Enterprise Developer Portal
Welcome to the Axiom Zero documentation. Our platform delivers ultra-low latency, cryptographically secure data pipelines designed for high-frequency trading and mission-critical enterprise systems.
Sub-15ms Latency
Non-blocking asynchronous core engineered in Rust, ensuring p99 responses under 15ms globally.
Zero-Knowledge Security
End-to-end payload encryption utilizing native WebCrypto APIs. We never see your data.
Enterprise SLAs
Dedicated integration engineers, custom edge routing, and a financially backed 99.999% uptime guarantee.
System Architecture
Axiom Zero operates on a decentralized edge network, processing encrypted payloads before routing them to your private VPCs.
JavaScript SDK
Initialize the client using your Enterprise access keys. The JS SDK automatically handles connection pooling and transparent payload encryption.
// Include SDK: <script src="axiom_zero_sdk.js"></script> or require('./axiom_zero_sdk')
const AxiomZeroSDK = require('./axiom_zero_sdk');
// Initialize the non-blocking SDK client
const sdk = new AxiomZeroSDK({
endpoint: 'https://api.noctualabs.tech/v1/score',
apiKey: process.env.AXIOM_API_KEY
});
// Initialize AES-GCM encryption & ZK telemetry
await sdk.init();
// Sub-15ms edge telemetry dispatch
await sdk.sendTelemetry({
event: 'order_flow',
action: 'BUY',
volume: 10000
});
Python SDK
For backend integrations, the Python SDK relies on `asyncio` for high-throughput, non-blocking network operations.
# Import local SDK module: axiom_zero_sdk.py
import asyncio
from axiom_zero_sdk import AxiomZeroSDK
async def main():
sdk = AxiomZeroSDK(
endpoint="https://api.noctualabs.tech/v1/score",
api_key="ent_prod_..."
)
# Process batch signals asynchronously
payload = {"volume": 10000, "target": "darkpool_a"}
response = await sdk.send_telemetry_async(payload)
print(f"Telemetry verdict: {response}")
asyncio.run(main())
WebCrypto Payload Encryption
All SDKs enforce strict AES-GCM-256 encryption at the client level before data touches the network.
Sub-15ms Integration Patterns
To achieve maximum throughput, utilize the SDK's built-in memory buffers and multiplexed HTTP/3 connections. Avoid awaiting responses in tight loops; instead, rely on the `dispatch` callback hooks or async queues.