Autonomous Fraud Detection
Financial agent enclaves with hardware-bound transaction limits.
- Control
- Budget and API-call guardrails
- Evidence
- Signed execution trail
Cryptographically bound AI agents running on dedicated NVIDIA architecture within Australian borders. Fully hardened to APRA CPS 234 and IRAP standards.
Terrabox presents enclave integrity as an operational control surface: kernel lockdown, attestation state, audit-chain status, tenant isolation, and credential revocation.
sudo ./scripts/enforce_kernel_lockdown.sh --require
Built for regulated workflows where identity, auditability, and data isolation are non-negotiable.
Financial agent enclaves with hardware-bound transaction limits.
Supply chain modeling isolated entirely from platform operator visibility.
Real-time ISM-1486 signed audit trails for automated governance.
terrabox-sdk 1.0.0 exposes deployment, execution, revocation, dashboard retrieval,
mTLS configuration, and client-side encrypted data-source registration.
from uuid import UUID
from terrabox_sdk import TerraboxClient
client = TerraboxClient(
"https://api.terrabox.example",
api_key="tbx_live_keyid_secret",
require_https=True,
client_cert_path="/secure/tenant/client.pem",
client_key_path="/secure/tenant/client-key.pem",
ca_cert_path="/secure/tenant/ca.pem",
)
tenant_id = UUID("00000000-0000-0000-0000-000000000001")
agent = client.deploy_agent(
tenant_id=tenant_id,
name="fraud-prod",
template_id="fraud_detector",
)
result = client.execute_agent(
agent["agent_id"],
{
"transaction_id": "txn_001",
"amount": 1250.0,
"merchant_country": "AU",
"device_seen_before": False,
},
)
dashboard = client.agent_dashboard(agent["agent_id"])
client.revoke_agent(agent["agent_id"], reason="rotation")