ChaosChain Genesis Studio

This repository demonstrates the complete lifecycle of autonomous commerce, powered by ChaosChain's SDK that provides revolutionary Triple-Verified Stack: Google AP2 Intent Verification + ChaosChain Process Integrity + ChaosChain Adjudication. See AI agents establish on-chain identity via ERC-8004, perform verifiable work with cryptographic execution proofs, and handle crypto payments (x402 USDC on Base/Ethereum or direct A0GI transfers on 0G).

Two Ways to Get Started

1. demo_base_install.py - Learn core SDK features (ERC-8004, x402, wallet management) in 30 seconds with zero external dependencies. Perfect for new users!

2. genesis_studio.py - Explore the full triple-verified stack with a complete multi-agent system (Alice, Bob, Charlie) performing smart shopping analysis, validation, and crypto payments - powered by 0G Storage, Compute, and Inference. Perfect for advanced integrations!

Start with the base demo, then explore Genesis Studio's full capabilities!

Quick Start with ChaosChain SDK

Two Ways to Get Started

Option 1: Base Install Demo (Recommended for New Users)

Perfect for: Learning the core SDK features without external dependencies.

# Install the base SDK
pip install chaoschain-sdk

# Clone the repository
git clone https://github.com/ChaosChain/chaoschain-genesis-studio.git
cd chaoschain-genesis-studio

# Run the base install demo
python demo_base_install.py

What works out-of-the-box:

• ✅ ERC-8004 v1.0: Agent identity & on-chain metadata
• ✅ x402 Payment Protocol: Coinbase's official crypto payment protocol
• ✅ Local IPFS Storage: No external services required
• ✅ Process Integrity: Cryptographic verification of agent operations
• ✅ Wallet Management: Automatic wallet creation and management

No external dependencies needed! The base demo runs on Base Sepolia testnet with clear instructions for getting testnet tokens.

---

Option 2: Full Genesis Studio with 0G (Advanced)

Perfect for: Exploring the complete triple-verified stack with 0G Storage, Compute, and Inference.

# Install with 0G providers
pip install chaoschain-sdk[0g]
pip install crewai crewai-tools

# Clone the repository
git clone https://github.com/ChaosChain/chaoschain-genesis-studio.git
cd chaoschain-genesis-studio

# Set up 0G credentials in .env
# ZEROG_TESTNET_RPC_URL=https://rpc-testnet.0g.ai
# ZEROG_TESTNET_PRIVATE_KEY=your_key

# Run the full Genesis Studio demo (requires 0G testnet setup)
python genesis_studio.py

What you'll see:

• ✅ ERC-8004 v1.0: On-chain identity, reputation, and validation registries
• ✅ Triple-Verified Stack: AP2 Intent + Process Integrity + Adjudication
• ✅ Multi-Agent System: Server (Alice), Validator (Bob), and Client (Charlie)
• ✅ 0G Integration: Decentralized storage, compute, and inference
• ✅ Crypto Payments: A0GI direct transfers on 0G Testnet
• ✅ CrewAI Agents: Full AI agent orchestration with verifiable compute

Note: Genesis Studio is pre-configured for 0G Testnet and requires 0G-specific setup. Use the base demo first to understand core concepts!

---

Installation Options

Basic Installation (ERC-8004 v1.0 + x402 + Local IPFS):

pip install chaoschain-sdk

With Optional Providers:

Storage Providers:

pip install chaoschain-sdk[0g-storage]  # 0G Storage (decentralized)
pip install chaoschain-sdk[pinata]      # Pinata (cloud IPFS)
pip install chaoschain-sdk[irys]        # Irys (Arweave permanent)
pip install chaoschain-sdk[storage-all] # All storage providers

Compute Providers:

pip install chaoschain-sdk[0g-compute]  # 0G Compute (TEE-verified AI)
pip install chaoschain-sdk[compute-all] # All compute providers

Full Stacks:

pip install chaoschain-sdk[0g]          # 0G Full Stack (Storage + Compute)
pip install chaoschain-sdk[all]         # Everything (all providers)

Development:

pip install chaoschain-sdk[dev]         # With dev tools (pytest, black, mypy)

Google AP2 (optional, for intent verification):

pip install git+https://github.com/google-agentic-commerce/AP2.git@main

---

Demo Comparison

Feature	demo_base_install.py	genesis_studio.py
Target Audience	New users learning the SDK	Advanced users exploring full stack
Installation	pip install chaoschain-sdk	Requires 0G providers + CrewAI
Network	Base Sepolia (stable RPC)	0G Testnet (requires setup)
Dependencies	None (works out-of-box)	0G Storage/Compute SDKs, Node.js
ERC-8004 v1.0	✅ Identity + Metadata	✅ Full registry system
x402 Payments	✅ Coinbase protocol (USDC)	✅ Direct A0GI transfers
Storage	Local IPFS (optional)	0G Storage + IPFS fallback
Compute	Process integrity only	0G Compute + TEE verification
AI Agents	Single SDK instance	Multi-agent CrewAI system
Complexity	⭐ Beginner friendly	⭐⭐⭐ Advanced
Run Time	~30 seconds	~5 minutes (full workflow)

Recommendation: Start with demo_base_install.py to understand core SDK concepts, then explore genesis_studio.py for the complete triple-verified stack with 0G integration.

---

Table of Contents

• Quick Start with ChaosChain SDK
  • Option 1: Base Install Demo (Recommended)
  • Option 2: Full Genesis Studio with 0G
• 📋 Demo Comparison
• What is Genesis Studio?
• Installation
• Core Features
• SDK Usage Examples
• Architecture
• Configuration
• Running the Demo
• Contributing

What is Genesis Studio?

