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Quantum-Converged OSI stack architecture — extending classical OSI with Layer 0 (Quantum Substrate) and Layer 8 (Cognitive Intent) for 7G quantum networks. Covers entanglement, teleportation, QKD, QEC, PQC, RIS, and semantic orchestration via LLMs and QML.
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| name | quantum-network-osi-stack |
| description | Quantum-Converged OSI stack architecture — extending classical OSI with Layer 0 (Quantum Substrate) and Layer 8 (Cognitive Intent) for 7G quantum networks. Covers entanglement, teleportation, QKD, QEC, PQC, RIS, and semantic orchestration via LLMs and QML. |
| category | quantum-networks |
The classical OSI model was designed for deterministic and error-tolerant systems. It cannot support quantum-specific phenomena such as:
Extend the classical 7-layer OSI model with two new layers:
Layer 8: Cognitive Intent Layer
- Semantic orchestration via LLMs and QML
- AI-defined QNet agents
- Intent-based quantum service provisioning
- Digital twin monitoring
Layer 7-1: Classical OSI layers (quantum-aware)
- Modified MAC protocols (quantum-enhanced)
- Fidelity-aware routing
- Twin-based applications
Layer 0: Quantum Substrate
- Physical quantum channel management
- Entanglement generation and distribution
- Quantum key distribution (QKD)
- Quantum state preparation and measurement
Responsibilities:
Key Technologies:
Layer 1 (Physical): Quantum-classical signal multiplexing, wavelength division Layer 2 (Data Link/MAC): Enhanced MAC with quantum-aware frame handling Layer 3 (Network): Fidelity-aware routing — routes selected based on entanglement quality Layer 4 (Transport): Quantum state transfer protocols with error correction
Layer 5 (Session): Entanglement session management Layer 6 (Presentation): Quantum-classical data format conversion Layer 7 (Application): Twin-based applications, quantum healthcare telemetry
Responsibilities:
| Technology | Layer | Purpose |
|---|---|---|
| QKD | Layer 0 | Secure key exchange |
| QEC | Layer 0-2 | Error correction for quantum states |
| PQC | Layer 3-4 | Post-quantum cryptography |
| RIS | Layer 0-1 | Signal steering and enhancement |
| Quantum IoT | Layer 0-7 | Quantum sensor networks |
| Satellite QKD | Layer 0 | Long-distance secure communication |
| UAV Swarms | Layer 3-8 | Mobile quantum networking |
Key Metrics:
Domains:
1. Define quantum service requirements
2. Map to Quantum-Converged OSI layers
3. Select enabling technologies per layer
4. Configure cross-layer protocols
5. Simulate with NetSquid/QuNetSim/QuISP
6. Evaluate entropy throughput, coherence latency, fidelity
7. Deploy with LLM-based Layer 8 orchestration