Vue

Introduction

AppKit has support for Wagmi and Ethers v6 on Ethereum, @solana/web3.js on Solana and Bitcoin. Choose one of these to get started.

Installation

AppKit CLI

Reown offers a dedicated CLI to set up a minimal version of AppKit in the easiest and quickest way possible.

To do this, please run the command below.

npx @reown/appkit-cli

After running the command, you will be prompted to confirm the installation of the CLI. Upon your confirmation, the CLI will request the following details:

Project Name: Enter the name for your project.
Framework: Select your preferred framework or library. Currently, you have three options: React, Next.js, and Vue.
Network-Specific libraries: Choose whether you want to install Wagmi, Ethers, Solana, or Multichain (EVM + Solana).

After providing the project name and selecting your preferences, the CLI will install a minimal example of AppKit with your preferred blockchain library. The example will be pre-configured with a projectId that will only work on localhost.

To fully configure your project, please obtain a projectId from the Reown Cloud Dashboard and update your project accordingly.

Refer to this section for more information.

Custom Installation

npm install @reown/appkit @reown/appkit-adapter-wagmi @tanstack/vue-query @wagmi/vue viem

npm install @reown/appkit @reown/appkit-adapter-wagmi @tanstack/vue-query @wagmi/vue viem

npm install @reown/appkit @reown/appkit-adapter-ethers5 ethers@5.7.2

npm install @reown/appkit @reown/appkit-adapter-ethers ethers

npm install @reown/appkit @reown/appkit-adapter-solana

npm install @reown/appkit @reown/appkit-adapter-bitcoin

Don’t have a project ID?

Head over to Reown Cloud and create a new project now!

Get started

Cloud Configuration

Create a new project on Reown Cloud at https://cloud.reown.com and obtain a new project ID.

Implementation

wagmi Example

Check the Vue wagmi example

For a quick integration, you can use the createAppKit function with a unified configuration. This automatically applies the predefined configurations for different adapters like Wagmi, Ethers, or Solana, so you no longer need to manually configure each one individually. Simply pass the common parameters such as projectId, chains, metadata, etc., and the function will handle the adapter-specific configurations under the hood.

This includes WalletConnect, Coinbase and Injected connectors, and the Blockchain API as a transport

If you’re using Nuxt, you can set wagmi’s ssr option to true and call the reconnect function after your application mounts.

In your App.vue file set up the following configuration

<script lang="ts" setup>
  import { createAppKit } from '@reown/appkit/vue'
  import { arbitrum, mainnet, type AppKitNetwork } from '@reown/appkit/networks'
  import { WagmiAdapter } from '@reown/appkit-adapter-wagmi'

  // 1. Get projectId from https://cloud.reown.com
  const projectId = 'YOUR_PROJECT_ID'

  // 2. Create a metadata object
  const metadata = {
    name: 'AppKit',
    description: 'AppKit Example',
    url: 'https://example.com', // origin must match your domain & subdomain
    icons: ['https://avatars.githubusercontent.com/u/179229932']
  }

  // 3. Set the networks
  const networks: [AppKitNetwork, ...AppKitNetwork[]] = [mainnet, polygon, base]

  // 4. Create Wagmi Adapter
  const wagmiAdapter = new WagmiAdapter({
    networks,
    projectId
  })

  // 5. Create the modal
  const modal = createAppKit({
    adapters: [wagmiAdapter],
    networks,
    projectId,
    metadata,
    features: {
      analytics: true // Optional - defaults to your Cloud configuration
    }
  })
</script>

<template> // Rest of your app ... </template>

Importing networks

Reown AppKit use Viem networks under the hood, which provide a wide variety of networks for EVM chains. You can find all the networks supported by Viem within the @reown/appkit/networks path.

import { createAppKit } from '@reown/appkit/vue'
import { mainnet, arbitrum, base, scroll, polygon } from '@reown/appkit/networks'

Looking to add a custom network? Check out the custom networks section.

wagmi Example

Check the Vue wagmi example

This includes WalletConnect, Coinbase and Injected connectors, and the Blockchain API as a transport

If you’re using Nuxt, you can set wagmi’s ssr option to true and call the reconnect function after your application mounts.