Genesis Studio is a comprehensive example implementation that demonstrates the full capabilities of the ChaosChain SDK. It showcases how to build production-ready AI agent systems with:

• ERC-8004 v1.0 Standard: Complete implementation of on-chain identity, reputation, and validation registries
• Triple-Verified Stack: Google AP2 Intent + ChaosChain Process Integrity + ChaosChain Adjudication
• Multi-Agent Orchestration: Server agents, validator agents, and client agents working together
• Crypto Payments: Direct token transfers (A0GI on 0G Testnet) or x402 protocol (USDC on Base/Ethereum)
• Verifiable Compute: Optional 0G Compute for TEE-verified AI inference with hardware attestations
• Pluggable Architecture: Choose your storage (IPFS/Pinata/Irys/0G) and compute (local/0G) providers

The Vision: Triple-Verified Stack for Trustless AI Commerce

This is more than just an example of ERC-8004. It's a working blueprint for the Triple-Verified Stack - the world's first comprehensive verification system for AI agent commerce:

The Three Layers of Verification

╔══════════════════════════════════════════════════════════════════════╗
║                    🔗 TRIPLE-VERIFIED STACK 🔗                       ║
║                                                                      ║
║  Layer 3: ChaosChain Adjudication     🎯 "Was outcome valuable?"     ║
║  Layer 2: ChaosChain Process Integrity ⚡ "Was code executed right?"  ║
║  Layer 1: Google AP2 Intent           📝 "Did human authorize?"      ║
║                                                                      ║
║              ChaosChain runs 2 out of 3 verification layers!         ║
╚══════════════════════════════════════════════════════════════════════╝

1. Google AP2 Intent Verification (Google's Official Protocol)

   • What it verifies: "Did the human authorize this action?"
   • How: RSA256 JWT signing, cryptographic mandates, and W3C Payment Request API compliance
   • Role: User authorization and intent verification with enterprise-grade security
   • Storage: Intent IDs (intent_*) and Cart IDs (cart_*) stored on IPFS with JWT authorization tokens

2. ChaosChain Process Integrity (Our Innovation)

   • What it verifies: "Did the agent execute the correct code?"
   • How: Cryptographic execution proofs and code integrity checks
   • Role: Verifiable AI agent execution with insurance backing
   • Storage: Process Integrity Proofs (proof_*) stored on IPFS with code hashes

3. ChaosChain Adjudication (Our Innovation)

   • What it verifies: "Was the work the agent did actually good?"
   • How: ERC-8004 validation registry and quality assessment
   • Role: Outcome verification and reputation building
   • Storage: Validation results and reputation scores on-chain via ERC-8004

The Complete AI Agent Lifecycle

AI agents in our ecosystem can:

1. Authorize: Receive cryptographically verified user intent via AP2
2. Execute: Perform tasks with verifiable process integrity
3. Validate: Have their work quality assessed and proven on-chain
4. Settle: Receive dual-protocol payments (AP2 authorization + x402 settlement)
5. Own: Convert their verified work into new, royalty-bearing IP assets

This demo showcases the complete Triple-Verified Stack that will power the ChaosChain protocol and its future ecosystem of specialized "Studios."

Architecture: The Triple-Verified Stack in Action

This prototype integrates the world's first Triple-Verified Stack to demonstrate complete, trustless AI agent commerce.

graph TD
    subgraph "Phase 1: Identity & Setup"
        A[Agent Wallets via Coinbase Agent Kit] --> B{ERC-8004 IdentityRegistry};
        B --> C[Triple-Verified Stack Initialization];
    end

    subgraph "Phase 2: Triple-Verified Stack Execution"
        D["Charlie (Client)"] --"step 1. AP2 Intent Mandate"--> E["Alice (Server)"];
        E --"step 2. Process Integrity Execution"--> F[ChaosChain Process Integrity];
        F --"step 3. Verifiable Work Output"--> G[Stores Evidence on IPFS];
        D --"step 4. AP2 Authorization + x402 Settlement"--> E;
        G --"step 5. Validation Request"--> H["Bob (Validator)"];
        H --"step 6. Quality Assessment"--> I{ERC-8004 ValidationRegistry};
        D --"step 7. Validator Payment"--> H;
        I --"step 8. Enhanced Evidence"--> J[Triple-Verified Proof Package];
    end

    subgraph "Phase 3: IP Monetization"
        E --"step 9. Registers Verified Work"--> K[Crossmint API];
        K --"step 10. Mints IP Asset"--> L{Story Protocol};
    end

    style B fill:#50fa7b,stroke:#282a36,color:#282a36
    style F fill:#ff79c6,stroke:#282a36,color:#282a36
    style I fill:#50fa7b,stroke:#282a36,color:#282a36
    style J fill:#8be9fd,stroke:#282a36,color:#282a36
    style L fill:#ffb86c,stroke:#282a36,color:#282a36

Core Technologies

Triple-Verified Stack Components

• Google AP2 Intent Verification: Google's Official AP2 Library with RSA256 JWT signing and W3C compliance
• A2A-x402 Multi-Payment Extension: Google's A2A-x402 Specification + 5 W3C Payment Methods:
  • Basic Cards (Visa, Mastercard, Amex, Discover) - Stripe/Square compatible
  • Google Pay (API v2) - Native Google Pay integration
  • Apple Pay (JS API v3) - Native Apple Pay integration
  • PayPal (Checkout API) - PayPal payment processing
  • Crypto Pay (A2A-x402) - Native cryptocurrency settlement
• ChaosChain Process Integrity: Our proprietary verifiable execution layer with cryptographic proofs
• ChaosChain Adjudication: ERC-8004 based quality assessment and reputation system

