Python SDK that defines data models and JSON Schemas for interoperability between a crypto agent and auditor agents.

pip install security_agent_sdk

from security_agent_sdk.models.request import RegistrationRequest
from security_agent_sdk.models.response import AuditResponse
from security_agent_sdk.validation import validate_input_data, validate_output_data, schema_path

# Validate input data (JSON object)
validate_input_data(data, schema_path("RegistrationRequest.json"))
req = RegistrationRequest(**data)

# Validate output data
validate_output_data(result, schema_path("AuditResponse.json"))
summary = AuditResponse(**result)

{
  "vault": {
    "address": "0x1234567890123456789012345678901234567890",
    "chain": "ethereum"
  },
  "contracts": [
    { "address": "0xabcdefabcdefabcdefabcdefabcdefabcdefabcd", "chain": "ethereum" }
  ],
  "github_repo_url": "https://github.com/org/repo"
}

security_agent_sdk/examples/seller.py contains a minimal mock security agent wired into a job-processing loop:

• SecurityAgent is an abstract base class that defines the process_request(requirement: RegistrationRequest) -> AuditResponse interface.
• MockSecurityAgent implements the interface and returns a static AuditResponse with snake_case fields.
• seller() initializes a VirtualsACP client, listens for incoming jobs, validates the requirement payload with RegistrationRequest.model_validate(...), calls the agent, and delivers the resulting JSON back to the network.
• A lightweight thread-based queue is used to buffer and process jobs.

You can see the agent in action in the ACP Sandbox

Link to ACP Sandbox: https://app.virtuals.io/acp

1. Set the required environment variables:

export WHITELISTED_WALLET_PRIVATE_KEY=
export SELLER_AGENT_WALLET_ADDRESS=
export SELLER_ENTITY_ID=

2. Run the seller:

python -m security_agent_sdk.examples.seller

The process prints lifecycle logs and responds to tasks by validating input requirements and returning an AuditResponse.

MIT