In your App.vue file set up the following configuration

<script lang="ts" setup>
  import { createAppKit } from '@reown/appkit/vue'
  import { arbitrum, mainnet, type AppKitNetwork } from '@reown/appkit/networks'
  import { WagmiAdapter } from '@reown/appkit-adapter-wagmi'

  // 1. Get projectId from https://cloud.reown.com
  const projectId = 'YOUR_PROJECT_ID'

  // 2. Create a metadata object
  const metadata = {
    name: 'AppKit',
    description: 'AppKit Example',
    url: 'https://example.com', // origin must match your domain & subdomain
    icons: ['https://avatars.githubusercontent.com/u/179229932']
  }

  // 3. Set the networks
  const networks: [AppKitNetwork, ...AppKitNetwork[]] = [mainnet, polygon, base]

  // 4. Create Wagmi Adapter
  const wagmiAdapter = new WagmiAdapter({
    networks,
    projectId
  })

  // 5. Create the modal
  const modal = createAppKit({
    adapters: [wagmiAdapter],
    networks,
    projectId,
    metadata,
    features: {
      analytics: true // Optional - defaults to your Cloud configuration
    }
  })
</script>

<template> // Rest of your app ... </template>

Importing networks

Reown AppKit use Viem networks under the hood, which provide a wide variety of networks for EVM chains. You can find all the networks supported by Viem within the @reown/appkit/networks path.

import { createAppKit } from '@reown/appkit/vue'
import { mainnet, arbitrum, base, scroll, polygon } from '@reown/appkit/networks'

Looking to add a custom network? Check out the custom networks section.

In your App.vue file set up the following configuration.

<script setup lang="ts">
  import { createAppKit, useAppKit } from "@reown/appkit/vue";
  import { Ethers5Adapter } from "@reown/appkit-adapter-ethers5";
  import { mainnet, arbitrum } from "@reown/appkit/networks";

  // 1. Get projectId at https://cloud.reown.com
  const projectId = "YOUR_PROJECT_ID";

  function getBlockchainApiRpcUrl(chainId) {
    return `https://rpc.walletconnect.org/v1/?chainId=eip155:${chainId}&projectId=${projectId}`;
  }

  // 2. Create your application's metadata object
  const metadata = {
    name: "My Website",
    description: "My Website description",
    url: "https://mywebsite.com", // url must match your domain & subdomain
    icons: ["https://avatars.mywebsite.com/"],
  };

  // 3. Create a AppKit instance
  createAppKit({
    adapters: [new Ethers5Adapter()],
    networks: [mainnet, arbitrum],
    projectId,
    features: {
      analytics: true, // Optional - defaults to your Cloud configuration
    },
  });

  // 4. Use modal composable
  const modal = useAppKit();
</script>

<template> // Rest of your app ... </template>

Make sure that the url from the metadata matches your domain and subdomain. This will later be used by the Verify API to tell wallets if your application has been verified or not.

ethers Example

Check the Vue ethers example

In your App.vue file set up the following configuration.

<script setup lang="ts">
  import { createAppKit, useAppKit } from "@reown/appkit/vue";
  import { EthersAdapter } from "@reown/appkit-adapter-ethers";
  import { mainnet, arbitrum } from "@reown/appkit/networks";

  // 1. Get projectId from https://cloud.reown.com
  const projectId = "YOUR_PROJECT_ID";

  // 2. Create your application's metadata object
  const metadata = {
    name: "My Website",
    description: "My Website description",
    url: "https://mywebsite.com", // url must match your domain & subdomain
    icons: ["https://avatars.mywebsite.com/"],
  };

  // 3. Create a AppKit instance
  createAppKit({
    adapters: [new EthersAdapter()],
    networks: [mainnet, arbitrum],
    metadata,
    projectId,
    features: {
      analytics: true, // Optional - defaults to your Cloud configuration
    },
  });

  // 4. Use modal composable
  const modal = useAppKit();
</script>

<template> // Rest of your app ... </template>

Make sure that the url from the metadata matches your domain and subdomain. This will later be used by the Verify API to tell wallets if your application has been verified or not.

Solana Example

Check the Vue Solana example

In your App.vue file set up the following configuration.