Infrastructure & Protocols

• Agent Wallets: Coinbase Agent Kit for secure, server-side EOA management
• On-Chain Standard: Our official ERC-8004 Reference Implementation for identity and validation
• x402 Payments: Coinbase's x402 Protocol for frictionless crypto settlement with receipts
• AI Engine: CrewAI for sophisticated, multi-agent workflows
• Decentralized Storage: IPFS via Pinata for permanent, verifiable evidence storage
• Settlement: Official USDC on Base Sepolia for realistic, on-chain settlement
• IP Layer: Story Protocol via Crossmint API for turning work into monetizable IP

Installation

Prerequisites

• Python 3.8+ with pip
• Base Sepolia RPC URL (for blockchain connectivity)
• Optional: Pinata JWT for IPFS storage (can run vendor-free without it)

Step 1: Install the ChaosChain SDK

# Basic installation (ERC-8004 + x402 + Local IPFS)
pip install chaoschain-sdk

# Or with 0G integration (Storage + Compute)
pip install chaoschain-sdk[0g]

# Or everything (all providers)
pip install chaoschain-sdk[all]

Step 2: Clone Genesis Studio Example

```bash

Clone this example repository

git clone https://github.com/ChaosChain/chaoschain-genesis-studio.git
cd chaoschain-genesis-studio
```

Step 3: Configure Environment (Optional)

# Create environment file (optional - works without it)
cp .env.example .env

Edit .env to add your configuration:

# Required
NETWORK=base-sepolia
BASE_SEPOLIA_RPC_URL=https://base-sepolia.g.alchemy.com/v2/your-key

# Optional - for enhanced features
PINATA_JWT=your-pinata-jwt  # For IPFS storage
PINATA_GATEWAY=https://gateway.pinata.cloud

# Treasury (uses default if not set)
TREASURY_ADDRESS=0x20E7B2A2c8969725b88Dd3EF3a11Bc3353C83F70

Step 4: Test the SDK

# Quick SDK test
python -c "
from chaoschain_sdk import ChaosChainAgentSDK, NetworkConfig, AgentRole

# Create a test agent
agent = ChaosChainAgentSDK(
    agent_name='TestAgent',
    agent_domain='test.example.com',
    agent_role=AgentRole.CLIENT,
    network=NetworkConfig.BASE_SEPOLIA
)

print(f'✅ SDK working! Agent wallet: {agent.wallet_address}')
"

Core Features

The ChaosChain SDK provides everything you need to build production-ready AI agents:

ERC-8004 v1.0 Standard (Pre-Deployed)

• Identity Registry: On-chain agent registration with ERC-721 NFTs
• Reputation Registry: Feedback and reputation scores with on-chain composability
• Validation Registry: Independent validation with stake-secured verification
• Zero Setup: Contracts pre-deployed on Base Sepolia, Ethereum Sepolia, Optimism Sepolia, 0G Galileo

Triple-Verified Stack

1. Layer 1 - Google AP2 Intent: "Did human authorize?" - RSA256 JWT signed mandates
2. Layer 2 - Process Integrity: "Was code executed right?" - Local code hashing + optional TEE attestations
3. Layer 3 - Adjudication/Accountability: "Was outcome valuable?" - ERC-8004 validation registry

ChaosChain owns 2 out of 3 layers!

Multi-Agent Support

• Server Agents: Provide services and execute tasks
• Validator Agents: Assess and validate work quality
• Client Agents: Request services and make payments
• Automatic Wallet Management: Each agent gets a unique wallet

Crypto Payments

Payment Methods by Network:

Network	Payment Method	Token	Protocol Used
0G Galileo Testnet	Direct transfers	A0GI (native)	web3.py direct
Base/Ethereum/Optimism	x402 Protocol	USDC (ERC20)	Coinbase x402

About x402: The x402 protocol is Coinbase's HTTP-based payment request/verification protocol. It's currently used for USDC payments on supported EVM chains (Base, Ethereum, Optimism). For 0G Testnet, which uses native A0GI tokens, the SDK performs direct wallet-to-wallet transfers instead.

Features:

• Automatic Fee Collection: Built-in treasury fee management (2.5%)
• Payment Receipts: Cryptographic proof of all transactions
• Multi-Network: Works across different blockchain networks with appropriate payment methods

Verifiable Compute (Optional)

• 0G Compute: TEE-verified AI inference with hardware attestations
• Local Execution: Process integrity with code hashing (always available)
• Dual-Layer Proofs: Combines local code verification + TEE attestations
• Graceful Fallback: Works without TEE providers

Pluggable Storage

• Local IPFS: Free, self-hosted (just run ipfs daemon)
• Pinata: Cloud IPFS with reliability guarantees
• Irys: Permanent storage on Arweave
• 0G Storage: Decentralized storage with Merkle proofs (via gRPC sidecar)
• Vendor-Free Mode: Works without any external storage

SDK Usage Examples

Basic Agent Creation

from chaoschain_sdk import ChaosChainAgentSDK, NetworkConfig, AgentRole

# Create a server agent
server = ChaosChainAgentSDK(
    agent_name="MyServerAgent",
    agent_domain="server.myapp.com",
    agent_role=AgentRole.SERVER,
    network=NetworkConfig.BASE_SEPOLIA,
    enable_process_integrity=True  # Enable verifiable execution
)

print(f"Server agent created: {server.wallet_address}")

x402 Crypto Payments

# Client creates payment request
payment_request = client.create_x402_payment_request(
    cart_id="service_001",
    total_amount=10.0,
    currency="USDC",
    items=[{"name": "AI Analysis Service", "price": 10.0}],
    settlement_address=server.wallet_address
)

print(f"Payment request created: {payment_request['cart_id']}")

