UAVQuantum: Télécoms de Drones Post-Quantiques et Liaisons de Commandement PQC

UAVQuantum Post-Quantum Command & Control (C2) Security Architecture

ML-KEM-768 hybrid key encapsulation, Dilithium signed telemetry, and anti-jamming RF transceiver

Central System: Quantum-Safe Crypto Enclave - NIST FIPS 203 / 204 Airborne Engine

Aviation Architecture Nodes

• Ground Control Station (GCS)
• Hybrid Classical/PQC TLS 1.3 Tunnel
• Airborne Post-Quantum Microcontroller
• Dilithium Digital Signature Attestation
• Anti-Spoofing GNSS / Optical Autonav

Architectural Layers & Protocol Stacks

• Ultra-Low Power Airborne PQC Silicon (NIST FIPS 203 (ML-KEM) / FIPS 204 (ML-DSA)): Executing post-quantum lattice mathematics within the tight milliwatt and weight budgets of compact drone flight controllers.
• Hybrid Datalink Command Encryption (Hybrid Post-Quantum TLS 1.3 / WireGuard PQC): Encrypting bi-directional command and control packets, guaranteeing security against harvest-now-decrypt-later adversaries.
• Cryptographically Signed Flight Commands (Hardware-Accelerated Dilithium Signature Verifier): Verifying that every flight altitude change and return-to-home command originated from an authorized ground controller.
• Electronic Warfare & Anti-Spoofing Defense (Multi-Band GNSS / Optical Terrain Contour Matching): Detecting and defeating GPS spoofing attacks by cross-checking satellite navigation against optical ground landmark tracking.

Flight Telemetry Metrics: 128-Bit PQC (NIST Post-Quantum Security Level) | < 2.5 ms (Dilithium Signature Verification Latency) | < 15 mW (Airborne Cryptographic Power Draw) | Zero Vulnerability (To Shor's Quantum Algorithm)