<script setup lang="ts">
  import { createAppKit, useAppKit } from "@reown/appkit-solana/vue";
  import { SolanaAdapter } from "@reown/appkit-adapter-solana/vue";
  import { solana, solanaTestnet, solanaDevnet } from "@reown/appkit/networks";

  // 1. Get projectId from https://cloud.reown.com
  const projectId = "YOUR_PROJECT_ID";

  // 2. Set up metadata
  const metadata = {
    name: "AppKit",
    description: "AppKit Solana Example",
    url: "https://example.com", // origin must match your domain & subdomain
    icons: ["https://avatars.githubusercontent.com/u/179229932"],
  };

  // 3. Set up Solana Adapter
  const solanaWeb3JsAdapter = new SolanaAdapter();

  // 4. Create modal
  createAppKit({
    adapters: [solanaWeb3JsAdapter],
    metadata,
    networks: [solana, solanaTestnet, solanaDevnet],
    projectId
  });
</script>

<template> // Rest of your app ... </template>

Make sure that the url from the metadata matches your domain and subdomain. This will later be used by the Verify API to tell wallets if your application has been verified or not.

Bitcoin Example

Check the Vue Bitcoin example

AppKit Bitcoin provides a set of React components and hooks to easily connect Bitcoin wallets with your application.

On top of your app set up the following configuration, making sure that all functions are called outside any React component to avoid unwanted rerenders.

In your App.vue file set up the following configuration.

<script setup lang="ts">

import { createAppKit } from '@reown/appkit/react'
import { BitcoinAdapter } from '@reown/appkit-adapter-bitcoin'
import { bitcoin } from '@reown/appkit/networks'

// 1. Get projectId from https://cloud.reown.com
const projectId = 'YOUR_PROJECT_ID'

// 2. Set the networks
const networks = [bitcoin]

// 3. Set up Bitcoin Adapter
const bitcoinAdapter = new BitcoinAdapter({
  projectId
})

// 4. Create a metadata object - optional
const metadata = {
  name: 'AppKit',
  description: 'AppKit Bitcoin Example',
  url: 'https://example.com', // origin must match your domain & subdomain
  icons: ['https://avatars.githubusercontent.com/u/179229932']
}

// 5. Create modal
createAppKit({
  adapters: [bitcoinAdapter],
  networks,
  metadata,
  projectId,
  features: {
    analytics: true // Optional - defaults to your Cloud configuration,
    email: false,
    socials: []
  }
})
</script>

<template> // Rest of your app ... </template>

Bitcoin Provider Interface

export interface BitcoinConnector extends ChainAdapterConnector, Provider {
  getAccountAddresses(): Promise<BitcoinConnector.AccountAddress[]>;
  signMessage(params: BitcoinConnector.SignMessageParams): Promise<string>;
  sendTransfer(params: BitcoinConnector.SendTransferParams): Promise<string>;
  signPSBT(
    params: BitcoinConnector.SignPSBTParams
  ): Promise<BitcoinConnector.SignPSBTResponse>;
}

Parameters

  export type SignMessageParams = {
    /**
     * The message to be signed
     */
    message: string
    /**
     * The address to sign the message with
     */
    address: string
  }

  export type SignMessageParams = {
    /**
     * The message to be signed
     */
    message: string
    /**
     * The address to sign the message with
     */
    address: string
  }

  export type SendTransferParams = {
    /**
     * The amount to be sent in satoshis
     */
    amount: string
    /**
     * The address to send the transfer to
     */
    recipient: string
  }

  export type SignPSBTParams = {
    /**
     * The PSBT to be signed, string base64 encoded
     */
    psbt: string
    signInputs: {
      /**
       * The address whose private key to use for signing.
       */
      address: string
      /**
       * Specifies which input to sign
       */
      index: number
      /**
       * Specifies which part(s) of the transaction the signature commits to
       */
      sighashTypes: number[]
    }[]

    /**
     * If `true`, the PSBT will be broadcasted after signing. Default is `false`.
     */
    broadcast?: boolean

}

Responses

  export type AccountAddress = {
    /**
     * Public address belonging to the account.
     */
    address: string
    /**
     * Public key for the derivation path in hex, without 0x prefix
     */
    publicKey?: string
    /**
     * The derivation path of the address e.g. "m/84'/0'/0'/0/0"
     */
    path?: string
    /**
     * The purpose of the address
     */
    purpose: 'payment' | 'ordinal' | 'stx'
  }

  export type AccountAddress = {
    /**
     * Public address belonging to the account.
     */
    address: string
    /**
     * Public key for the derivation path in hex, without 0x prefix
     */
    publicKey?: string
    /**
     * The derivation path of the address e.g. "m/84'/0'/0'/0/0"
     */
    path?: string
    /**
     * The purpose of the address
     */
    purpose: 'payment' | 'ordinal' | 'stx'
  }

  export type SignPSBTResponse = {
    /**
     * The signed PSBT, string base64 encoded
     */
    psbt: string
    /**
     * The `string` transaction id of the broadcasted transaction or `undefined` if not broadcasted
     */
    txid?: string
  }

To open AppKit you can use our web component or build your own button with AppKit composables. In this example we are going to use the <appkit-button> component.

