How to Setup a Triton Service Node

Hey everyone, this is a quick tutorial on how to setup a Triton Service Node. We will try to make this as simple and easy to understand as possible. If you have any additional questions after this article, let us know so we can improve upon it, thanks!

Tutorial adapted from

Service Node Requirements

  • Ubuntu Server
  • 50gb Storage
  • 2-4gb of Ram
  • 40,000 XTRI

Table of Contents

  1. Getting a Server
  2. Prepare Your Server
  3. Download Triton
  4. Register Node
  5. Check Registration

Getting a Server

Let’s get started. Choosing where to set up a Service Node is the biggest choice you will make when running a Service Node. There are a number of things to consider. Because you will be locking up funds for 6 weeks at a time, you will want to ensure that your server has:

  • A stable, relatively fast connection to be able to respond to ping requests to avoid being booted off the network
  • At Least a 50GB SSD or Hard disk drive, this will be used to store the blockchain.
  • A stable power supply. If your server goes down during the staking period, you may get kicked off the network, and not receive rewards while your funds are still locked for the remainder of the staking period.

Typically, the easiest and cheapest way to host a server outside of your home is to use a Virtual Private Server (VPS). There are thousands of options when it comes to VPS providers, but for now, just about any one will do. Harrison and I have been using Digital Ocean and Vultr for all of our server needs and we would recommend their services. You can use our affiliate links to help support the project!



Prepare Your Server

Every provider has a slightly different way of issuing you access to your new VPS. Most will send an email with the IP address, root username, and a root password of the VPS.

To access your server, you will need a SSH client for your operating system. Because we’re on Windows today, we’ll download PuTTY, Mac users can also use PuTTY. If you’re a Linux user, you probably don’t want us telling you where to get a SSH client from.

To connect to our VPS we will need to paste the IP address into the SSH client’s “Host Name (or IP address)” input box and click the “Open” button. The Port number can usually just be left as 22.

After connecting, a terminal window will now appear prompting for your log-in details, username(root) and password, which were provided by your VPS provider. When entering your password, nothing will visually appear in the terminal. This is normal. Hit enter when it’s typed or pasted, and you should be logged in to your VPS.

Next, we should update our package lists, the below command downloads the package lists from the repositories and “updates” them to get information on the newest versions of packages and their dependencies. It will do this for all repositories and PPAs.

Run sudo apt update

You will notice a bunch of package lists were downloaded, once this is complete run the below command to fetch new versions of any packages we currently have installed on the system.

Run sudo apt upgrade

You will be prompted to authorize the use of disk space, type ‘y’ and enter to authorize.

If you are prompted during the upgrade that a new version of any file is available then click the up and down arrows until you are hovering over install the package maintainer’s version and click enter.

Create a non-root User

Best practice when running a public server is to not run your software as the root user. Although it is possible to do everything as root, it is strongly recommended that you create a non-root user on our VPS by running the following command:

adduser <username>

Replacing <username> with a name you will log-in with. For this user-guide we will use snode as our username.

adduser snode

The terminal will prompt you for a new password for our newly created user. Use a secure password that is different password from the root password.

Once the password has been set, the terminal will prompt for a few details about the individual running the user. You can just hit enter through each of the inputs as the details are not important for the purposes of running a Service Node.

Once that’s done, run the following two commands to give our new account admin privileges and to change to such account.

usermod -aG sudo snode

su – snode

Before we proceed further, it is advised to close your terminal and reopen PuTTY to set up a saved session with our snode user. Your SSH client will have a load and save session function. For PuTTY we will need to type in our VPS IP address again, on the same screen type snode under “Saved Session”. Click on “Data” under the drop-down menu “Connection”, and type in snode (or your username defined before) into the input box “Auto-login username”. Go back to your session screen, where we entered the IP address, and click “Save”. You can load this session whenever you want to check on your Service Node.

Downloading Triton Binaries

Now enter

sudo apt install wget unzip

sudo apt install build-essential cmake pkg-config libboost-all-dev libssl-dev libzmq3-dev libunbound-dev libsodium-dev libunwind8-dev liblzma-dev libreadline6-dev libldns-dev libexpat1-dev doxygen graphviz libpgm-dev



Run Triton Service Node Daemon

After downloading, you can run Triton daemon directly in your terminal, but this is not a viable approach to running it as a service node: when you close PuTTY the program running inside it will also shut down.

Instead we will configure the Triton daemon as a system service which makes it automatically start up if the server reboots, and restarts it automatically if it crashes for some reason.

  1. Create the tritond.service file. Run
    sudo nano /etc/systemd/system/tritond.service
  2. Copy the text below and paste it into you new file
Description=triton service node
ExecStart=/home/snode/triton/tritond --non-interactive --service-node
  1. If you chose a username other than ‘snode‘, then change ‘snode‘ in the ‘User=‘ and ‘ExecStart=‘ lines to the username you set.
  2. Once completed, save the file and quit nano: CTRL+S -> X -> ENTER.
  3. Reload systemd manager configuration (to make it re-read the new service file). Run sudo systemctl daemon-reload
  4. Enable tritond.service so that it starts automatically upon boot. Run sudo systemctl enable tritond.service
  5. Start tritond.service. Run sudo systemctl start tritond.service

Double check that all lines are exactly the same.

The daemon will now start syncing. You won’t be able to do much if it hasn’t synced.

To watch the progress at any time you can use the following command (hit Ctrl-C when you are done watching it). You should see it syncing the blockchain:

sudo journalctl -u tritond.service -af 

Alternatively you can ask the daemon to report its sync status using the following command:

~/triton/tritond status

Service Node Registration

NOTE: Please do not stake until the hardfork height of block 106,750. Leave this section until then!

Let’s get your service node registered! Grab your address from the wallet you would like to be rewarded.

Run command ~/triton/tritond prepare_sn

Follow the prompted information and when you are finished you will be outputted a command shown here register_service_node ...

Copy that command and paste that into your wallet command line with the necessary funding.

Check your SN key on the explorer at

To get your key run ~/triton/tritond print_sn_key

If you want more detailed Service Node status you can use the follow command: ~/triton/tritond print_sn_status

Thanks everyone, there will be some minor additions added to this article shortly. We will keep you updated on Twitter and in the Triton Discord!

Leave a Reply