Gateways

The Nym gateway was built in the building nym section. If you haven’t yet built Nym and want to run the code, go there first.

Any syntax in <> brackets is a user’s unique variable. Exchange with a corresponding name without the <> brackets.

Current version

The last version before migration to nym-node was 1.1.33.

Preliminary steps

Make sure you do the preparation listed in the preliminary steps page before setting up your Gateway.

Gateway setup

Now that you have built the codebase, set up your wallet, and have a VPS with the nym-gateway binary, you can set up your gateway with the instructions below.

To begin, move to /target/release directory from which you run the node commands:

cd target/release

Viewing command help

You can check that your binaries are properly compiled with:

./nym-gateway --help

You can also check the various arguments required for individual commands with:

./nym-gateway <COMMAND> --help

Adding --no-banner startup flag will prevent Nym banner being printed even if run in tty environment.

Initialising your Gateway

As Nym developers build towards Exit Gateway functionality, operators can now run their nym-gateway binary with inbuilt Network Requester and include the our new exit policy. Considering the plan to smoosh all the nodes into one binary and have wide opened Exit Gateways, we recommend this setup, instead of operating two separate binaries.

Note: Due to the development towards Exit Gateway functionality the --host flag has been replaced with --listening-address, this is the IP address which is used for receiving sphinx packets and listening to client data. Another flag --public-ips is required; it’s a comma separated list of IP’s that are announced to the nym-api, it is usually the address which is used for bonding.

Initialising Exit Gateway

An operator can initialise the Exit Gateway functionality by adding Network Requester with the new exit policy option:

./nym-gateway init --id <ID> --listening-address 0.0.0.0 --public-ips "$(curl -4 https://ifconfig.me)" --with-network-requester --with-exit-policy true

You can see that the printed information besides identity and sphinx keys also includes a long string called address. This is the address to be provided to your local socks5 client as a --provider if you wish to connect to your own Exit Gateway.

Additionally

Add Network Requester to an existing Gateway

If you already upgraded your Gateway to the latest version and initialised without a Network Requester, you can easily change its functionality to Exit Gateway with a command setup-network-requester.

See the options:

./nym-gateway setup-network-requester --help

To setup Exit Gateway functionality with our new exit policy add a flag --with-exit-policy true.

./nym-gateway setup-network-requester --enabled true --with-exit-policy true --id <ID>

Say we have a Gateway with <ID> as new-gateway, originally initialised and ran without the Exit Gateway functionality. To change the setup, run:

./nym-gateway setup-network-requester --enabled true --with-exit-policy true --id new-gateway

In case there are any unexpected problems, you can also change it manually by editing the Gateway config file stored in /home/user/.nym/gateways/<ID>/config/config.toml where the line under [network_requester] needs to be edited from false to true.

[network_requester]
# Specifies whether Network Requester service is enabled in this process.
enabled = true

Save, exit and restart your Gateway. Now you are an operator of post-smooshed Exit Gateway.

Enable Nym exit policy to an existing Gateway with Network Requester functionality

In case you already added Network Requester functionality to your Gateway as described above but haven’t enabled the exit policy there is an easy tweak to do so and turn your node into Nym Exit Gateway.

Open the config file stored at .nym/gateways/<ID>/config/network_requester_config.toml and set:

use_deprecated_allow_list = false

Save, exit and restart your Gateway. Now you are an operator of post-smooshed Exit gateway.

For now you can run Gateway without Network Requester or with and without the new exit policy. This will soon change as we inform in our Project Smoosh FAQ.

To read more about the configuration like whitelisted outbound requesters in allowed.list and other useful information, see the page Network Requester whitelist.

Initialising Gateway without Network Requester

In case you don’t want to run your Gateway with the Exit Gateway functionality, you still can run a simple Gateway.

To check available configuration options use:

 ./nym-gateway init --help

The following command returns a Gateway on your current IP with the <ID> of simple-gateway:

./nym-gateway init --id simple-gateway --listening-address 0.0.0.0 --public-ips "$(curl -4 https://ifconfig.me)"

The $(curl -4 https://ifconfig.me) command above returns your IP automatically using an external service. Alternatively, you can enter your IP manually if you wish. If you do this, remember to enter your IP without any port information.

Running your Gateway

The run command starts the Gateway:

./nym-gateway run --id <ID>

Bonding your Gateway

Via the Desktop wallet (recommended)

You can bond your Gateway via the Desktop wallet. Make sure your Gateway is running first, then follow the steps below:

1. Open your wallet, and head to the Bonding page, then select the node type Gateway and input your node details. Press Next.

2. Enter the Amount, Operating cost and press Next.

3. You will be asked to run a the sign command with your gateway - copy and paste the long signature <PAYLOAD_GENERATED_BY_THE_WALLET> and paste it as a value of --contract-msg in the following command:

./nym-gateway sign --id <YOUR_ID> --contract-msg <PAYLOAD_GENERATED_BY_THE_WALLET>

It will look something like this (as <YOUR_ID> we used supergateway):

./nym-gateway sign --id supergateway --contract-msg 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


      _ __  _   _ _ __ ___
     | '_ \| | | | '_ \ _ \
     | | | | |_| | | | | | |
     |_| |_|\__, |_| |_| |_|
            |___/

             (nym-gateway - version v1.1.<XX>)


>>> attempting to sign 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
>>> decoding the message...
>>> message to sign: {"nonce":0,"algorithm":"ed25519","message_type":"gateway-bonding","content":{"sender":"n1ewmme88q22l8syvgshqma02jv0vqrug9zq9dy8","proxy":null,"funds":[{"denom":"unym","amount":"100000000"}],"data":{"gateway":{"host":"62.240.134.189","mix_port":1789,"clients_port":9000,"location":"62.240.134.189","sphinx_key":"FKbuN7mPdoCG9jA3CkAfXxC5X4rHhqeMVtmfRtJ3cFZd","identity_key":"3RoAhR8gEdfBETMjm2vbMFzKddxXDdE9ygBAnJHWqSzD","version":"1.1.13"}}}}
>>> The base58-encoded signature is:
2SPDjLjX4b6XEtkgG7yD8Znsb1xycL1edFvRK4JcVnPsM9k6HXEUUeVS6rswRiYxoj1bMgiRKyPDwiksiuyxu8Xi

• Copy the resulting signature:

# >>> The base58-encoded signature is:
2SPDjLjX4b6XEtkgG7yD8Znsb1xycL1edFvRK4JcVnPsM9k6HXEUUeVS6rswRiYxoj1bMgiRKyPDwiksiuyxu8Xi

• And paste it into the wallet nodal, press Next and confirm the transaction.

This image is just an example, copy-paste your own base58-encoded signature.

• Your Gateway is now bonded.

You are asked to sign a transaction on bonding so that the Mixnet smart contract is able to map your Nym address to your node. This allows us to create a nonce for each account and defend against replay attacks.

Via the CLI (power users)

If you want to bond your Gateway via the CLI, then check out the relevant section in the Nym CLI docs.

Maintenance

For Gateway upgrade, firewall setup, port configuration, API endpoints, VPS suggestions, automation, WSS setup and more, see the maintenance page