The automotive industry faces significant challenges due to an absence of effective security testing platforms amid evolving cybersecurity threats. The paper introduces the Vehicle Security Engineering Cloud (VSEC) Test platform, designed to facilitate comprehensive automotive cybersecurity testing for various users. This platform enables advanced testing methodologies, including penetration testing and fuzz testing, while conforming to modern security standards like ISO/SAE 21434. Through practical applications and methodologies, VSEC streamlines the testing process, ensuring compliance with stringent safety and security expectations in the fast-evolving landscape of vehicle systems.
In light of recent security standards and regulations, the automotive cybersecurity industry demands more efficient and widespread cybersecurity testing of automotive products, emphasizing the need for new testing methodologies.
The proposed VSEC testing platform addresses challenges in vehicle cybersecurity by allowing easier access to test beds for more efficient testing and advanced methodologies such as penetration and fuzz testing.
The absence of a configurable, practical, and user-friendly testing platform in automotive security presents considerable challenges associated with vehicle systems design and evolving attack vectors.
Standards like ISO/SAE 21434 require thorough verification and validation testing, making it crucial to develop testing platforms that accommodate the complexities of software-defined vehicles.
#automotive-security #cybersecurity-testing #vsec-platform #secure-development-lifecycle #penetration-testing
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