Multi-Agent Workflow

# Create three agents for a complete workflow
alice = ChaosChainAgentSDK(
    agent_name="Alice",
    agent_domain="alice.myapp.com", 
    agent_role=AgentRole.SERVER,
    network=NetworkConfig.BASE_SEPOLIA,
    enable_process_integrity=True
)

bob = ChaosChainAgentSDK(
    agent_name="Bob",
    agent_domain="bob.myapp.com",
    agent_role=AgentRole.VALIDATOR, 
    network=NetworkConfig.BASE_SEPOLIA,
    enable_process_integrity=True
)

charlie = ChaosChainAgentSDK(
    agent_name="Charlie",
    agent_domain="charlie.myapp.com",
    agent_role=AgentRole.CLIENT,
    network=NetworkConfig.BASE_SEPOLIA
)

# Agents can now interact, make payments, and verify work

Storage Configuration

# With Pinata (enhanced features)
agent_with_storage = ChaosChainAgentSDK(
    agent_name="StorageAgent",
    agent_domain="storage.myapp.com",
    agent_role=AgentRole.SERVER,
    network=NetworkConfig.BASE_SEPOLIA,
    enable_process_integrity=True  # Will use Pinata if configured
)

# Vendor-free mode (no external dependencies)
agent_vendor_free = ChaosChainAgentSDK(
    agent_name="FreeAgent", 
    agent_domain="free.myapp.com",
    agent_role=AgentRole.CLIENT,
    network=NetworkConfig.BASE_SEPOLIA
    # Works without any storage configuration
)

Running the Demo

New users: Start with demo_base_install.py to learn core SDK features!

Genesis Studio provides two demos to showcase the ChaosChain SDK:

Demo 1: Base Install (Recommended for Beginners)

Perfect for: Understanding core SDK concepts without external dependencies.

# Install the base SDK
pip install chaoschain-sdk

# Run the base demo (works out-of-the-box!)
python demo_base_install.py

What you'll see:

• ✅ Wallet creation: Automatic wallet generation and management
• ✅ ERC-8004 identity: Agent registration with on-chain metadata
• ✅ x402 payments: Coinbase payment protocol setup
• ✅ Process integrity: Cryptographic verification demonstration
• ✅ Local IPFS: Storage without external services

Network: Base Sepolia (stable, well-supported testnet)
Runtime: ~30 seconds
External dependencies: None (all optional)

---

Demo 2: Full Genesis Studio with 0G (Advanced)

Perfect for: Exploring the complete triple-verified stack with decentralized infrastructure.

# Install with 0G providers
pip install chaoschain-sdk[0g]
pip install crewai crewai-tools

# Configure 0G (see .env.example)
# ZEROG_TESTNET_RPC_URL=https://rpc-testnet.0g.ai
# ZEROG_TESTNET_PRIVATE_KEY=your_key

# Run the full Genesis Studio demo
python genesis_studio.py

What you'll see:

1. Three AI agents (Alice, Bob, Charlie) with full CrewAI integration
2. On-chain registration via ERC-8004 v1.0 on 0G Testnet
3. Triple-Verified Stack:
   • Google AP2 Intent Verification
   • ChaosChain Process Integrity + 0G Compute TEE
   • ChaosChain Adjudication/Accountability
4. Crypto payments: Direct A0GI transfers on 0G Testnet
5. Result validation: ERC-8004 validation registry with reputation
6. Decentralized storage: 0G Storage with IPFS fallback

Network: 0G Testnet (requires setup)
Runtime: ~5 minutes (full multi-agent workflow)
External dependencies: 0G SDK, Node.js, Go CLI (optional)

Note: Genesis Studio is pre-configured for 0G Testnet. For first-time users, we recommend starting with demo_base_install.py!

What You'll See

The demo showcases a complete AI agent workflow:

🚀 ChaosChain Agent SDK initialized for Alice (server)
   Network: 0g-testnet | Wallet: 0x1234... | AI Model: 0G Compute (TEE verified)
🚀 ChaosChain Agent SDK initialized for Bob (validator)
   Network: 0g-testnet | Wallet: 0x5678... | AI Model: 0G Compute (TEE verified)
🚀 ChaosChain Agent SDK initialized for Charlie (client)
   Network: 0g-testnet | Wallet: 0x9abc...

✅ Triple-Verified Stack Complete:
   ✅ Layer 1: AP2 Intent Verification (Google)
   ✅ Layer 2: Process Integrity (ChaosChain + 0G Compute TEE)
   ✅ Layer 3: Adjudication/Accountability (ChaosChain ERC-8004)

✅ Smart shopping analysis completed with TEE verification
💳 Direct A0GI payment: 0.00005 A0GI (Charlie → Alice)
   TX: 0x1234... | Explorer: https://chainscan-galileo.0g.ai/tx/0x1234...
🔍 Validation completed: 95/100 score
💳 Validation payment: 0.00005 A0GI (Charlie → Bob)
📦 Evidence stored on 0G Storage (or fallback to IPFS if unavailable)

Note: Output varies by network:

• 0G Testnet: Direct A0GI transfers (as shown above)
• Base/Ethereum: x402 protocol with USDC payments

Funding Wallets (Optional)

For on-chain transactions, you may need to fund the generated wallets:

# Check wallet addresses
python -c "
from chaoschain_sdk import ChaosChainAgentSDK, NetworkConfig, AgentRole

agents = ['Alice', 'Bob', 'Charlie']
for name in agents:
    agent = ChaosChainAgentSDK(name, f'{name.lower()}.test.com', AgentRole.CLIENT, NetworkConfig.BASE_SEPOLIA)
    print(f'{name}: {agent.wallet_address}')
"

# Fund each address with Base Sepolia ETH from:
# https://www.coinbase.com/faucets/base-ethereum-sepolia-faucet

Optional: 0G Network Integration

Genesis Studio supports the 0G Network for decentralized storage and TEE-verified compute as an optional enhancement:

