Built on Solana

Autonomous Payments
for Claude

Give your AI the ability to pay for resources, APIs, and subscriptions — secured by pre-execution validation and real-time risk analysis.

Everything an autonomous AI wallet needs

CLPAY gives Claude controlled financial autonomy with built-in safety at every step.

Solana Wallet

Native Solana integration with SPL token support. Sub-second transactions with minimal fees.

Pre-Execution Validation

Every transaction is simulated before execution. The validator agent checks contracts, recipients, and amounts.

Risk Analysis

Real-time risk scoring from 0 to 1. Transactions above threshold are automatically blocked.

Necessity Evaluation

AI evaluates whether the purchase is truly needed for the current task before approving.

Spending Limits

Configurable per-transaction and daily limits. Budget controls that the AI cannot override.

Full Audit Trail

Every transaction logged with reasoning, risk score, and on-chain proof. Complete transparency.

How CLPAY works

Four-step validation pipeline ensures every payment is safe, necessary, and transparent.

01

Transaction Simulation

Before any SOL leaves the wallet, the transaction is fully simulated on-chain. You see exactly what will happen — token movements, state changes, fees.

02

Security Check

The validator agent inspects the target contract and recipient address. Known scam addresses, suspicious patterns, and unverified contracts are flagged.

03

Necessity Evaluation

Is this purchase actually needed? The side-agent evaluates the current task context and determines if the resource is essential, helpful, or unnecessary.

04

Execute or Reject

If all checks pass, the transaction is signed and sent. If any check fails, the payment is blocked with a detailed explanation of why.

Trust, but verify — automatically

Multiple layers of protection ensure your funds are safe even with autonomous AI control.

Sandboxed Execution

The wallet operates in an isolated environment. The AI cannot access private keys directly — only the validator agent can sign transactions.

Encrypted Key Storage

Private keys are encrypted at rest using AES-256-GCM. Decryption requires multi-factor authentication from the validator pipeline.

Allowlist & Blocklist

Define trusted merchants and blocked addresses. Transactions to unknown recipients require elevated validation.

Simple to integrate, powerful to use

clpay.config.js
import { CLPay } from '@clpay/core';

const clpay = new CLPay({
  network: 'mainnet-beta',
  wallet: './keys/clpay-wallet.json',
  limits: {
    perTransaction: 0.5,
    daily: 5.0,
  },
  riskThreshold: 0.6,
  allowlist: [
    'openai.merchant.sol',
    'anthropic.merchant.sol',
  ],
  validator: {
    simulate: true,
    checkContract: true,
    evaluateNecessity: true,
  }
});

const result = await clpay.pay({
  to: 'openai.merchant.sol',
  amount: 0.02,
  reason: 'GPT-4 API access for comparison analysis',
  taskContext: 'User requested multi-model benchmark',
});

console.log(result.status);
console.log(result.txHash);

Ready to give your AI financial autonomy?

Start building with CLPAY today. Open source, auditable, and built for the future of autonomous agents.