Launch a Token - Injective Docs

Within this document, we’ll explain how to launch a token on Injective. There are two options for launching a token on Injective: bridging an existing token or creating a new token.

Bridging

The easiest way to launch a token on Injective is by bridging your existing assets from one of the supported networks that Injective is interoperable with. There are guides in the bridge sections that you can reference to bridge assets from other networks to Injective. Once the bridging process is completed, a token will be created on Injective, which you can then use to launch a market.

Creating a New Token

You can also create a new token on Injective using the TokenFactory module. There are multiple ways on how to achieve this.

Using Injective Hub

The Injective Hub web app provides you the ability to create and manage tokens seamlessly, creating a market on Injective’s native orderbook, etc.

Using TokenStation

The TokenStation web app provides you the ability to create and manage tokens seamlessly, creating a market on Injective’s native orderbook, launching an airdrop, and much more.

Using DojoSwap

Similar to above, you can utilize DojoSwap’s Market Creation module to create, manage, and list your token, along with several other useful features.

Programmatically

Using TypeScript

Learn more about launching a token.

Using Injective CLI

You have to have injectived installed locally before proceeding with this tutorial. You can learn more about it on the injectivedpage.

Once you have injectived installed and a key added, you can use the CLI to launch your token:

Create a TokenFactory denom

The fee for creating a factory denom is 0.1 INJ.

injectived tx tokenfactory create-denom [subdenom] [name] [symbol] [decimals] --from=YOUR_KEY --chain-id=injective-888 --node=https://testnet.tm.injective.network:443 --gas-prices=500000000inj --gas 1000000

Tokens are namespaced by the creator address to be permissionless and avoid name collision. In the example above, the subdenom is ak but the denom naming will be factory/{creator address}/{subdenom}.

Submit token metadata

To get your token visible on Injective dApps, you have to submit its metadata.

injectived tx tokenfactory set-denom-metadata "My Token Description" 'factory/inj17vytdwqczqz72j65saukplrktd4gyfme5agf6c/ak' AKK AKCoin AK '' '' '[
{"denom":"factory/inj17vytdwqczqz72j65saukplrktd4gyfme5agf6c/ak","exponent":0,"aliases":[]},
{"denom":"AKK","exponent":6,"aliases":[]}
]' 6 --from=YOUR_KEY --chain-id=injective-888 --node=https://testnet.sentry.tm.injective.network:443 --gas-prices=500000000inj --gas 1000000

This command expects the following arguments:

injectived tx tokenfactory set-denom-metadata [description] [base] [display] [name] [symbol] [uri] [uri-hash] [denom-unit (json)] [decimals]

Mint tokens

Once you have created your token and submitted the token metadata, it’s time to mint your tokens.

injectived tx tokenfactory mint 1000000factory/inj17vytdwqczqz72j65saukplrktd4gyfme5agf6c/ak --from=gov --chain-id=injective-888 --node=https://testnet.sentry.tm.injective.network:443 --gas-prices=500000000inj --gas 1000000

This command will mint 1 token, assuming your token has 6 decimals.

Burn tokens

The admin of the token, can also burn the tokens.

injectived tx tokenfactory burn 1000000factory/inj17vytdwqczqz72j65saukplrktd4gyfme5agf6c/ak --from=gov --chain-id=injective-888 --node=https://testnet.sentry.tm.injective.network:443 --gas-prices=500000000inj --gas 1000000

Change admin

It’s recommended once you have minted the initial supply to change admin to the null address to make sure that the supply of the token cannot be manipulated. Once again, the admin of the token can mint and burn supply anytime. The NEW_ADDRESS, as explained above in most of the cases should be set to inj1qqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqe2hm49.

injectived tx tokenfactory change-admin factory/inj17vytdwqczqz72j65saukplrktd4gyfme5agf6c/ak NEW_ADDRESS --from=gov --chain-id=injective-888 --node=https://testnet.sentry.tm.injective.network:443 --gas-prices=500000000inj --gas 1000000

The examples above are for testnet. If you want to run them on mainnet, do the following changes:injective-888 > injective-1https://testnet.sentry.tm.injective.network:443 > http://sentry.tm.injective.network:443

Using Cosmwasm

To create and manage a bank token programmatically via a smart contract, one can use the following messages found in the injective-cosmwasm package:
create_new_denom_msg

pub fn create_new_denom_msg(sender: String, subdenom: String) -> CosmosMsg<InjectiveMsgWrapper> {
    InjectiveMsgWrapper {
        route: InjectiveRoute::Tokenfactory,
        msg_data: InjectiveMsg::CreateDenom { sender, subdenom },
    }
    .into()
}

Purpose: Creates a message to create a new token denomination using the tokenfactory module. Parameters:

sender: The address of the account initiating the creation.
subdenom: The sub-denomination identifier for the new token.

