RESAuto focuses on the integration of CHERI architecture into automotive braking systems to enhance cyber resilience.

The project utilizes a test environment that combines power-critical sensors, artificial intelligence, control actuators, and complex distributed algorithms. This setup enables a thorough analysis of safety goals and the impact of CHERI-based solutions on system performance and security. By employing ARM’s Morello board, the project assesses the practicality of deploying CHERI technology within existing automotive supply chains, considering both technical feasibility and economic viability.

Brief

The RESAuto (Resilient Automotive) project is an Innovate UK-funded initiative aimed at enhancing the cyber resilience of automotive systems. By integrating an automotive braking system with a real-time monitoring and compliance framework, the project serves as a demonstrator for advanced security measures.

Central to this effort is the exploration of Capability Hardware Enhanced RISC Instructions (CHERI) architecture, utilizing ARM’s Morello board to assess its effectiveness in mitigating memory-related vulnerabilities within automotive electronic control units (ECUs).

Collaborative partners—including Thales, WMG at the University of Warwick, and TechWorks via the Automotive Electronics Innovation Network (AESIN)—are examining the technical, legal, and economic implications of incorporating CHERI-based processors into automotive supply chains. This comprehensive approach aims to fortify vehicle systems against cyber threats while evaluating the feasibility and impact of adopting such advanced hardware security features across the industry.

Outcomes

The anticipated outcomes of the RESAuto project include:

1. Enhanced Cyber Resilience: Demonstrating the effectiveness of CHERI architecture in mitigating memory-related vulnerabilities, thereby strengthening the security of automotive systems.

2. Economic Feasibility Analysis: Evaluating the cost-effectiveness of integrating CHERI-based processors into automotive supply chains, including an examination of legal liabilities and insurance implications.

3. Industry Adoption Roadmap: Providing insights and guidelines for original equipment manufacturers (OEMs) and suppliers on incorporating advanced hardware security features into their products and processes.

Consortium

Activities

Relive the Highlights from AESIN’s Securing Vehicle Systems Workshop!

February 24th, 2025|Comments Off on Relive the Highlights from AESIN’s Securing Vehicle Systems Workshop!

Automotive security presents unique challenges, demanding solutions that keep systems operational even under attack. At our recent Securing Vehicle Systems Workshop, industry experts gathered to discuss priorities, economic viability, and groundbreaking research from the RESAuto project on memory safety in vehicle electronics.

RESAuto Whitepaper: Hardware Memory Safety for Automotive Applications

February 24th, 2025|Comments Off on RESAuto Whitepaper: Hardware Memory Safety for Automotive Applications

In partnership with AESIN and Warwick Manufacturing Group (WMG) at the University of Warwick,has concluded its groundbreaking study on the potential of Capability Hardware Enhanced RISC Instructions (CHERI) to address memory safety vulnerabilities in automotive systems.

14/11 – ResAuto Event : Securing Vehicle Systems Workshop

November 6th, 2024|Comments Off on 14/11 – ResAuto Event : Securing Vehicle Systems Workshop

AESIN attended the CYBER UK conference last month to see how the automotive industry featured at the UK government's flagship cyber security event. There were fascinating sessions on the use of AI for both attack and defence and a great talk by The Lazarus Heist podcaster.

A Postcard from Cyber UK

July 5th, 2024|Comments Off on A Postcard from Cyber UK

AESIN attended the CYBER UK conference last month to see how the automotive industry featured at the UK government's flagship cyber security event. There were fascinating sessions on the use of AI for both attack and defence and a great talk by The Lazarus Heist podcaster.

CLICK HERE to visit the project website

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