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Special session

11.19(Wed)

Japan Automotive ISAC Activity Overview

Significantly Reducing Security Risk Analysis Efforts — Risk Analysis for the SDV Era Aligned with ISO/SAE 21434

Cyber Security Ecosystem Construction Center Activity Overview

VIRTIO @Linaro, Innovation, Collaboration & Standardization

Driving Innovation with MBD! — Introducing MBD and JMAAB

[ Model-Based Development Summit ] [ Part 1 ] Coming Soon [ Part 2 ] AVOPs Solutions to Support the Streamlining and Advancement of AD/ADAS Development

Automotive Cybersecurity —Characteristics of Automotive Security Compared to Other Industries

MBD Unleashed: Boost Your Development with Tools and Processes

Why the Software-Defined Vehicle? A Dual Perspective on Its Value and Inherent Challenges

Shaping the Future of Intelligent Mobility through Open Ecosystems and Agentic AI

Joint Exercise Introduction

Challenges in Managing SBOM and Vulnerabilities in Automotive

Japan Automotive ISAC Activities to Enhance Continuous Cybersecurity

11.20(Thu)

Technical Committee Activity Overview

Automotive Cybersecurity Regulations and Guidelines

Automotive Security Strategy in the SDV Era

Innovative Methods for Evaluating Autonomous Driving Using Proprietary AI Models

HMI Development Using Unreal Engine

[ Model-Based Development Summit ] [ Part 1 ] Do You Need Detailed Specs for Simulink? -Common Mistakes & Correct Approach.- [ Part 2 ] Shaping Future Automotive Systems: Model-Based Software Design for Industry Compliance

Supply Chain Risk Response Task Force Activity Overview（仮）

Automotive Grade Linux (AGL): Building the Common Open Platform for the Software-Defined Vehicle

Full Stack Engineering Supporting Automotive Software Development in the SDV Era

Coming soon

Supply Chain Security Defense Frontline in the Automotive Industry

Coming soon

Navya Mobility's Agnostic Autonomous Driving Software Solution

Autoware: Introducing Open-Source End-to-End Autonomous Driving

Significantly Reducing Security Risk Analysis Efforts — Risk Analysis for the SDV Era Aligned with ISO/SAE 21434

Challenges and Approaches to Ensuring Security Quality after Vehicle Sales in SDV era

11.21(Fri)

Japan Automotive ISAC Security Operation Center - Automotive Cyber Threats and the Latest Vulnerability Trends -

Significantly Reducing Security Risk Analysis Efforts — Risk Analysis for the SDV Era Aligned with ISO/SAE 21434

Vulnerability Response Sub Working Group Activity Overview

Beyond cyclictest: A Unified Benchmark Framework for POSIX Compliant RTOS on ARM processor

Coming soon

[ Model-Based Development Summit ] [ Part 1 ] Visualize design space upfront. Augment, not replace, human expertise to design better cars faster. [ Part 2 ] Integrating AI and MBD: NEORIUM’s Approach to Bridging Design, Validation, and Manufacturing

Risk Management and Changes in Cybersecurity Activities with SDV

Compact Linux Distro and NV MRAM Technology: Bring performance to resource constrained system

Supply Chain Security - Visualizing Vulnerabilities and Automating Verification by Binary Analysis -

Engineering Innovation Driven by AI Development ― Accelerating CAE and Optimization ―

Developer style change in the SDV era and impact on security

Solving E/E Complexity in SDV: How Software Engineering Shapes the Future of Mobility

Coming soon

At the Forefront of Automotive Cybersecurity

Significantly Reducing Security Risk Analysis Efforts
— Risk Analysis for the SDV Era Aligned with ISO/SAE 21434

Driving Innovation with MBD!
— Introducing MBD and JMAAB

[ Model-Based Development Summit ]
[ Part 1 ]
Coming Soon

[ Part 2 ]
AVOPs Solutions to Support the Streamlining and Advancement of AD/ADAS Development

Automotive Cybersecurity
—Characteristics of Automotive Security Compared to Other Industries

Why the Software-Defined Vehicle?
A Dual Perspective on Its Value and Inherent Challenges

[ Model-Based Development Summit ]
[ Part 1 ]
Do You Need Detailed Specs for Simulink?
-Common Mistakes & Correct Approach.-

[ Part 2 ]
Shaping Future Automotive Systems:
Model-Based Software Design for Industry Compliance

Significantly Reducing Security Risk Analysis Efforts
— Risk Analysis for the SDV Era Aligned with ISO/SAE 21434

Japan Automotive ISAC Security Operation Center
- Automotive Cyber Threats and the Latest Vulnerability Trends -

Significantly Reducing Security Risk Analysis Efforts
— Risk Analysis for the SDV Era Aligned with ISO/SAE 21434

Beyond cyclictest:
A Unified Benchmark Framework for POSIX Compliant RTOS on ARM processor

[ Model-Based Development Summit ]
[ Part 1 ]
Visualize design space upfront. Augment, not replace, human expertise to design better cars faster.

[ Part 2 ]
Integrating AI and MBD: NEORIUM’s Approach to Bridging Design, Validation, and Manufacturing

Compact Linux Distro and NV MRAM Technology:
Bring performance to resource constrained system

Supply Chain Security
- Visualizing Vulnerabilities and Automating Verification by Binary Analysis -

Engineering Innovation Driven by AI Development
― Accelerating CAE and Optimization ―