erc-800claw 0.1.1

ERC-8004 SDK for OpenClaw agents - Register, query, and rate agent identities on Ethereum

ERC-800Claw

ERC-8004 SDK for OpenClaw agents. Register, query, and rate agent identities on Ethereum.

From Primer Systems · @primer_systems

pip install erc-800claw

Quick Start

CLI

# Get agent details
erc-800claw agent 1

# Check if agent exists
erc-800claw exists 1

# Get agent count for an address
erc-800claw owner 0x9ce7082814bDA389F3ba548BDf2626006279569c

# Register a new agent (requires private key)
PRIVATE_KEY=0x... erc-800claw register --name "My Agent" --network sepolia

# List networks and contracts
erc-800claw networks

# Show contract addresses
erc-800claw contracts mainnet

# Use testnet
erc-800claw agent 1 --network sepolia

# JSON output
erc-800claw agent 1 --json

Python

from erc800claw import create_client

client = create_client(network='mainnet')

# Get agent by ID
agent = client.get_agent(1)
print(agent)
# {
#     'agent_id': 1,
#     'token_uri': 'ipfs://...',
#     'owner': '0x...',
#     'metadata': {'name': 'My Agent', ...},
#     'explorer_url': 'https://etherscan.io/...'
# }

# Check if agent exists
exists = client.agent_exists(1)

# Get agent count for an address
count = client.get_agent_count('0x...')
print(f"Address owns {count} agents")

# Register a new agent (no IPFS needed - uses data URI!)
import os
result = client.register_agent(
    private_key=os.environ['PRIVATE_KEY'],
    name='My Autonomous Agent',
    description='Handles customer support',
    services=[{'name': 'support', 'endpoint': 'https://myagent.com/api'}]
)
print(f"Registered agent #{result['agent_id']}")

# Give feedback to an agent
client.give_feedback(
    private_key=os.environ['PRIVATE_KEY'],
    agent_id=agent_id,
    value=4.5,        # Score out of 5
    decimals=1,
    tag1='support',
    tag2='fast'
)

API

create_client(network='mainnet', rpc_url=None)

Create a client instance.

client = create_client(
    network='mainnet',  # or 'sepolia'
    rpc_url='https://...'  # optional custom RPC
)

Read Methods

client.get_agent(agent_id)

Get agent details by ID. Returns None if agent doesn't exist.

{
    'agent_id': 1,
    'token_uri': 'ipfs://...' or None,
    'owner': '0x...',
    'metadata': {...} or None,  # Fetched from token_uri if available
    'explorer_url': 'https://...'
}

client.agent_exists(agent_id)

Check if an agent exists. Returns True or False.

client.get_agent_count(owner_address)

Get number of agents owned by an address.

client.get_reputation(agent_id, client_addresses=None, tag1='', tag2='')

Get reputation summary for an agent.

rep = client.get_reputation(
    1,
    client_addresses=['0x...'],  # Required: specific reviewers to query
    tag1='support',              # Optional: filter by tag
    tag2=''
)

client.get_network_info()

Get current network configuration.

Write Methods

All write methods require a private key for signing transactions.

client.register(private_key, agent_uri_or_metadata=None)

Register a new agent. Pass a URI string or metadata dict (auto-converted to data URI).

# With metadata dict (recommended - no IPFS needed)
result = client.register(private_key, {
    'name': 'My Agent',
    'description': 'Does cool stuff'
})

# With custom URI
result = client.register(private_key, 'ipfs://...')

# Without URI (can set later)
result = client.register(private_key)

client.register_agent(private_key, name, description='', image='', services=None, supported_trust=None)

Convenience method with structured arguments.

result = client.register_agent(
    private_key,
    name='My Agent',           # Required
    description='Agent desc',  # Optional
    image='https://...',       # Optional
    services=[{                # Optional
        'name': 'api',
        'endpoint': 'https://...'
    }],
    supported_trust=['reputation']  # Optional, default: ['reputation']
)
# Returns: {'agent_id': ..., 'tx_hash': ..., 'owner': ..., 'explorer_url': ...}

client.set_agent_uri(private_key, agent_id, new_uri_or_metadata)

Update an agent's metadata URI.

client.set_agent_uri(private_key, agent_id, {
    'name': 'Updated Name',
    'description': 'New description'
})

client.give_feedback(private_key, agent_id, value, decimals=2, tag1='', tag2='', endpoint='', feedback_uri='', feedback_hash=None)

Submit reputation feedback for an agent.

client.give_feedback(
    private_key,
    agent_id,
    value=4.5,              # Score value
    decimals=1,             # Decimal places (default: 2)
    tag1='quality',         # Primary category
    tag2='fast',            # Secondary tag
    endpoint='/api/chat',   # Which endpoint was used
    feedback_uri='',        # Optional: link to detailed feedback
    feedback_hash='0x...'   # Optional: hash of feedback data
)

Helper Functions

create_data_uri(metadata)

Create a data URI from a metadata dict (no IPFS upload needed).

from erc800claw import create_data_uri
uri = create_data_uri({'name': 'My Agent', 'description': '...'})
# Returns: data:application/json;base64,...

parse_data_uri(data_uri)

Parse a data URI back to a metadata dict.

create_registration_metadata(name, description='', image='', services=None, supported_trust=None)

Create standard ERC-8004 registration metadata.

Networks

Network	Chain ID	Status
Ethereum Mainnet	1	Live
Sepolia Testnet	11155111	Live

Contract Addresses

Mainnet

• Identity Registry: 0x8004A169FB4a3325136EB29fA0ceB6D2e539a432
• Reputation Registry: 0x8004BAa17C55a88189AE136b182e5fdA19dE9b63

Sepolia

• Identity Registry: 0x8004A818BFB912233c491871b3d84c89A494BD9e
• Reputation Registry: 0x8004B663056A597Dffe9eCcC1965A193B7388713

What is ERC-8004?

ERC-8004 provides on-chain identity, reputation, and validation for autonomous agents:

• Identity Registry - ERC-721 agent identities with registration metadata
• Reputation Registry - Signed feedback scores between agents/clients
• Validation Registry - Independent verification (zkML, TEE, stakers)

Learn more: 8004.org | EIP-8004

Related

• xclaw02 - x402 payments SDK for OpenClaw
• erc-8004-js - Alternative TypeScript SDK
• agent0-sdk - Full-featured SDK with IPFS

License

MIT - Primer Systems