Quantum Architecture

Explore the core design principles of GPLN's quantum computing infrastructure.

How It Works

GPLN's quantum architecture leverages a hybrid quantum-classical model that scales across 128-qubit processors. Our design incorporates cryogenic cooling, photonics-based transmission, and error-corrected qubit arrays to deliver enterprise-grade performance.

Modular cryogenic processors
Multi-generational qubit stacks
Quantum-classical integration

Core Architectural Components

Qubit Arrays

128+ physical qubits with superconducting circuits arranged in a hexagonal lattice.

Quantum Cores

Modular quantum processing units with real-time error correction.

Control Stack

Hybrid control systems managing quantum gates with nanosecond precision.

Quantum Integration

Our architecture supports integration with enterprise systems through REST, gRPC, and WebSockets. Quantum operations are abstracted through API layers to simplify application development.


GET /quantum/exec
Authorization: Bearer YOUR_API_KEY
Content-Type: application/json

{
  "operation": "H",
  "target": "q[0]",
  "coupling": "q[0]-q[1]",
  "shots": 1000
}

Quantum gate operation on entangled qubits via API

Visual Architecture

Enterprise Support

GPLN guarantees 24/7 support for quantum infrastructure, including hardware maintenance, API updates, and research assistance through our elite support team.