🏪 Quantum Marketplace

Quantum Compute ⚡ ORIKI Accelerated

Quick Launch

All 27 Quantum Services

Classical Compute

Full cloud infrastructure with Digital Ocean feature parity. Quantum-classical hybrid ready.

💎 Enterprise Bare Metal Dedicated hardware

Full hardware control. Enterprise SLAs. 99.99% uptime.

🖥️ Standard

⚡ High Performance

🎮 GPU Bare Metal

💾 Storage & Compliance

📞 Support Tiers

🧬 Quantum Algorithms

⚙️ All 27 Quantum Services

Q3 Quantum Storage

Quantum Domains

QuantumISP ONLINE

QuantumSec 🔐 Quantum Security

QuantumDB √N Grover Speedup

QuantumLambda ⚡ Serverless Quantum

# QuantumLambda Function Example
from quantumcloud import QuantumFunction

@QuantumFunction(memory=256, timeout=30)
def quantum_search(event, ctx):
    # Use Grover for √N speedup
    result = ctx.grover_search(
        database=event['collection'],
        target=event['query']
    )
    return {'found': result.items}

QuantumCDN 🌐 Global Delivery

QuantumMonitor 📊 Unified Observability

QuantumFlow 🔄 Workflow Orchestration

QuantumVault 🔐 Secrets Management

QuantumQueue 📬 Message Queue

QuantumBackup 💾 Backups & Recovery

QuantumFinance 💰 Financial Services

QuantumHealth 🏥 HIPAA Healthcare

QuantumAnalytics 🧠 ML & Analytics

QuantumStream 📡 Real-Time Streaming

QuantumWeb Mesh P2P Network

VPC Networking

DNS Management

Cloud Firewalls

Load Balancers

Images & Snapshots

Volumes (Block Storage)

SSH Keys

Teams & IAM

Monitoring & Alerts

🚀 Deployments

💳 Billing

⚙️ Settings

📚 Documentation

# Install the QuantumCloud SDK
pip install quantumcloud

from quantumcloud import QuantumCloud

# Initialize with your API key
qc = QuantumCloud(api_key="qc_sk_your_key_here")

# Run Shor's algorithm to factor a number
result = qc.run_shor(N=21)
print(result.factors)  # [3, 7]

# Run Grover search with √N speedup
result = qc.run_grover(target="secret", space_size=1000000)
print(result.found)  # True, O(√N) speedup

# Submit a custom quantum circuit (Qiskit/Cirq compatible)
circuit = """{"qubits": 5, "gates": [...]}
job = qc.submit_circuit(circuit, shots=1000)
print(job.id, job.status)  # qj-xxx, RUNNING

# Install CLI
npm install -g @quantumcloud/cli

# Authenticate
qc auth login --key qc_sk_xxx

# List droplets
qc droplets list

# Create a droplet
qc droplets create --name my-droplet --size s-1vcpu-1gb --region lon1

# Run quantum circuit
qc circuit run --file circuit.qasm --shots 1000

# Q3 Storage commands
qc q3 buckets list
qc q3 put ./local-file bucket-name/key

# Domain management
qc domains register mydomain.q
qc domains link mydomain.q --site site-id

from qiskit import QuantumCircuit
from quantumcloud.qiskit import QCBackend
backend = QCBackend()
job = backend.run(circuit, shots=1000)