peaq Robotics SDK

Highlights

• DID management (create/read), Protobuf-based storage, chainstate reads
• On-chain storage for telemetry/config (JSON-friendly)
• Keystore-backed wallets with optional encryption
• Confirmation modes and status callbacks
• Clean imports: from peaq_robot import PeaqRobot

Install

From this repo (monorepo-style):

cd packages/python
pip install -r requirements.txt
pip install -e .

From TestPyPI (resolve deps from PyPI):

python -m venv .venv && source .venv/bin/activate
pip install -i https://test.pypi.org/simple/ --extra-index-url https://pypi.org/simple --pre -U peaq-robotics-sdk

Note: Python 3.8–3.12 are supported. Python 3.13 is currently not supported due to upstream wheel availability.

Wallets and Keystore

• Default keystore location: ~/.peaq_robot/wallet.json
• Override path: PEAQ_ROBOT_KEYSTORE=/custom/path.json
• Optional encryption: set PEAQ_ROBOT_KEY_PASSWORD to encrypt the keystore with Fernet+PBKDF2

Create or load automatically:

from peaq_robot import PeaqRobot
robot = PeaqRobot()            # loads from keystore or creates on first run
print(robot.address)

Generate a fresh wallet and persist to keystore:

robot = PeaqRobot.create_wallet()

Use explicit keys (won’t be stored unless you call create_wallet):

PeaqRobot(mnemonic="..."), PeaqRobot(private_key="0x...")

Network selection

The SDK resolves a network URL for you:

• Default testnet (Agung): wss://peaq-agung.api.onfinality.io/ws
• Aliases: "agung"|"test"|"testnet" → Agung; "peaq"|"main"|"mainnet" → wss://quicknode3.peaq.xyz
• HTTPS QuickNode converts to WSS automatically

from peaq_robot import PeaqRobot
robot = PeaqRobot(network="peaq")          # mainnet quicknode3
robot = PeaqRobot(network="wss://...")     # custom WSS

Transactions: confirmation modes and callbacks

Types are in peaq_robot.types:

• ConfirmationMode: FAST | FINAL
• TxOptions(mode=...)
• TransactionStatus: BROADCAST | IN_BLOCK | FINALIZED
• TransactionStatusCallback (Pydantic model)

Write methods accept optional tx_options and on_status:

from peaq_robot.types import TxOptions, ConfirmationMode

# FAST (default): returns tx-hash string
tx = robot.store.add_data("LOG", {"ok": True})

# FINAL: returns SubstrateSendResult with finalize awaitable; emits status callbacks
def on_status(s):
    print(s.model_dump())

res = robot.store.add_data(
    "LOG2", {"ok": True},
    tx_options=TxOptions(mode=ConfirmationMode.FINAL),
    on_status=on_status,
)
final_receipt = asyncio.run(res.finalize)

DID (identity)

Create (idempotent friendly) and read:

name = f"did:peaq:{robot.address}"
try:
    robot.id.create_identity(name=name)   # returns hash (FAST)
except Exception as e:
    # For duplicates, you might get AttributeAlreadyExist
    if "AttributeAlreadyExist" in str(e):
        pass

doc = robot.id.read_identity()
print(doc["decoded_data"])  # parsed protobuf

Storage

robot.store.add_data("TELEMETRY_001", {"battery": 87.3})
print(robot.store.read_data("TELEMETRY_001"))

Access

Access management provides roles, permissions, and assignments.

# Create role and permission, assign permission to role, grant role to user
role_tx = robot.access.create_role("ROBOT_OPERATOR", "Operator role")
perm_tx = robot.access.create_permission("ROBOT_CONTROL", "Control permission")
assign_tx = robot.access.assign_permission_to_role("ROBOT_CONTROL", "ROBOT_OPERATOR")
grant_tx = robot.access.grant_role("ROBOT_OPERATOR", "USER_123")

# Read role (best-effort)
role_info = robot.access.read_role("ROBOT_OPERATOR")
print(role_info)

Demos and examples

• examples/wallet_demo.py: end-to-end flow
  • Set a local funder mnemonic in examples/.env:
    • PEAQ_ROBOT_FUND_MNEMONIC="abandon ... about"
  • Run: python examples/wallet_demo.py
• examples/options_test.py: exercises FAST/FINAL modes and callbacks

Project layout

packages/
  python/
    peaq_robot/           # SDK implementation
    README.md             # package README for PyPI
    setup.py, requirements.txt, pytest.ini
examples/
  wallet_demo.py
  options_test.py

Robotics wrappers

• peaq_robot.robotics.IdentityService – thin facade over RobotIdentity
• peaq_robot.robotics.DataVault – thin facade over RobotStorage

Development

python3 -m venv .venv && source .venv/bin/activate
cd packages/python
pip install -r requirements.txt
pip install -e .
cd ../../
python examples/wallet_demo.py

Contributing

1. Keep public APIs stable and backwards compatible
2. Add examples/tests for new options

License

MIT

Style

• Classes: PascalCase (e.g., PeaqRobot)
• Modules/packages: lowercase (e.g., peaq_robot)
• Methods/functions: snake_case