> For the complete documentation index, see [llms.txt](https://archive-docs.klaytn.foundation/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://archive-docs.klaytn.foundation/content/smart-contract/sample-contracts/erc-721/2-erc721.md).
# 2. Deploying Smart Contract
You can use Remix Online IDE or use truffle to deploy above `MyERC721Card` smart contract.
## 2.1 Deploying smart contract using Remix Online IDE
* Please visit [Klaytn Plugin for Remix](https://ide.klaytn.foundation) and create a `MyERC721Card` contract. The complete source code is given at [Writing ERC-721 Smart Contract](/content/smart-contract/sample-contracts/erc-721/1-erc721.md).
* Create an account to deploy the contract with.
* If you do not have an account yet, create one at or .
* Get some test KLAY from the faucet -
* Let's deploy `MyERC721Card.sol` as below.
Now `MyERC721Card` is live! You can mint and transfer cards which are ERC-721 compatible non-fungible tokens.
Let's mint two cards, i.e. `King` and `Queen` cards, for account `0x2645BA5Be42FfEe907ca8e9d88f6Ee6dAd8c1410` as below.
 
Now we have minted two cards and let's check the status of these `MyERC721Card` non-fungible token.
* `balanceOf` shows that account `0x2645BA5Be42FfEe907ca8e9d88f6Ee6dAd8c1410` has two cards.
* `cards` with parameter `1` shows that `MyERC721Card` with token ID `1` is a `Queen` of level 1.
* `ownerOf` with parameter `0` shows that owner of `MyERC721Card` with token ID `0` is `0x2645BA5Be42FfEe907ca8e9d88f6Ee6dAd8c1410`.
## 2.2 Deploying smart contract using truffle
You should have installed [node.js](https://nodejs.org/) in your environment. Please take a look at [Installing Node.js via package manager](https://nodejs.org/en/download/package-manager/) to install node.js using package manager in various environment.
```
$ mkdir klaytn
$ cd klaytn
$ npm init # initialize npm at the erc20token directory
$ npm install truffle@4.1.15
$ npm install caver-js@latest # installing caver-js
$ ln -s node_modules/truffle/build/cli.bundled.js truffle
$ export PATH=`pwd`:$PATH
```
Now you have installed truffle and caver-js which are required to deploy smart contracts.
Let's prepare `truffle` and a smart contract `MyERC721Card.sol`.
```
$ mkdir myerc721
$ cd myerc721
$ truffle init
```
Now you will have following directory structures.
```
.
├── contracts
│ ├── Migrations.sol
├── migrations
│ └── 1_initial_migration.js
└── truffle-config.js
```
After write `MyERC721Card.sol` and locate it to `contracts` directory, directory structure will be as follows.
Now you will have following directory structures.
```
.
├── contracts
│ ├── Migrations.sol
│ └── MyERC721Card.sol
├── migrations
│ └── 1_initial_migration.js
└── truffle-config.js
```
Also, edit `1_initial_migration.js` as shown below to deploy the `MyERC721Card` contract.
```javascript
const Migrations = artifacts.require("./Migrations.sol");
const MyERC721Card = artifacts.require("./MyERC721Card.sol");
module.exports = function(deployer) {
deployer.deploy(Migrations);
deployer.deploy(MyERC721Card)
};
```
You also have to configure `truffle-config.js` to deploy the smart contract to Klaytn network. This is the same step described at [Deploying a Smart Contract using Truffle](/content/getting-started/quick-start/deploy-a-smart-contract.md#deploying-a-smart-contract-using-truffle)
```
// truffle-config.js
module.exports = {
networks: {
baobab: {
host: '127.0.0.1',
port: 8551,
from: '0xabcdabcdabcdabcdabcdabcdabcdabcdabcdabcd', // enter your account address
network_id: '1001', // Baobab network id
gas: 20000000, // transaction gas limit
gasPrice: 250000000000, // gasPrice of Baobab is 250 ston
},
},
compilers: {
solc: {
version: "0.5.12" // Specify compiler's version to 0.5.12
}
}
};
```
Now you are all ready, let's deploy `MyERC721Card.sol` using the following command.
```
$ truffle deploy --network baobab --reset
Compiling ./contracts/MyERC721Card.sol...
Writing artifacts to ./build/contracts
Using network 'baobab'.
Running migration: 1_initial_migration.js
Replacing Migrations...
... 0x5a947f076f4570dff8ff18b1ae3557e27dd69c92ce38a3c97fad8f5355914066
Migrations: 0x0d737e9865e5fc4c1ff53744fd2c13c52a44b9bc
Deploying MyERC721Card...
... 0x1571e80552dab1d67260e8914e06d9b16ccae16fb698c750f6a09aab12517bc1
MyERC721Card: 0xc3d282926871c505f334d0f2c85ad52758347831
Saving successful migration to network...
... 0x5b984b3f79c425d80470a96d5badb857fc05e7f31d94423044ae3119c639aa77
Saving artifacts...
```
The console output shows that the transaction hash for deploying `MyERC721Card` is `0x1571e80552dab1d67260e8914e06d9b16ccae16fb698c750f6a09aab12517bc1` and the address of `MyERC721Card` is `0xc3d282926871c505f334d0f2c85ad52758347831`.