Web components are global html elements that don’t require importing.

<template>
  <appkit-button />
</template>

Learn more about the AppKit web components here

To open AppKit you can use our web component or build your own button with AppKit composables. In this example we are going to use the <appkit-button> component.

Web components are global html elements that don’t require importing.

<template>
  <appkit-button />
</template>

Learn more about the AppKit web components here

To open AppKit you can use our web component or build your own button with the AppKit composables.

<template>
  <appkit-button />
</template>

Learn more about the AppKit web components here

Web components are global html elements that don’t require importing.

<template>
  <appkit-button />
</template>

Learn more about the AppKit web components here

Web components are global html elements that don’t require importing.

You can trigger the modal by calling the open method from useAppKit composable.

<template>
  <button @click="modal.open()">Open Connect Modal</button>
  <button @click="modal.open({ view: 'Networks' })">Open Network Modal</button>
</template>

Learn more about the AppKit composables here

To open AppKit you can use our web component or build your own button with the AppKit composables.

<template>
  <appkit-button />
</template>

Learn more about the AppKit web components here

Web components are global html elements that don’t require importing.

<template>
  <appkit-button />
</template>

Learn more about the AppKit web components here

Web components are global html elements that don’t require importing.

You can trigger the modal by calling the open method from useAppKit composable.

<template>
  <button @click="modal.open()">Open Connect Modal</button>
  <button @click="modal.open({ view: 'Networks' })">Open Network Modal</button>
</template>

Learn more about the AppKit composables here

To open AppKit you can use our web component or build your own button with the AppKit composables.

<template>
  <appkit-button />
</template>

Learn more about the Appkit web components here

Web components are global html elements that don’t require importing.

<template>
  <appkit-button />
</template>

Learn more about the Appkit web components here

Web components are global html elements that don’t require importing.

You can trigger the modal by calling the open method from useAppKit composable.

<template>
  <button @click="modal.open()">Open Connect Modal</button>
  <button @click="modal.open({ view: 'Networks' })">Open Network Modal</button>
</template>

Learn more about the AppKit composables here

To open AppKit you can use our web component or build your own button with AppKit composables. In this example we are going to use the <appkit-button> component.

Web components are global html elements that don’t require importing.

<template>
  <appkit-button />
</template>

Smart Contract Interaction

Wagmi actions can help us interact with wallets and smart contracts:

<script setup lang="ts">
  import { readContract } from "@wagmi/core";
  import { USDTAbi } from "../abi/USDTAbi";

  const USDTAddress = "0x...";

  const data = readContract({
    abi: USDTAbi,
    address: USDTAddress,
    functionName: "symbol",
  });
</script>

Read more about Wagmi actions for smart contract interaction here.

Wagmi actions can help us interact with wallets and smart contracts:

<script setup lang="ts">
  import { readContract } from "@wagmi/core";
  import { USDTAbi } from "../abi/USDTAbi";

  const USDTAddress = "0x...";

  const data = readContract({
    abi: USDTAbi,
    address: USDTAddress,
    functionName: "symbol",
  });
</script>

Read more about Wagmi actions for smart contract interaction here.

Ethers can help us interact with wallets and smart contracts:

<script setup lang="ts">
  import { useAppKitProvider, useAppKitAccount } from "@reown/appkit/vue";
  import { BrowserProvider, Contract, formatUnits } from "ethers";

  const USDTAddress = "0x617f3112bf5397D0467D315cC709EF968D9ba546";

  // The ERC-20 Contract ABI, which is a common contract interface
  // for tokens (this is the Human-Readable ABI format)
  const USDTAbi = [
    "function name() view returns (string)",
    "function symbol() view returns (string)",
    "function balanceOf(address) view returns (uint)",
    "function transfer(address to, uint amount)",
    "event Transfer(address indexed from, address indexed to, uint amount)",
  ];

  function Components() {
    const { address, isConnected } = useAppKitAccount();
    const { walletProvider } = useAppKitProvider("eip155");

    async function getBalance() {
      if (!isConnected) throw Error("User disconnected");

      const ethersProvider = new BrowserProvider(walletProvider);
      const signer = await ethersProvider.getSigner();
      // The Contract object
      const USDTContract = new Contract(USDTAddress, USDTAbi, signer);
      const USDTBalance = await USDTContract.balanceOf(address);

      console.log(formatUnits(USDTBalance, 18));
    }
    return <button onClick={getBalance}>Get User Balance</button>;
  }
</script>

@Solana/web3.js library allows for seamless interaction with wallets and smart contracts on the Solana blockchain.

