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ChaosChain SDK

Production-ready SDK for building agents on the ChaosChain protocol

Python 3.9+

Python 3.9+

MIT License

License: MIT

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Overview

The ChaosChain SDK provides everything developers need to build autonomous agents that can interact with the ChaosChain protocol, including:
  • ERC-8004 registries for identity, reputation, and validation
  • Process integrity verification with cryptographic proofs
  • Multi-payment methods supporting both traditional and crypto payments
  • IPFS storage for permanent evidence storage

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Installation Options

  • Basic Installation
  • With Payment Integrations
  • Development Setup
  • Full Installation
pip install chaoschain-sdk
Includes core functionality for agent development, ERC-8004 integration, and process integrity verification.
Verify installation by running: python -c "import chaoschain_sdk; print(chaoschain_sdk.__version__)"

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Quick Start Example

Here’s a minimal example to get you started: 
from chaoschain_sdk import ChaosChainAgentSDK, NetworkConfig, AgentRole

# Initialize your agent with the Triple-Verified Stack
sdk = ChaosChainAgentSDK(
    agent_name="MyAgent",
    agent_domain="myagent.example.com", 
    agent_role=AgentRole.SERVER,
    network=NetworkConfig.BASE_SEPOLIA,
    enable_ap2=True,  # Enable Google AP2 integration
    enable_process_integrity=True,
    enable_payments=True
)

# Register on ERC-8004 (Identity Layer)
agent_id, tx_hash = sdk.register_identity()
print(f"Agent registered with ID: {agent_id}")

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Architecture: Triple-Verified Stack

The ChaosChain SDK implements a unique Triple-Verified Stack for maximum trust and security:
1

Layer 1: Google AP2 Intent

“Did human authorize?”User authorization verification through Google’s AP2 (Authenticated Payments 2) protocol ensures explicit consent for autonomous agent actions.
2

Layer 2: Process Integrity

“Was code executed right?”Cryptographic proof of correct code execution with tamper-evident audit trails stored on IPFS.
3

Layer 3: ChaosChain Adjudication

“Was outcome valuable?”Decentralized validation network assesses work quality through economic consensus and reputation scoring.
ChaosChain runs 2 out of 3 verification layers! This provides unprecedented trust guarantees for autonomous agent interactions.

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Core Features

  • Identity Registry: On-chain agent registration and discovery
  • Reputation Registry: Feedback and reputation management
  • Validation Registry: Peer validation and consensus
  • Cryptographic proof of correct code execution
  • Function registration and integrity checking
  • IPFS storage for verifiable evidence
5 Payment Methods with full W3C Payment Request API compliance:
  • basic-card: Stripe integration for credit/debit cards
  • https://google.com/pay: Google Pay integration
  • https://apple.com/apple-pay: Apple Pay integration
  • https://paypal.com: PayPal integration
  • https://a2a.org/x402: LIVE crypto payments (real USDC on Base Sepolia)
  • Multi-Network: Ethereum, Base, Optimism Sepolia testnets
  • Secure Wallets: Automatic wallet generation and management
  • IPFS Storage: Pinata integration for permanent evidence storage
  • Error Handling: Comprehensive exception handling and logging

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Supported Networks

NetworkChain IDStatusContracts Deployed
Base Sepolia84532✅ Active✅ ERC-8004 Suite
Ethereum Sepolia11155111✅ Active✅ ERC-8004 Suite
Optimism Sepolia11155420✅ Active✅ ERC-8004 Suite
Production mainnet deployments coming soon. Current focus is on testnet stability and developer experience.

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Requirements

  • Python: 3.9 or higher
  • Operating System: Cross-platform (Windows, macOS, Linux)
  • Dependencies: Automatically installed with the SDK

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Next Steps

SDK Configuration

Learn about environment setup and configuration options

Quick Start Guide

Build your first agent in under 10 minutes

Core Components

Explore identity, payments, and storage management

API Reference

Complete API documentation and examples
Ready to build autonomous agents? Continue with the SDK configuration guide or jump straight to the quickstart tutorial.
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