orca-agent-sdk 0.1.8

A production-ready Python SDK for running paid AI agents on your marketplace

orca-agent-sdk

A production-ready Python SDK for running paid AI agents on your marketplace with a single, consistent protocol.

orca-agent-sdk abstracts away:

• HTTP server and routing
• Persistent job storage (SQLite)
• Algorand unsigned transaction generation
• On-chain payment verification
• Access token–gated result delivery
• Background job execution

Agent developers implement one handler function and a small configuration object. Your marketplace controls the payment and verification flow.

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1. Primary use case

Enable third-party developers to publish AI agents to your marketplace with:

• No direct exposure to:
  • Flask or HTTP internals
  • Database schema or SQL
  • Algorand SDK details or on-chain verification logic
• A standard, enforceable protocol:
  • Jobs are created via /start_job
  • Payments are enforced on Algorand
  • Results are released only after verified payment via /submit_payment
  • Access to outputs is controlled with per-job access tokens

This ensures:

• Consistent integration across all agents
• Security and integrity of the payment flow
• Minimal onboarding friction for developers

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2. Installation

For MVP and testing (TestPyPI):

pip install -i https://test.pypi.org/simple/ orca-agent-sdk

(Once promoted to PyPI:)

pip install orca-agent-sdk

Requirements:

• Python 3.10+
• Network access to Algorand nodes (defaults to Algonode public endpoints)

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3. Quick start for agent developers

Agent developers define:

• handle_task(job_input: str) -> str
• AgentConfig with identity and pricing
• Bootstrapping using AgentServer

Example:

from orca_agent_sdk import AgentConfig, AgentServer

def handle_task(job_input: str) -> str:
    # Implement your agent's core logic here
    # e.g., call an LLM, tools, vector search, etc.
    return f"Echo: {job_input}"

if __name__ == "__main__":
    config = AgentConfig(
        agent_id="my-agent-id",               # Unique identifier used by the marketplace
        receiver_address="MY_ALGO_ADDRESS",  # Algorand address to receive payments
        price_microalgos=1_000_000,          # Price per job in microAlgos
        # Optionally:
        # app_id=YOUR_MARKETPLACE_APP_ID,
        # algod_url="https://testnet-api.algonode.cloud",
        # indexer_url="https://testnet-idx.algonode.cloud",
    )

    AgentServer(config=config, handler=handle_task).run()

When this script runs, the SDK exposes the standardized API surface required by your marketplace.

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4. Protocol overview (for marketplace integrators)

The SDK exposes three key endpoints.

4.1 Create job: POST /start_job

Request:

{
  "sender_address": "USER_ALGO_ADDRESS",
  "job_input": "User request or prompt"
}

Response (example):

{
  "job_id": "J1762754481290",
  "unsigned_group_txns": ["...base64_txn_1...", "...base64_txn_2..."],
  "txn_ids": ["EXPECTED_TXID_1", "EXPECTED_TXID_2"],
  "payment_required": 1000000
}

Responsibilities:

• SDK:

  • Persists the job.
  • Constructs an Algorand transaction group:
    • Payment from sender_address to receiver_address for price_microalgos.
    • Application call to app_id using the configured ABI method.
  • Returns unsigned transactions for the client to sign.

• Marketplace / client:

  • Requests unsigned_group_txns.
  • Presents them to the user’s wallet for signing and broadcasting.

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4.2 Verify payment: POST /submit_payment

After broadcasting the signed transaction group, call:

Request:

{
  "job_id": "J1762754481290",
  "txid": [
    "REAL_TXID_1",
    "REAL_TXID_2"
  ]
}

SDK behavior:

• Fetches on-chain transaction data via the configured Indexer.
• Verifies:
  • The provided txids match what was generated for that job.
  • Sender matches the original sender_address.
  • Payment receiver matches receiver_address.
  • Amount equals price_microalgos.
  • Application ID matches app_id.
• On success:
  • Marks the job as running.
  • Issues an access_token bound to this job.
  • Executes handler(job_input) asynchronously in the background.

Response (example):

{
  "status": "success",
  "message": "Payment verified, job started",
  "access_token": "ACCESS_TOKEN_VALUE"
}

If verification fails, the SDK returns an error and does not execute the handler.

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4.3 Retrieve result: GET /job/<job_id>

Without access token (public view):

{
  "job_id": "J1762754481290",
  "status": "running",
  "created_at": 1762754481,
  "output": null
}

With valid access_token:

GET /job/J1762754481290?access_token=ACCESS_TOKEN_VALUE

{
  "job_id": "J1762754481290",
  "status": "succeeded",
  "created_at": 1762754481,
  "completed_at": 1762754504,
  "output": "Echo: Hello from local SDK test"
}

Design guarantees:

• Output is only available to parties who can present the correct access token.
• External observers can see job status but not sensitive results.

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