0G Features

• Decentralized Storage: Merkle tree proofs, permanent data availability via gRPC sidecar
• TEE-Verified Compute: Hardware-attested AI inference (0G Compute with real TEE)
• Native A0GI Payments: Direct token transfers on 0G Galileo Testnet (not x402)
• ERC-8004 Contracts: Pre-deployed identity, reputation, and validation registries

Prerequisites

# Install 0G providers (if not already installed)
pip install chaoschain-sdk[0g]  # Includes 0g-storage and 0g-compute

Setting Up 0G Integration

1. Start the 0G gRPC Sidecar (for Storage + Compute):

cd sdk/sidecar-specs/typescript-server

# Install dependencies
npm install

# Configure environment
cp .env.example .env
# Edit .env with your 0G private key and RPC URLs:
#   ZEROG_PRIVATE_KEY=your_private_key
#   ZEROG_EVM_RPC=https://evmrpc-testnet.0g.ai
#   ZEROG_INDEXER_RPC=https://indexer-storage-testnet-turbo.0g.ai

# Start the gRPC server
npm start  # Runs on localhost:50051

2. Run Genesis Studio (in another terminal):

cd ../../../
python3 genesis_studio.py

The SDK will automatically detect the 0G sidecar and use it for storage and compute. If the sidecar is not available, Genesis Studio falls back to IPFS/Pinata and local execution.

Documentation:

• Full setup: sdk/sidecar-specs/typescript-server/README.md
• SDK integration: sdk/README.md

Architecture

Genesis Studio demonstrates how to build sophisticated AI agent systems using the ChaosChain SDK. The architecture showcases:

Multi-Agent System Design

graph TD
    subgraph "ChaosChain SDK Integration"
        A[Client Agent - Charlie] --> B[Server Agent - Alice]
        B --> C[Validator Agent - Bob]
        A --> C
    end
    
    subgraph "Payment Layer"
        D[x402 Payment Requests] --> E[USDC Settlement]
        E --> F[Treasury Fee Collection]
    end
    
    subgraph "Storage Layer"
        G[Pinata IPFS] --> H[Local IPFS]
        H --> I[Vendor-Free Mode]
    end
    
    subgraph "Blockchain Layer"
        J[ERC-8004 Identity] --> K[Reputation Registry]
        K --> L[Validation Registry]
    end
    
    B --> D
    B --> G
    B --> J
    
    style A fill:#e1f5fe
    style B fill:#f3e5f5
    style C fill:#e8f5e8
    style E fill:#fff3e0

SDK Components Used

• ChaosChainAgentSDK: Core agent creation and management
• NetworkConfig: Blockchain network configuration
• AgentRole: Agent type specification (SERVER, VALIDATOR, CLIENT)
• Process Integrity: Verifiable execution with cryptographic proofs
• x402 Payment Manager: Native crypto payment handling
• Storage Manager: Flexible storage with multiple backends

Key Design Patterns

1. Agent Factory Pattern: Consistent agent creation using the SDK
2. Payment Orchestration: Automated payment flows between agents
3. Evidence Management: Structured storage of work proofs and validations
4. Graceful Degradation: Fallback modes when external services unavailable

Configuration

Genesis Studio supports flexible configuration through environment variables:

Required Configuration

# Blockchain connectivity
NETWORK=base-sepolia
BASE_SEPOLIA_RPC_URL=https://base-sepolia.g.alchemy.com/v2/your-key

Optional Configuration

# Enhanced IPFS storage
PINATA_JWT=your-pinata-jwt
PINATA_GATEWAY=https://gateway.pinata.cloud

# Custom treasury (uses default if not set)
TREASURY_ADDRESS=0x20E7B2A2c8969725b88Dd3EF3a11Bc3353C83F70

# Agent configuration
ENABLE_PROCESS_INTEGRITY=true
ENABLE_AP2=false  # Optional Google AP2 integration

Storage Options

Option	Description	Requirements
Pinata	Cloud IPFS with enhanced features	PINATA_JWT
Local IPFS	Self-hosted IPFS node	Local IPFS daemon
Vendor-Free	No external storage dependencies	None

The Triple-Verified Stack in Action

The demo script executes a complete, four-phase Triple-Verified Stack workflow:

Phase 1: Setup & Triple-Verified Stack Identity

• Initializes secure wallets for the three agents (Alice, Bob, Charlie) using Coinbase Agent Kit.
• Connects to the Base Sepolia testnet.
• Each agent registers itself on the live ERC-8004 IdentityRegistry contract, receiving a unique, on-chain AgentID.
• Agents are initialized with Triple-Verified Stack capabilities: AP2, ChaosChain Process Integrity, and ERC-8004 Adjudication.

Phase 2: Triple-Verified Stack Execution

• Google AP2 Intent Verification: Charlie creates cryptographic mandates using Google's official AP2 library with RSA256 JWT signing for smart shopping with specific constraints (green winter jacket, 20% premium tolerance).
• ChaosChain Process Integrity: Alice performs smart shopping with verifiable execution, generating cryptographic proofs of code integrity and correct execution.
• Crypto Payments: Charlie makes payments using network-appropriate methods:
  • 0G Testnet: Direct A0GI token transfers (web3.py)
  • Base/Ethereum: x402 protocol with USDC and automatic fee collection (2.5% to treasury)
• ChaosChain Adjudication: Bob validates the shopping results using ERC-8004 ValidationRegistry, assessing quality against smart shopping criteria.
• Enhanced Evidence Packages are created containing Google AP2 JWT proofs, process integrity proofs, payment receipts, and validation results.

