Automotive2021-03-26T07:59:07+01:00

Automotive

Regulatory Compliance for the Automotive Industry Through Software Supply Chain Traceability

Addressing UNECE WP.29 and ISO/SAE 21434 Cybersecurity Standardization

In just over one hundred years vehicles have evolved from relatively simple to operate hard goods to highly complex software platforms within a physical framework. As a result, the automotive industry faces enormous challenges in managing and monitoring the supporting technologies, ensuring safety, providing cybersecurity, and meeting broad-sweeping regulatory compliance. The complexity of modern automotive systems demands the ability to ensure real-time, of-the-moment updates and the ability to parse software, firmware, and updates for verification across the entire supply chain and its lifecycles.

Challenges

Ensuring Software Supply Chain Integrity for Vehicles and Their Component

From OEM to audit processes, manufacturing, OTA updates, and vehicle operations all must avoid the manipulation of a vehicles’ ECU and its OEM software or insertion of malware.

Securing Over The Air OTA Updates

Providing just-in-time Over-the-Air updates and preventing any other cyberattack requires a robust architecture and protocols to ensure cybersecurity.

Missing Risk Monitoring and Forensic Data for Connected Vehicles

With OTA the software platforms of vehicles have become more dynamic but subsequently create challenges related to tracking and tracing the software status of any specific vehicle. Validating the integrity and documenting the history of a vehicle’s supporting software in operation mitigates liability risks and ensures safe operation and cybersecurity during their lifetime.

Complex Fulfillment of Regulatory Compliance

Regulatory compliance and documentation of software and related updates is an ever-expanding and ongoing operational burden for the automotive industry. From UNECE WP.29 and ISO/SAE 21434 and at least another 11 regional and international acts, laws, guidelines, regulations, and frameworks all of which address specific aspects related to cybersecurity and data protection.

In this White Paper:

  • The impact of global regulation and standards on automotive OTA update procedures
  • Protocols for the implementation of cybersecurity-compliant OTA updates
  • Manage the security of the software supply chain for connected elements in vehicles
  • Track and trace entire vehicles’ software and hardware distribution lifecycle
Download our Whitepaper

Solutions

asvin Paw Print: Unique IDs and Fingerprints for IoT devices and Software / Firmware

Create and store unique IDs for smart car components and their related hardware and software with physical unclonable functions (PUF) and trusted platform modules (TPM) for embedded systems in an immutable DLT for maximum resilience.

asvin Trackhound: Software Supply Chain Tracking

asvin’s Trackhound provides sustainable and reliable cybersecurity and transparency to the entire software supply chain and lifecycle for connected vehicles and their smart components. From initial software deployment on IoT devices and subsequent OTA updates and security patch distribution to forensic audits, Trackhound increases system security by offering lifetime control over the software running on vehicle edge devices and fulfills UNECE WP.29 and ISO/SAE 21434.regulatory requirements.

Click here to read our Automotive Industry White Paper

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