orca-network-sdk 1.0.1

Production-ready Python SDK for launching, monetizing, and orchestrating AI Agents via ERC-8004

0rca Network SDK

0rca Network SDK (orca-network-sdk) is a production-ready framework for building Sovereign, Monetizable, and Orchestrated AI Agents. It transforms standard AI agents (CrewAI, LangChain, Agno) into independent economic actors on the blockchain.

Every agent built with this SDK is paired with a Sovereign Vault (OrcaAgentVault.sol)—a dedicated smart contract that holds the agent's earnings and manages task escrows.

🚀 Key Features

• Sovereign Vault Architecture: Each agent has its own on-chain Vault to receive payments and tasks.
• Autonomous Monetization (x402): Built-in support for "Payment Required" flows.
• TaskEscrow Integration: Agents can accept "Funded Tasks" (USDC locked in Vault) and automatically spend (claim) funds upon completion.
• Sovereign Identity: Agents sign transactions with their own EVM identity key.
• Multi-Backend support: Pluggable architecture for your favorite AI frameworks:
  • CrewAI
  • Agno
  • Crypto.com AI Agent SDK

📦 Installation

pip install orca-network-sdk

🛠 Quick Start

1. Create your Agent

from orca_agent_sdk import orca_agent

# Initialize the Sovereign Agent
agent = orca_agent(
    name="MySovereignAgent",
    model="gpt-4",
    system_prompt="You are a helpful assistant.",
    
    # Financial Configuration
    price="0.1",       # 0.1 USDC per task
    wallet_address="0xYourWallet...", # Where you withdraw earnings to
    
    # Identity
    identity_wallet_path="agent_identity.json",
    
    # Vault (Optional - can be loaded from env AGENT_VAULT)
    vault_address="0xYourVaultAddress..." 
)

# Start the Agent Server
if __name__ == "__main__":
    agent.run(port=8000)

2. Fund a Task (Client Side)

Users (Orchestrators) interact with the agent by funding a task on its Vault.

# 1. User approves USDC to the Agent's Vault
# 2. User calls `createTask(taskId, amount)` on the Vault
# 3. User sends HTTP request to Agent with `X-TASK-ID`

3. Agent Execution (Server Side)

When the agent receives the request:

1. It validates the tasks existence on-chain (or via x402 signatures).
2. It executes the AI logic (CrewAI/Agno/etc).
3. It calls spend(taskId, amount) on its Vault to claim the funds.

📜 Sovereign Agent Vault (OrcaAgentVault.sol)

The OrcaAgentVault is the financial heart of the agent.

• createTask(bytes32 taskId, uint256 amount): Anyone can call this to lock USDC into the vault for a specific task.

• spend(bytes32 taskId, uint256 amount): Only the Agent (via its private key) can call this to mark a task as complete and "claim" the funds into its internal balance.

• withdraw(address recipient, uint256 amount): Only the Owner (Developer) can withdraw the claimed funds.

🧪 Development & Testing

Run the included test suite:

python -m unittest discover tests

📄 License

MIT License. See LICENSE for details.

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Built with 💙 by 0rca Network