Phase 3: Complete Verification Stack

• All three verification layers are combined into a Triple-Verified Proof Package.
• Evidence includes: Google AP2 JWT authorization proofs, ChaosChain process integrity proofs, A2A-x402 payment receipts, and ERC-8004 validation scores.
• Complete audit trail demonstrates the world's first end-to-end verified AI agent transaction with production-grade security.

Phase 4: IP Monetization Flywheel

• Upon successful Triple-Verified Stack completion, the script triggers the ChaosChain IP monetization loop.
• It uses the Crossmint API to register Alice's verified work as a new IP Asset on Story Protocol.
• This action assigns ownership of the new IP to Alice's agent wallet, making it a new, potentially royalty-bearing asset backed by triple verification.

---

Live Demo Output

The following is a sample output from a successful Triple-Verified Stack run, providing a complete, verifiable audit trail on public infrastructure.

Component	Status	Details	Transaction/Link
Agent Registration	✅ Success	Alice, Bob, Charlie registered with production-grade RSA keys	ERC-8004 on Base Sepolia with secure key management
Google AP2 Intent Verification	✅ Success	RSA256 JWT signed mandates with Google's official library	Intent: intent_f08acd81, Cart: cart_a371d629 (stored on IPFS with JWT tokens)
Process Integrity	✅ Success	Verifiable execution with cryptographic proofs	Proof: proof_7035cc23 with code hash verification (stored on IPFS)
Multi-Payment System (W3C)	✅ Success	5 payment methods: Cards, Google Pay, Apple Pay, PayPal + A2A-x402 crypto settlement	View on BaseScan
ERC-8004 Validation	✅ Success	Quality assessment and on-chain validation registry	Score: 16/100 with smart shopping criteria
Production Evidence	✅ Success	Complete proof package with RSA256 signatures and A2A-x402 receipts	View on IPFS
IP Registration	🚧 Pending	Story Protocol integration is being finalized	Crossmint API (Next Step)

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ChaosChain Agent SDK

The ChaosChain Agent SDK provides a unified interface for developers to create agents that seamlessly integrate with the Triple-Verified Stack and multi-payment system. Any agent can use this SDK to join the world's first fully verified AI agent economy with complete W3C Payment Request API compliance.

Multi-Payment System Usage

Our SDK supports 5 W3C-compliant payment methods out of the box:

Quick Payment Method Check

from agents.chaoschain_agent_sdk import ChaosChainAgentSDK

# Initialize SDK with multi-payment support
agent = ChaosChainAgentSDK(
    agent_name="MyAgent",
    agent_domain="myagent.com", 
    agent_role="server",
    network="base-sepolia",
    enable_ap2=True  # Enables all payment methods
)

# Get all supported payment methods
payment_methods = agent.get_supported_payment_methods()
print(f"Supported methods: {payment_methods}")
# Output: ['basic-card', 'https://google.com/pay', 'https://apple.com/apple-pay', 
#          'https://www.paypal.com/webapps/checkout/js', 'https://chaoschain.com/crypto-pay']

Traditional Payment Processing

# Process a credit card payment
card_result = agent.execute_traditional_payment(
    payment_method="basic-card",
    amount=10.0,
    currency="USD",
    payment_data={
        "cardType": "visa",
        "cardNumber": "4111111111111111",
        "expiryMonth": "12",
        "expiryYear": "2025",
        "cardSecurityCode": "123"
    }
)
print(f"Card payment: {card_result.status} - {card_result.transaction_id}")

# Process a Google Pay payment
gpay_result = agent.execute_traditional_payment(
    payment_method="https://google.com/pay",
    amount=10.0,
    currency="USD",
    payment_data={
        "googleTransactionId": "gpay_transaction_123",
        "paymentMethodType": "CARD"
    }
)
print(f"Google Pay: {gpay_result.status} - {gpay_result.transaction_id}")

# Process an Apple Pay payment
apay_result = agent.execute_traditional_payment(
    payment_method="https://apple.com/apple-pay",
    amount=10.0,
    currency="USD",
    payment_data={
        "transactionIdentifier": "apay_transaction_123",
        "paymentMethod": {"type": "credit"}
    }
)
print(f"Apple Pay: {apay_result.status} - {apay_result.transaction_id}")

Crypto Payment Processing (A2A-x402)

# Create crypto payment request
payment_request = agent.create_x402_payment_request(
    cart_id="cart_123",
    total_amount=5.0,
    currency="USDC",
    items=[{"name": "AI Service", "price": 5.0}],
    settlement_address="0x742d35Cc6634C0532925a3b844Bc9e7595f0bEb7"
)

# Execute crypto payment
crypto_result = agent.execute_x402_crypto_payment(
    payment_request=payment_request,
    payer_agent="PayerAgent",
    service_description="AI Analysis Service"
)
print(f"Crypto payment: {crypto_result.status} - {crypto_result.transaction_hash}")

Production Integration Examples

For E-commerce Platforms:

# Universal payment processor - handles any payment method
def process_customer_payment(payment_method, amount, currency, payment_data):
    if payment_method == "https://chaoschain.com/crypto-pay":
        # Handle crypto payments via A2A-x402
        return agent.execute_x402_crypto_payment(...)
    else:
        # Handle traditional payments (cards, wallets)
        return agent.execute_traditional_payment(
            payment_method, amount, currency, payment_data
        )

For Payment Gateways:

# Payment method discovery for checkout
available_methods = agent.get_supported_payment_methods()
checkout_options = []

for method in available_methods:
    if method == "basic-card":
        checkout_options.append({
            "id": "cards",
            "name": "Credit/Debit Cards", 
            "types": ["visa", "mastercard", "amex", "discover"]
        })
    elif "google.com/pay" in method:
        checkout_options.append({
            "id": "googlepay",
            "name": "Google Pay",
            "instant": True
        })
    # ... handle other methods

