Join us for an exclusive ONEKEY webinar on May 7, 2026, at 11:00 a.m. (CEST)!

Modern vehicles are increasingly software-defined — and AUTOSAR plays a central role in this ecosystem. Yet, analyzing AUTOSAR environments directly from raw firmware remains a major challenge for many organizations.

In this webinar, ONEKEY demonstrates how to extract AUTOSAR components directly from binary firmware, automatically generate a Software Bill of Materials (SBOM), and map identified components to known vulnerabilities using both public and private sources.

You will gain a practical understanding of how AUTOSAR components are structured, how they can be reliably detected at the binary level, and how to bridge the gap between embedded automotive software and modern vulnerability management using Package URLs (PURLs).

What you’ll learn in this 45-minute session

• How AUTOSAR components are structured
• Understand the architecture and key building blocks relevant for analysis
• How to detect AUTOSAR components in binary firmware
• Learn how component identification works without access to source code
• How to generate SBOMs from firmware
• See how software components can be extracted and structured into a usable SBOM
• How to map components to vulnerabilities
• Discover how identified components can be linked to known vulnerabilities using public and private sources
• How PURLs enable scalable vulnerability management
• Understand how Package URLs help standardize component identification across tools and databases

Who should attend?

• Automotive cybersecurity teams
• Product security & PSIRT teams
• Embedded engineers & reverse engineers
• Anyone working on SBOM, vulnerability management, or automotive compliance

Secure your spot!

This webinar is designed for professionals who want to better understand how to move from raw firmware to actionable security insights in AUTOSAR-based systems.

Register now to secure your spot.

Can’t join live? No problem — register anyway and receive the on-demand recording after the session.