [Running the Signal service](#Running the Signal service) and the Coturn official documentation here.

Run Coturn at your own risk, we are just providing an example, be sure to follow security best practices and to configure proper credentials as this service can be exploited and you may face large data transfer charges.

Also, if you have an SSL certificate you can modify the docker-compose.yml file to point to its files in your host machine, then switch the domainname to your own SSL domain. If you don't already have an SSL certificate, you can follow Certbot's official documentation to generate one from Let’s Encrypt, or, we found that the example provided by BigBlueButton covers the basics to configure Coturn with Let's Encrypt certs.

Simple docker-composer execution:

cd infrastructure_files
docker-compose up -d

You can check logs by running:

cd infrastructure_files
docker-compose logs signal
docker-compose logs coturn

If you need to stop the services, run the following:

cd infrastructure_files
docker-compose down