Security & Compliance Features

• W3C Standards: Full compliance with Payment Request API specification
• RSA256 JWT: Production-grade merchant authorization tokens for cart guarantees
• PCI Ready: Compatible with PCI-compliant card processing integration
• Secure Keys: Automatic RSA keypair generation and secure storage in ./keys/
• Multi-Processor: Works with Stripe, Square, PayPal, and crypto networks

Payment Method Configuration

Environment Setup for Production

# For production payment processing, configure these environment variables:

# Traditional Payment Processors
export STRIPE_SECRET_KEY="sk_live_..."           # For card processing
export STRIPE_PUBLISHABLE_KEY="pk_live_..."     # For frontend integration
export PAYPAL_CLIENT_ID="your_paypal_client"    # For PayPal integration
export PAYPAL_CLIENT_SECRET="your_paypal_secret"

# Google/Apple Pay (Production)
export GOOGLE_PAY_MERCHANT_ID="your_merchant_id"
export APPLE_PAY_MERCHANT_ID="merchant.your.app"

# Crypto Networks
export BASE_SEPOLIA_RPC_URL="https://sepolia.base.org/..."
export ETHEREUM_RPC_URL="https://mainnet.infura.io/v3/..."

Payment Method Selection Logic

# Smart payment method selection based on user preference and availability
def select_optimal_payment_method(user_preference, amount, currency):
    available_methods = agent.get_supported_payment_methods()
    
    # Priority order based on fees and speed
    if user_preference == "crypto" and "https://chaoschain.com/crypto-pay" in available_methods:
        return "https://chaoschain.com/crypto-pay"  # Lowest fees
    elif user_preference == "instant" and "https://google.com/pay" in available_methods:
        return "https://google.com/pay"  # Fastest for mobile
    elif currency == "USD" and "basic-card" in available_methods:
        return "basic-card"  # Most universal
    else:
        return available_methods[0]  # Fallback to first available

Error Handling Best Practices

def robust_payment_processing(payment_method, amount, currency, payment_data):
    try:
        if payment_method == "https://chaoschain.com/crypto-pay":
            result = agent.execute_x402_crypto_payment(...)
        else:
            result = agent.execute_traditional_payment(
                payment_method, amount, currency, payment_data
            )
        
        if result.status == "completed":
            return {"success": True, "transaction_id": result.transaction_id}
        else:
            # Handle pending/failed states
            return {"success": False, "error": "Payment processing failed"}
            
    except Exception as e:
        # Fallback to alternative payment method
        fallback_methods = [m for m in agent.get_supported_payment_methods() 
                           if m != payment_method]
        if fallback_methods:
            return robust_payment_processing(fallback_methods[0], amount, currency, payment_data)
        else:
            return {"success": False, "error": str(e)}

Key Features

• Google AP2 Integration: Official Google library with RSA256 JWT signing and W3C compliance
• A2A-x402 Extension: Seamless crypto payments per Google's specification
• Process Integrity: Verifiable execution with cryptographic proofs and insurance backing
• ERC-8004 Adjudication: Automatic identity management, validation requests, and reputation building
• Production Security: RSA keypair generation, secure key storage, and enterprise-grade cryptography
• Dynamic Configuration: Multi-environment support with feature toggles and secure configuration
• Enhanced Evidence: Automated creation of Triple-Verified proof packages with JWT tokens
• IPFS Integration: Seamless storage and retrieval of work evidence with permanent links
• One-Line Integration: Complete Triple-Verified Stack in a single SDK call

Quick SDK Example

from agents.chaoschain_agent_sdk import ChaosChainAgentSDK

# Create agents with Triple-Verified Stack support
alice = ChaosChainAgentSDK(
    agent_name="Alice",
    agent_domain="alice.example.com",
    role="server",
    enable_ap2=True,
    enable_process_integrity=True
)

charlie = ChaosChainAgentSDK(
    agent_name="Charlie", 
    agent_domain="charlie.example.com",
    role="client",
    enable_ap2=True
)

# Register identities on ERC-8004
alice_id, tx_hash = alice.register_identity()
charlie_id, tx_hash = charlie.register_identity()

# Execute complete Triple-Verified Stack workflow
result = await alice.execute_triple_verified_stack_workflow(
    client_agent="Charlie",
    validator_agent="Bob",
    intent_description="Find me the best winter jacket in green",
    constraints={"price_limit": 150.0, "color_preference": "green"},
    service_function="find_smart_shopping_deal",
    service_inputs={"item_type": "winter_jacket", "color": "green"},
    base_payment=2.0
)

print(f"Shopping Result: {result['service_result']}")
print(f"AP2 Authorization: {result['ap2_payment_proof']}")
print(f"Process Integrity: {result['process_integrity_proof']}")
print(f"x402 Settlement: {result['x402_payment_receipt']}")
print(f"Protocol Fees Collected: ${result['protocol_fees_collected']} USDC")

SDK Installation

The SDK is included in this repository. To use it in your own projects:

# Clone the repository
git clone https://github.com/ChaosChain/chaoschain-genesis-studio.git

# Install dependencies
pip install -r requirements.txt

# Import the SDK
from agents.chaoschain_agent_sdk import create_server_agent, create_client_agent

Try the SDK Examples

# Run the complete Triple-Verified Stack demo
python genesis_studio.py

# Try the simple SDK example
python examples/simple_agent_example.py

Triple-Verified Stack Integration

ChaosChain's revolutionary Triple-Verified Stack combines three verification layers for complete AI agent trust:

AP2 Intent Verification (Layer 1)

What it verifies: "Did the human authorize this action?"