Returns: A CosmosMsg wrapped in an InjectiveMsgWrapper, ready to be sent to the Injective blockchain. Example:

let new_denom_message = create_new_denom_msg(
    env.contract.address,  // Sender's address
    "mytoken".to_string(), // Sub-denomination identifier
);

`create_set_token_metadata_msg`

pub fn create_set_token_metadata_msg(denom: String, name: String, symbol: String, decimals: u8) -> CosmosMsg<InjectiveMsgWrapper> {
    InjectiveMsgWrapper {
        route: InjectiveRoute::Tokenfactory,
        msg_data: InjectiveMsg::SetTokenMetadata {
            denom,
            name,
            symbol,
            decimals,
        },
    }
    .into()
}

Purpose: Creates a message to set or update metadata for a token. Parameters:

denom: The denomination identifier of the token.
name: The full name of the token.
symbol: The symbol of the token.
decimals: The number of decimal places the token uses.

Returns: A CosmosMsg wrapped in an InjectiveMsgWrapper, ready to be sent to the Injective blockchain. Example:

let metadata_message = create_set_token_metadata_msg(
    "mytoken".to_string(),         // Denomination identifier
    "My Custom Token".to_string(), // Full name
    "MYT".to_string(),             // Symbol
    18,                            // Number of decimals
);

`create_mint_tokens_msg`

pub fn create_mint_tokens_msg(sender: Addr, amount: Coin, mint_to: String) -> CosmosMsg<InjectiveMsgWrapper> {
    InjectiveMsgWrapper {
        route: InjectiveRoute::Tokenfactory,
        msg_data: InjectiveMsg::Mint { sender, amount, mint_to },
    }
    .into()
}

Purpose: Creates a message to mint new tokens. The token must be a tokenfactory token and the sender must be the token admin. Parameters:

sender: The address of the account initiating the mint operation.
amount: The amount of tokens to mint.
mint_to: The recipient address where the newly minted tokens should be sent.

Returns: A CosmosMsg wrapped in an InjectiveMsgWrapper, ready to be sent to the Injective blockchain. Example:

let mint_message = create_mint_tokens_msg(
    env.contract.address,                                   // Sender's address
    Coin::new(1000, "factory/<creator-address>/mytoken"),   // Amount to mint
    "inj1...".to_string(),                                  // Recipient's address
);

`create_burn_tokens_msg`

pub fn create_burn_tokens_msg(sender: Addr, amount: Coin) -> CosmosMsg<InjectiveMsgWrapper> {
    InjectiveMsgWrapper {
        route: InjectiveRoute::Tokenfactory,
        msg_data: InjectiveMsg::Burn { sender, amount },
    }
    .into()
}

Purpose: Creates a message to burn tokens. The token must be a tokenfactory token and the sender must be the token admin. Parameters:

sender: The address of the account initiating the burn operation.
amount: The amount of tokens to burn.

Returns: A CosmosMsg wrapped in an InjectiveMsgWrapper, ready to be sent to the Injective blockchain. Example:

let burn_message = create_burn_tokens_msg(
    env.contract.address,                                    // Sender's address
    Coin::new(500, "factory/<creator-address>/mytoken"),     // Amount to burn
);

INJECTIVE

Documentation Index

​Bridging

​Creating a New Token

​Using Injective Hub

​Using TokenStation​

​Using DojoSwap​

​Programmatically

​Using TypeScript

​Using Injective CLI

​Using Cosmwasm

​create_set_token_metadata_msg

​create_mint_tokens_msg

​create_burn_tokens_msg

Bridging

Creating a New Token

Using Injective Hub

Using TokenStation

Using DojoSwap

Programmatically

Using TypeScript

Using Injective CLI

Using Cosmwasm

`create_set_token_metadata_msg`

`create_mint_tokens_msg`

`create_burn_tokens_msg`