DEVELOPER CLOUD

Python SDK & API Documentation

Install the Triqee SDK and submit quantum circuits to IBM Heron, IonQ Forte, and QuEra Aquila with automatic hardware arbitrage.

pip install triqeev3.0.0

quickstart.py

import triqee

client = triqee.Client(api_key="tq_live_...")

# Submit a quantum circuit with auto-routing
job = client.quantum.submit(
    circuit=q_circ,
    routing_mode="optimal_fidelity"
)

print(f"Executed on {job.hardware}")
print(f"Fidelity: {job.fidelity:.4f}")
print(f"Cost: {job.cost_usd:.4f}")

USER SETUP GUIDE

User Setup & Developer Getting Started Guide

Follow these 5 steps to claim your credentials, install the client, and submit your first quantum job to the Triqee Omniverse™ gateway.

Step 1: Select Grant Tier & Submit Identifier

Choose your grant tier on /airdrop (Developer, Quant, or Community) or submit your custom enterprise workload on /portal. Your sandbox credentials are provisioned instantly on submission.

Step 2: Instant Confirmation & Email Dispatch

Your request is immediately captured by the gateway. Credentials are displayed on-screen and dispatched to your inbox — your sandbox API key and personalized circuit routing parameters arrive in seconds.

Pro Tip: Sandbox API Key is pre-funded with 500 $TQ to 5,000 $TQ compute gas for zero-cost testing.

Step 3: Install the Triqee Python SDK

Open your terminal or PowerShell and install the official package with one command:

TERMINAL / POWERSHELL

pip install triqee

Step 4: Execute & Generate Instant Executive Report

Submit your quantum circuit and call `job.summary()` to generate an instant, human-readable execution briefing breaking down your gate optimization, hardware fidelity, and production readiness:

verification.py

import triqee

client = triqee.Client(api_key="tq_sandbox_genesis_2026")
trans = client.argon.transpile(qubits=64, gates=500, target_backend="ibm_heron")
job = client.quantum.submit(circuit=trans, routing_mode="optimal_fidelity")
print(job.summary())

OUTPUT PREVIEW — job.summary()

🚀 TRIQEE QUANTUM EXECUTION REPORT // EXECUTIVE SUMMARY

•Target Hardware: IBM Heron 156Q (ibm_kingston)

•Physical Fidelity: 99.72%

•Gate Optimization: 500 → 290 gates (−42.0% depth reduction)

•Coherence Preserved: Zero-SWAP routing prevents quantum state decay

Step 5: Scale to Production

Deploy on-premise air-gapped Sovereign Appliances for classified workloads, explore QuantVault™ institutional alpha, or review peer-reviewed research under CERN Zenodo DOI: 10.5281/zenodo.23045297.

Launch Developer Console View Python SDK Documentation CERN Zenodo DOI: 10.5281/zenodo.23045297

API Keys & Auth

Scoped API keys with per-project rate limits, usage analytics, and automatic key rotation. HMAC-signed requests for hardware job submission.

Get API Key

Hardware Arbitrage

Real-time cost and fidelity quotes across IBM Heron, IonQ Forte, and QuEra Aquila. Automatic transpilation and zero-SWAP routing optimization.

View Router Docs

Full SDK Reference

Complete Python SDK documentation with circuit submission, job management, QuantVault™ alpha engine, and QBS-26 benchmark runner APIs.

Browse Docs

Ready to Submit Your First Quantum Job?

Request your API key and get access to the full Triqee SDK, hardware arbitrage router, and QuantVault™ alpha engine.

REQUEST API KEY