
Explore cutting-edge open source and AI technologies through expert keynotes, offering insights into industry trends, innovations, and future directions in the Japanese tech landscape.

探讨自动驾驶时代智能座舱的未来发展,介绍如何利用3A游戏引擎技术打造创新座舱体验,展望车内空间的全新可能性。

Entdecke SocketCAN im Linux-Kernel: CAN-Bus-Grundlagen, Hardware-Unterstützung und Protokolle für Automotive und Industrieanwendungen. Lerne Tools zur Analyse und Manipulation von CAN-Datenverkehr kennen.

Explore CAN bus: a resilient, multi-master data network for automotive and industrial applications. Learn its structure, features, and advantages in noise-immune short-range communication.

Explore building a simulated car system, from in-vehicle infotainment to a complete "Car in a Box" setup, with insights on ECU integration and safety precautions.

Explore car hacking essentials: hardware, software, and penetration testing techniques for automotive systems. Learn about attack surfaces, OBD2 ports, and network basics.

Explore vehicle cybersecurity vulnerabilities and hacking techniques with experts Miller and Valasek. Learn about automotive systems, potential exploits, and defensive measures.

Explore how automakers are embracing software-defined vehicles using open source, focusing on Automotive Grade Linux's collaborative platform for infotainment and instrument cluster applications.

Explore connected car opportunities, security risks, and best practices for over-the-air updates. Learn from real-world examples like Tesla's innovations and the Jeep Cherokee hack.

Explore PIVOT: A community platform for sharing vehicle telematics data, supporting research in cybersecurity, intelligent transportation, and smart communities through datasets and open-source tools.

Explore how automakers leverage open source software for software-defined vehicles, focusing on Automotive Grade Linux's collaborative platform and future roadmap for connected car technology.

Explore an advanced hardware backdoor for CAN bus in connected cars. Learn about remote attacks triggered by GPS, speed, or custom parameters, with intuitive interface for payload customization.

Explore security challenges and real-time Linux solutions for software-defined vehicles in the evolving automotive industry. Learn IT approaches bridging traditional and modern practices.

Explore open-source development for automotive gateways using Renesas R-Car S4 Whitebox SDK and Starter Kit Board, addressing Software-Defined Vehicles trends and community contributions.

Automated performance monitoring daemon for embedded systems in Software Defined Vehicles. Monitors, analyzes, and reports issues based on predefined thresholds, enhancing efficiency in complex development cycles.

Explore how software is revolutionizing the automotive industry, enhancing user experiences and creating exciting opportunities for developers in vehicle technology.

Explore automotive security testing of electronic control units, focusing on embedded systems in modern vehicles and their vulnerabilities. Learn pentesting approaches for ECU analysis and defense mechanisms.

Explore JTEKT's strategic shift in product and manufacturing due to transportation electrification, focusing on industry adaptation and innovation.

Explore next-gen cockpit GUI architecture for multi-screen systems, focusing on the 'Multi-Layout Window' concept for user-friendly interfaces across various displays.

Learn essential safety procedures and techniques for properly raising and supporting a 2003-2007 Honda Accord, including spare tire installation methods and recommended tool usage.

Comprehensive guide to replacing head gaskets on Ford F-150 5.4L SOHC engines. Covers entire process from disassembly to reassembly, including timing chain and water pump replacement. Ideal for DIY mechanics.