For a practical example of how it works, you can refer to our lab dApp.

import { ref } from 'vue';
import {
  SystemProgram,
  PublicKey,
  Keypair,
  Transaction,
  TransactionInstruction,
  LAMPORTS_PER_SOL
} from '@solana/web3.js';
import { useAppKitAccount, useAppKitProvider } from '@reown/appkit/vue'
import { useAppKitConnection, type Provider } from '@reown/appkit-adapter-solana/vue'

export default {
  setup() {
    const counterMessage = ref('');
    const { address } = useAppKitAccount();
    const { connection } = useAppKitConnection()
    const { walletProvider } = useAppKitProvider<Provider>('solana')

    function deserializeCounterAccount(data) {
      if (data?.byteLength !== 8) {
        throw Error('Need exactly 8 bytes to deserialize counter');
      }

      return {
        count: Number(data[0])
      };
    }

    async function onIncrementCounter() {
      try {
        const PROGRAM_ID = new PublicKey('Cb5aXEgXptKqHHWLifvXu5BeAuVLjojQ5ypq6CfQj1hy');

        const counterKeypair = Keypair.generate();
        const counter = counterKeypair.publicKey;

        const balance = await connection.getBalance(walletProvider.publicKey);
        if (balance < LAMPORTS_PER_SOL / 100) {
          throw Error('Not enough SOL in wallet');
        }

        const COUNTER_ACCOUNT_SIZE = 8;
        const allocIx = SystemProgram.createAccount({
          fromPubkey: walletProvider.publicKey,
          newAccountPubkey: counter,
          lamports: await connection.getMinimumBalanceForRentExemption(COUNTER_ACCOUNT_SIZE),
          space: COUNTER_ACCOUNT_SIZE,
          programId: PROGRAM_ID
        });

        const incrementIx = new TransactionInstruction({
          programId: PROGRAM_ID,
          keys: [
            {
              pubkey: counter,
              isSigner: false,
              isWritable: true
            }
          ],
          data: Buffer.from([0x0])
        });

        const tx = new Transaction().add(allocIx).add(incrementIx);

        tx.feePayer = walletProvider.publicKey;
        tx.recentBlockhash = (await connection.getLatestBlockhash('confirmed')).blockhash;

        await walletProvider.signAndSendTransaction(tx, [counterKeypair]);

        const counterAccountInfo = await connection.getAccountInfo(counter, {
          commitment: 'confirmed'
        });

        if (!counterAccountInfo) {
          throw new Error('Expected counter account to have been created');
        }

        const counterAccount = deserializeCounterAccount(counterAccountInfo?.data);

        if (counterAccount.count !== 1) {
          throw new Error('Expected count to have been 1');
        }

        counterMessage.value = `[alloc+increment] count is: ${counterAccount.count}`;
      } catch (error) {
        console.error(error);
        counterMessage.value = `Error: ${error.message}`;
      }
    }

    return {
      onIncrementCounter,
      counterMessage
    };
  }
};

Fundamentals

Authentication

Early Access

Payments

Transactions

Notifications

Cloud

Installation

Vue

Introduction

Installation

AppKit CLI

Custom Installation

Get started

Cloud Configuration

Implementation

wagmi Example

Importing networks

wagmi Example

Importing networks

ethers Example

Solana Example

Bitcoin Example

Bitcoin Provider Interface

Parameters

Responses

Smart Contract Interaction

Fundamentals

Authentication

Early Access

Payments

Transactions

Notifications

Cloud

​Vue

​Introduction

​Installation

​AppKit CLI

​Custom Installation

Get started

​Cloud Configuration

​Implementation

wagmi Example

​Importing networks

wagmi Example

​Importing networks

ethers Example

Solana Example

Bitcoin Example

​Bitcoin Provider Interface

​Parameters

​Responses

​Trigger the modal

​Smart Contract Interaction

Vue

Introduction

Installation

AppKit CLI

Custom Installation

Cloud Configuration

Implementation

Importing networks

Importing networks

Bitcoin Provider Interface

Parameters

Responses

Trigger the modal

Smart Contract Interaction