Adaptive Security Mechanism for Vehicular Data Networks or Platform using Degree of Privacy
Keywords:
Private Key and Public key cryptography algorithms, Security and Privacy, Vehicular data networksAbstract
Vehicular data platforms and networks use IoT devices to provide communication support system and enable the value-added services which generates large amount of vehicular data. The need of hour is to provide security to vehicular data platforms. In this paper, adaptive security mechanism was proposed to secure vehicular data. An adaptive security mechanism allows users to select the degree of privacy they want to use. The privacy degree is divided into low-level, medium level and high level as per the requirement of user. The vehicular data is categorized into vehicle identification & configuration data, running status data, maintenance data, insurance data, driving safety data etc. Different private-key and public-key cryptography algorithms such as DES, AES, RSA are applied on vehicular data of different sizes and suggested the type of suitable algorithm to maintain the degree of privacy and to ensure the requirement of vehicular data category.
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