Secure and Efficient Infotainment Data Communication in Internet-of-Vehicle Networks

Core Concepts

This paper proposes a differentiated security architecture to provide secure and efficient infotainment data communication in Internet-of-Vehicle (IoV) networks, leveraging Named Data Networking (NDN) and a time-sensitive Key-Policy Attribute-Based Encryption (KP-ABE) scheme.

Abstract

The paper classifies data communication in IoV networks into six categories and examines the security focus of each category in terms of confidentiality, integrity, long-term availability, and short-term availability. This analysis reveals the need for a differentiated security approach to meet the diverse security and efficiency requirements of different data types.
The proposed architecture leverages NDN to enable efficient distribution of public and subscription-based infotainment data. For subscription-based infotainment data, a time-sensitive KP-ABE scheme is introduced, where the user can only decrypt files whose validity time falls within their subscription time. This scheme, coupled with the NDN network, allows any node in the network to own the file, but only those with a valid subscription can decrypt the file.
The paper also integrates blockchain technology to manage access to subscription-based infotainment data and avoid revocated users from decrypting the data.

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Key Insights Distilled From

Differentiated Security Architecture for Secure and Efficient Infotainment Data Communication in IoV Networks

by Jiani Fan,Lw... at arxiv.org 04-01-2024

https://arxiv.org/pdf/2403.20136.pdf

Deeper Inquiries

How can the proposed differentiated security architecture be extended to handle other types of data communication, such as vehicle-to-everything (V2X) private information exchange and traffic control messages, in a more comprehensive manner

The proposed differentiated security architecture can be extended to handle other types of data communication, such as V2X private information exchange and traffic control messages, in a more comprehensive manner by incorporating specific security measures tailored to the unique requirements of each data type. For V2X private information exchange, a focus on confidentiality and integrity protection is crucial. Implementing strong encryption protocols and access control mechanisms can ensure that sensitive data remains secure and only accessible to authorized entities. Additionally, for traffic control messages, where real-time integrity and availability are paramount, robust authentication and verification processes can be implemented to prevent unauthorized access and tampering. By customizing security protocols based on the specific needs of each data type, the architecture can provide a more robust and tailored security framework for diverse communication scenarios in IoV networks.

What are the potential challenges and limitations in implementing the time-sensitive KP-ABE scheme in a large-scale, highly dynamic IoV network, and how can they be addressed

Implementing the time-sensitive KP-ABE scheme in a large-scale, highly dynamic IoV network may pose several challenges and limitations. One challenge could be the scalability of the system, especially when dealing with a large number of users and a high volume of subscription-based infotainment data. Managing access policies and encryption keys for a vast user base could lead to increased computational overhead and complexity. Additionally, ensuring timely revocation of user access and maintaining an up-to-date revocation list could be challenging in a dynamic network environment where users frequently join and leave the system. To address these challenges, efficient key management strategies, optimized encryption algorithms, and automated revocation processes can be implemented. Regular audits and updates to the access control policies and revocation mechanisms can help streamline the operation of the scheme in a large-scale IoV network.

How can the integration of blockchain technology be further leveraged to enhance the overall security and trust in the infotainment data communication ecosystem of IoV networks

The integration of blockchain technology can be further leveraged to enhance the overall security and trust in the infotainment data communication ecosystem of IoV networks by providing a decentralized and tamper-proof platform for managing access control, user identities, and data transactions. Blockchain can be utilized to securely store user subscription information, access policies, and transaction records, ensuring transparency and immutability in the data exchange process. Smart contracts can be employed to automate subscription management, user authentication, and content distribution, reducing the risk of human error and unauthorized access. Additionally, blockchain-based consensus mechanisms can enhance data integrity and prevent unauthorized modifications to infotainment data. By leveraging blockchain technology effectively, IoV networks can establish a more secure and trustworthy environment for infotainment data communication.