CreditNexus x402 Autonomous Agent for Openclaw

An autonomous financial agent that manages Aptos and EVM wallets to perform paid stock predictions, backtests, and bank linking using the x402 protocol.

josephrp
v1.0.0
Feb 6, 2026
0
0
0

Install & Download

1. ClawHub CLI

The fastest way to install a skill directly from the registry.

npx clawhub@latest install autonomous

2. Manual Installation

Copy the skill folder to one of these locations

Global
~/.openclaw/skills/
Workspace
<project>/skills/

Priority: Workspace > Local > Bundled

3. Prompt Installation

Copy this prompt to OpenClaw to install it automatically.

Help me install autonomous using Clawhub. If Clawhub is not installed, install it first (npm i -g clawhub).

Prefer to download?

Get the raw skill files in a ZIP archive.

What is CreditNexus x402 Autonomous Agent?

The CreditNexus x402 Agent is a sophisticated autonomous tool designed to bridge the gap between AI-driven financial analysis and blockchain-based payment protocols. By integrating Openclaw Skills, developers can deploy an agent capable of creating and managing Aptos and EVM wallets, handling automated payment retries for protected MCP tools, and performing high-value tasks like stock forecasting and borrower scoring.

This skill simplifies the complex lifecycle of financial data processing by automating the 402 Payment Required flow across multiple chains including Aptos and Base. It provides a robust framework for users needing reliable financial insights without manual transaction management, leveraging wallet attestation for secure onboarding.

CreditNexus x402 Autonomous Agent Use Cases

  • Automated stock price forecasting and strategy backtesting using Aptos-based payments.
  • Securely linking bank accounts via CornerStone or Plaid integrations on the Base network.
  • Retrieving reputation and borrower scores for decentralized finance (DeFi) onboarding.
  • Generating and managing multiple blockchain wallets with programmatic funding and attestation.
  • Token swaps and transfers directly through an AI agent interface for seamless asset management.

How CreditNexus x402 Autonomous Agent Works

  1. The agent initializes by generating or loading Aptos and EVM wallet credentials from local storage configurations.
  2. When a user requests a financial task, the agent identifies if the target MCP tool requires a payment (x402 protocol).
  3. The agent automatically checks the required cost and verifies sufficient balances on the respective network (Aptos or Base).
  4. If a payment is required, the agent signs the payment payload and settles the transaction autonomously.
  5. After settlement, the agent retries the original request with the valid payment signature to retrieve the requested data.
  6. The final output, such as a 30-day stock prediction or a credit score, is presented to the user.

CreditNexus x402 Autonomous Agent Setup

To get started with this skill, clone the repository and install the dependencies:

git clone https://github.com/FinTechTonic/autonomous-agent.git
cd autonomous-agent
npm install

Configuration requires setting up your .env file with MCP_SERVER_URL, X402_FACILITATOR_URL, and your preferred LLM model. Ensure you initialize your wallets using the following commands to integrate with Openclaw Skills:

npm run setup:aptos
npm run setup

CreditNexus x402 Autonomous Agent Data Schema & Taxonomy

The skill manages sensitive wallet data and transaction metadata through a structured file system and environment variables:

Data Component Description Storage Method
Wallet Keys Aptos and EVM private keys Local file paths (defined in .env)
MCP Configuration Server URLs and Facilitator endpoints Environment Variables
Payment Payloads x402 signatures and transaction hashes In-memory during execution
Attestation Data Signing proofs for wallet verification JSON output for API consumption

CreditNexus x402 Autonomous Agent Advanced Features

  • Multi-chain autonomy supporting both Aptos (Move) and EVM (Solidity) ecosystems.
  • Integrated token swap capabilities using the Odos protocol for asset management.
  • Programmatic wallet funding via faucets for devnet and testnet environments.
  • Automated wallet attestation signing for seamless identity verification on financial platforms.
  • Flexible scoring modules that can retrieve data by wallet address or email when enabled.

SKILL.md


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