Secure Multi-User Contract Certificate Management for ISO 15118-20 Using Hardware Identities

Christian Plappert, Lukas Jäger, Alexander Irrgang, Chandrasekhar Potluri
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Abstract

In recent years, traditional mobility concepts have been increasingly transformed in favor of electric mobility and vehicle sharing concepts to combat pollutant emissions and inner-city traffic congestion. While the electric charging standard ISO 15118 with its Plug&Charge (PnC) concept eases the user experience by handling the complex billing process automatically during the charging, it is currently not suitable to the new multi-user mobility concepts since it does not define how to handle charging identities for multiple users per vehicle. With the Trusted Platform Module (TPM) 2.0 already part of the current ISO 15118-20 standard, we propose a new secure and standard-compliant multi-user contract certificate management system for ISO 15118-20 that utilizes the TPM in the vehicle as hardware trust anchor to handle multiple vehicle users. Our concept has little overhead to the current standard and introduces secure TPM-based multifactor authentication into ISO 15118-20, while maintaining the convenience benefits of PnC.
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使用硬件身份的ISO 15118-20安全多用户合同证书管理
近年来,为了应对污染物排放和城市交通拥堵问题,传统的出行理念日益向电动出行和车辆共享理念转变。虽然充电标准ISO 15118通过在充电过程中自动处理复杂的计费过程,简化了用户体验,但它目前不适合新的多用户移动概念,因为它没有定义如何处理每辆车的多个用户的充电身份。由于可信平台模块(TPM) 2.0已经成为当前ISO 15118-20标准的一部分,我们为ISO 15118-20提出了一个新的安全且符合标准的多用户合同证书管理系统,该系统利用车辆中的TPM作为硬件信任锚来处理多个车辆用户。我们的概念对当前标准的开销很小,并在ISO 15118-20中引入了安全的基于tpm的多因素身份验证,同时保持了PnC的便利优势。
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