Post-Quantum Cryptography for V2G Infrastructure

QuantumV2G hardens smart charging grids against future quantum decryption attacks. By deploying lattice-based digital signatures and key encapsulation mechanisms into vehicle ECUs and charging gateways, it guarantees decade-long grid communication security.

Quantum V2G Kernel Zonal Architecture

Central Controller: Quantum V2G Kernel — Post-Quantum Security Gateway

Zonal Control Units & TSN Ring

ML-KEM (Kyber) Key Encapsulation Unit
ML-DSA (Dilithium) Signature Verifier
Quantum-Safe Hardware Security Module
ISO 15118-20 Quantum TLS Tunnel
Quantum Entropy Hardware Source (QRNG)

Why Vehicle-to-Grid Networks Must Transition to Post-Quantum Today

Adversaries are currently intercepting and archiving encrypted power grid and Plug & Charge session telemetry under 'Harvest Now, Decrypt Later' campaigns. Once cryptanalytically relevant quantum computers emerge, legacy RSA and ECC keys will shatter, exposing critical energy switching infrastructure to remote hijacking.

Core Engineering Areas

Lattice Cryptography in Automotive HSM — Executing NIST-standardized lattice algorithms within the memory and timing bounds of automotive hardware security modules (HSM).
Quantum-Resistant TLS Handshake — Combining classic ECDH with ML-KEM key exchange to achieve defense-in-depth during the transition period without breaking protocol compliance.
Quantum Random Number Generation (QRNG) — Integrating quantum optical shot-noise entropy generators into central vehicle telematics processors to eliminate pseudo-random predictability.

Technical Articles

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