Authentication (law)

Public-key cryptography

Key (lock)

Computer network

Intelligent transportation system

Latency (audio)

Distributed computing

Civil engineering

Engineering

Enhanced Data Rates for GSM Evolution

Encryption

Computer science

Low latency (capital markets)

Public key infrastructure

Key exchange

Computer security

Telecommunications

IEEE Network

The current remarkable development of communication technology is enabling the intelligent driving system by providing a V2X network to exchange and process transportation data. However, security, as a fundamental requirement, is still lacking in many aspects of current V2X networks. For V2X networks, low latency, as a critical requirement for V2X networks, restrains usage of traditional security functions as security related operations like Public Key Infrastructure (PKI) systems also introduce latency. In this article, we propose an efficient scheme by intelligently distributing keys for authentication in V2X networks. The general design is to distribute key pairs valid according to the location information for vehicles and RoadSide Units (RSUs). Thus, based on this authentication scheme relying on location information, keys can be pre-distributed according to the vehicles' future locations. Also, we propose to use the Recurrent Neural Network (RNN) to predict the future route and locations which can let the key requests started from the vehicles' ends. The key idea is to provide an intelligent and efficient key distribution protocol for V2X networks. Some experimental results prove the efficiency with evaluations on our proposal compared with the existing solution.

Secure V2X Communication Network based on Intelligent PKI and Edge Computing