How to launch an ICRC-1 token on the Internet Computer without coding
Launching a blockchain token can involve development environments, smart contract work and decisions around network costs. On the Internet Computer, developers can use the ICRC token standards and third-party tools to create and deploy fungible tokens without writing Motoko or Rust themselves.
ICRC-1 is the Internet Computer’s adopted base standard for fungible tokens. It provides a common interface for token balances and transfers, helping wallets, applications and other services interact with compatible assets. ICRC-2 extends the standard with an approval and transfer-from mechanism, allowing a user to authorise another application or canister to move tokens on their behalf.
One feature of ICRC-1 is its account structure, which supports principals together with optional subaccounts. This allows applications to keep separate balances associated with the same principal. The standard also allows each ledger to define its own transfer fee, rather than relying on a single network-wide token fee.
The Internet Computer’s payment model differs from the gas model used on networks such as Ethereum. Canisters use cycles to pay for computation, storage and other resources, while users can interact with applications without directly paying the canister’s operating costs. Cycles are obtained by converting ICP through the Cycles Minting Canister.
For someone preparing to launch a token, several decisions need to be made before deployment. These include the token’s name, symbol, number of decimals, transfer fee and initial supply. The creator also needs to decide whether additional tokens can be minted in the future and who, if anyone, will control that process.
Decimals determine how finely the token can be divided, while the transfer fee determines the amount charged by the ledger for a transfer. Supply and future minting rules are separate design choices that can affect how the token is distributed and governed.
A typical deployment process starts with authentication. Internet Identity is the Internet Computer’s native authentication system and supports passkeys, with users authenticating through security features on their devices rather than conventional passwords.
A no-code deployment tool can then collect the token’s configuration through a form. The resulting ledger is deployed as a canister on the Internet Computer. Canisters receive a unique canister ID when they are created, and their operation is funded with cycles.
The amount of cycles required depends on the canister and its use. Developers need to monitor their cycle balance after launch because computation, storage and other network resources consume cycles over time.
Once the token is live, the technical launch is only one part of the process. A project may then need to establish distribution arrangements, integrate the token with compatible wallets and applications, or provide liquidity if it intends to support trading.
ICRC-2 can be useful for applications such as decentralised exchanges because it allows a user to approve a spender before that spender transfers tokens on the user’s behalf. The Internet Computer documentation lists exchange logic, payment processing and subscriptions among potential use cases.
Token creators also need to consider control of the ledger canister. Controllers can perform system-level actions such as upgrading a canister. Removing controllers can make a canister immutable, meaning its WebAssembly code can no longer be upgraded.
The availability of no-code tools lowers the technical barrier to creating an ICRC-1 token, but it does not remove the need for decisions around supply, fees, control, distribution and ongoing operating costs.
For projects considering an ICRC-1 launch, understanding those choices before deployment can help avoid changes later that may affect token holders, applications and the wider project.
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