• Cryptographic Mandates: Intent and Cart verification with user signatures
• Verifiable Credentials: Tamper-proof authorization proofs
• Multi-Protocol Support: Universal payment authorization across different settlement methods

ChaosChain Process Integrity (Layer 2)

What it verifies: "Did the agent execute the correct code?"

• Code Hash Verification: Cryptographic proof of function integrity
• Execution Proofs: Verifiable proof of correct code execution
• Insurance Backing: Economic consequences for agent deviation
• Autonomous Operation: Agents acting on their own behalf with verifiable behavior

ChaosChain Adjudication (Layer 3)

What it verifies: "Was the work the agent did actually good?"

• ERC-8004 Validation: On-chain quality assessment and reputation
• Quality Metrics: Comprehensive scoring against domain-specific criteria
• Reputation Building: Long-term trust accumulation through verified work history

Production-Ready Architecture

Security & Cryptography

• RSA256 JWT Signing: Enterprise-grade JWT tokens with 2048-bit RSA keys
• Secure Key Management: Automatic RSA keypair generation and secure storage in ./keys/
• Google AP2 Compliance: Official library integration with W3C Payment Request API standards
• Cryptographic Verification: Public key verification for all JWT tokens

Configuration & Deployment

• Dynamic Configuration: Environment-aware configuration with config/production.json
• Feature Toggles: Enable/disable AP2, x402, IPFS, and other features dynamically
• Multi-Network Support: Base Sepolia, Base Mainnet, Ethereum, Polygon
• Environment Variables: Secure API key management with environment substitution

Multi-Network Payment System

For Base/Ethereum/Optimism (x402 Protocol):

• Google AP2 Authorization: User intent verification and payment authorization ($2.0 USDC) with JWT tokens
• x402 Settlement: Crypto settlement with USDC (1.7 USDC net, 2.5% to treasury)
• Automatic Fee Collection: Protocol fees collected transparently to ChaosChain treasury

For 0G Testnet (Direct Transfers):

• Direct A0GI Transfers: Native token transfers via web3.py
• Google AP2 Authorization: Optional intent verification (JWT tokens)
• No x402 Protocol: Direct wallet-to-wallet transfers

Universal Features:

• Complete Audit Trail: Payment receipts with cryptographic proofs integrated into evidence packages
• Multi-Network Support: Automatic detection of network and appropriate payment method

Revenue Model

• Protocol Fees: 2.5% of all x402 settlements go to ChaosChain treasury
• Sustainable Economics: Revenue scales with network usage and verification volume
• Triple Value Capture: Fees from intent verification, process integrity, and adjudication services

Contributing

Genesis Studio is an open-source example implementation of the ChaosChain SDK. We welcome contributions that help demonstrate the SDK's capabilities!

Ways to Contribute

1. Improve Examples: Add new agent workflows and use cases
2. Documentation: Enhance code comments and usage examples
3. Testing: Add test cases for different SDK configurations
4. Bug Reports: Report issues with the demo or SDK integration
5. Feature Requests: Suggest new SDK features to showcase

Development Setup

# Fork and clone the repository
git clone https://github.com/your-username/chaoschain-genesis-studio.git
cd chaoschain-genesis-studio

# Install the ChaosChain SDK
pip install chaoschain-sdk

# Install development dependencies (if any)
pip install -r requirements-dev.txt  # If it exists

# Run the demo to test your setup
python genesis_studio.py

Contribution Guidelines

• Focus on SDK Usage: Examples should showcase ChaosChain SDK capabilities
• Keep it Simple: New examples should be easy to understand and run
• Document Everything: Add clear comments explaining SDK usage patterns
• Test Thoroughly: Ensure examples work in both vendor-free and enhanced modes

Reporting Issues

When reporting issues, please include:

• SDK Version: pip show chaoschain-sdk
• Python Version: python --version
• Environment: Operating system and configuration
• Error Messages: Full error output and stack traces
• Reproduction Steps: Clear steps to reproduce the issue

Feature Requests

We're always looking for new ways to showcase the SDK! Consider contributing examples for:

• Different Agent Types: New agent roles and workflows
• Payment Patterns: Creative uses of x402 payments
• Storage Integrations: Examples with different storage backends
• Multi-Chain Support: Examples on different blockchain networks

Additional Resources

ChaosChain SDK Documentation

• PyPI Package: https://pypi.org/project/chaoschain-sdk/
• SDK Repository: https://github.com/ChaosChain/chaoschain
• Documentation: https://docs.chaoscha.in/sdk/

Related Technologies

• x402 Protocol: https://www.x402.org/
• ERC-8004 Standard: https://github.com/ChaosChain/trustless-agents-erc-ri
• Base Sepolia: https://docs.base.org/
• IPFS: https://docs.ipfs.tech/

Community

• Discord: Join our developer community
• Twitter: Follow @ChaosChainLabs for updates
• GitHub: Star the repository and watch for updates

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What's Next?

Genesis Studio demonstrates the core capabilities of the ChaosChain SDK. Here are some ideas for what you can build next:

Beginner Projects

• Simple Payment Bot: Agent that handles basic x402 payments
• Validation Service: Agent that validates and scores different types of work
• Storage Demo: Showcase different storage backend integrations

Intermediate Projects

• Multi-Chain Agents: Agents operating across different blockchain networks
• Reputation System: Build agent reputation through validated work history
• Payment Gateway: Service that handles multiple payment methods

Advanced Projects

• Agent Marketplace: Platform where agents can discover and hire each other
• Verification Network: Distributed network of validator agents
• Enterprise Integration: B2B agent commerce solutions

Ready to build the future of AI agent commerce? Start with pip install chaoschain-sdk! 🚀

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Built with ❤️ using the ChaosChain SDK