Incentivized AI Learning

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Key Benefits

• Financial Autonomy for AI: Enable AI agents to make financial decisions and transactions on your behalf.
• Enhanced Security: With Server Wallet’s 2-of-2 configuration, utilize MPC technology to ensure AI operations remain controlled and secure.
• Scalability: Effortlessly handle millions of transactions.

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Example Use Cases

• Natural Language Financial Transactions: Allow users to manage their finances through simple text commands, with AI interpreting and executing complex financial operations.
• AI Financial Concierge: Personal AI assistants that not only recommend services but also handle payments, booking, and planning.
• AI-Driven Content Monetization: Create automated systems that create, publish, and monetize content, and manage earnings as an autonomous entity.
• Self-Owned Autonomous Vehicle: A self-driving vehicle that picks up drivers, receives payments, and pays for maintenance? The future may be closer than it seems.

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Overview

1. Import required modules.
2. Create the AI agent’s wallet.
3. Fund the AI agent’s wallet with faucet.
4. Create wallets for end-users to receive payments.
5. Send crypto from the AI agent’s wallet to the user wallet.
6. Receive funds from other agents or users.
7. Display the AI agent’s wallet balance after sending crypto to the user.

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Prerequisites

• Install the CDP SDK.

npm install @coinbase/coinbase-sdk

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Send crypto from the AI agent’s wallet to a user

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Step 1. Import required modules

import { Coinbase, Wallet } from "@coinbase/coinbase-sdk"; // Use CDP SDK

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Step 2. Create the AI agent’s wallet

• NAME: Enter the name of your downloaded CDP API key.
• PRIVATE_KEY: Enter the private key of your downloaded CDP API key.
• WALLET_DATA: Enter the seed data of your wallet, if you have an existing wallet. Leave it empty if you want a new wallet to be created for the agent. Refer to the persisting wallet section to see how to fetch wallet data.

{ "WALLET_ID_PLACEHOLDER": { "seed": "SEED_DATA_PLACEHOLDER", "encrypted": false, "auth_tag": "", "iv": "" }}

const { NAME, PRIVATE_KEY, WALLET_DATA } = process.env;

// Check if the environment variables are set
if (!NAME || !PRIVATE_KEY) {
  return Response.json(
    { message: "Environment variables are not set" },
    { status: 500 }
  );
}

const body = await request.json();

// Check if the address is provided
if (!body?.address) {
  return Response.json({ message: "Address is required" }, { status: 400 });
}

// Create a new Coinbase instance
const coinbase = new Coinbase({
  apiKeyName: NAME as string,
  privateKey: PRIVATE_KEY.replaceAll("\\n", "\n") as string,
});

let userWallet;

// Check if the wallet data is provided
if (WALLET_DATA && WALLET_DATA?.length > 0) {
  try {
    // Parse the wallet data
    const seedFile = JSON.parse(WALLET_DATA || "{}");

    // Get the wallet ids from the seed file. The seed file is a JSON object with wallet ids as keys.
    const walletIds = Object.keys(seedFile);

    // Get a random wallet id
    const walletId = getRandomItems(walletIds, 1)[0];

    // Get the seed of the wallet
    const seed = seedFile[walletId]?.seed;

    // Import the wallet
    userWallet = await Wallet.import({ seed, walletId });
    await userWallet.listAddresses();
  } catch (e) {
    return Response.json(
      { message: "Failed to import wallet" },
      { status: 500 }
    );
  }
} else {
  // Otherwise, create a new wallet
  userWallet = await Wallet.create();
}

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Step 3. Fund the AI agent’s Wallet with faucet

// Fund the wallet with faucet if required
try {
  // Request funds from the faucet if it's available
  let faucetTx = await userWallet?.faucet()

  await faucetTx.wait();
} catch (e) {
  // Log if the faucet is not available.
  console.log("Faucet is not available");
}

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Step 4. Create wallets for end-users to receive payments

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Step 5. Send crypto from the AI agent’s wallet to the user wallet

// Create a transfer to the destination address
const transfer = await userWallet?.createTransfer({
  amount: 0.00000001,
  assetId: "eth",
  destination: body.address,
});

// Wait for transfer to settle.
await transfer.wait();

  // Return the transaction hash and link
return Response.json(
  {
    transactionHash: transfer?.getTransactionHash()?.substring(0, 10),
    transactionLink: transfer?.getTransactionLink(),
    successful: transfer.getStatus() === 'complete'
  },
  { status: 200 }
);

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Step 6. Receive funds from other agents or users

// Get the default address of the wallet
const defaultAddress = await userWallet?.getDefaultAddress();
console.log("AI agent's Wallet's Address: ", defaultAddress);

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Step 7. Display the AI agent’s wallet balance after sending crypto to the user

// Get the balance of the wallet
const balances = await userWallet?.balances();
console.log("Balances: ", balances);