JULY 2, 2025 | Suwon Convention Center, Gyeonggi-do, Republic of KOREA
Focused on the realization of Software-Defined Vehicles that enable the transformation of connected, autonomous, electric, and digitalized mobility
The Automotive Innovation Day (AID) is Korea’s leading knowledge exchange platform for 800+ stakeholders active in software-defined vehicle, ADAS/Automated driving, and electric vehicles. It connects you with serious customers, including key decision-makers. AID features solution demonstrations and presentations for important automotive technologies, creating opportunities for suppliers to meet directors, R&D, and design engineers.
Hear what your peers have to say!
> 1,000
Attendees
> 40
Speakers
> 40
Exhibitors
“Safe and Secure Autonomy with SDVs"
“From SDV Towards the AI-Defined Vehicle”
"Mobility Without Silos: Building the SDV Ecosystem"
Automotive 2040: EV Trends and the Future Shaped by SDVs and ADAS
Rare-Earth-Free Solutions that are Low Cost, Sustainable, have High Power & Torque Density and Longer Drive Cycle
For Better Experience, New Challenges in Automotive HMI
The “Real Game” of Automotive Cybersecurity: Seamless Lifecycle Automation is the Key (feat. CSMS Portal)
Importance of Traceability in SDV Development
Empowering Innovation – Defining the Software-Defined Vehicle
Challenges and Solutions for High-Speed Automotive Connectivity
AI-based Requirements Verification Method
Cybersecurity Roadmap for Tier Suppliers: From Cybersecurity Solutions to KMS
HV Conversion to SELV- Supply to Dynamic, Motor Driven Loads
Tiny AI for Automotive Safety Critical Embedded Systems
Tiny AI for Automotive Safety Critical Embedded Systems
The Levels of Software-Defined Vehicle
Data-centric Communication for Software Defined Vehicles
Incorporating DDS Data Centricity into Advanced Vehicle Architectures
Advanced Validation Approaches for Highly Automated Applications
Tailored Autonomy: Leveraging Open-Source Ecosystems for Special Purpose Vehicle Intelligence
Review on Early Detection of Li-ion Battery Thermal Runaway in EV Application
Debugging and Testing Strategies for Automotive Software Development
Model-based Cybersecurity Analysis
Co-simulation Platform for SDV Implementation, Model.CONNECT
Stellar Microcontrollers for SDV and AI
Understanding the Transition from 12 to 48V in Electric Vehicles
Establishing Bidirectional Traceability Between Software Architecture and Source Code
Dynamic Testing for a SWC with Coco and Google Test
SDVx: Accelerating Software-Defined Vehicle Development with AI
Digital Asset–based Integrated Development Environment for SDV
Testing 10BASE-T1S and DDS Communication with CANoe
The Importance of Virtual Environments for Testing ADAS/AD
Scenario Development Methodology Based on Real-World Driving Data Collection
Scenario Development Methodology Based on Real-World Driving Data Collection
Reaching New Dimensions of Realism in HIL Testing
Signal Integrity Challenges of Automotive Ethernet
Measurement and Validation Solutions for Automotive Infotainment and ADAS System Design
Integrated Automotive Software Toolchain for ADAS, SDV, and Autonomous Driving: From Requirements to Deployment
Getting Started with GMSL
QNX Cabin: A Pre-integrated Digital Cockpit Solution Ensuring SoC Flexibility, Software Portability, and Cloud-Based Development, with QNX Sound as a Use Case
Next-Generation Centralized Control Solution for Automotive Exterior Lamps
The Future of In-Car Assistant, Multimodality, and AI
ST’s New BMS Solution
Achieve Power-Dense and Efficient Digital Power Systems by Combining TI GaN FETs and C2000™ Real-Time MCUs
Achieve Power-Dense and Efficient Digital Power Systems by Combining TI GaN FETs and C2000™ Real-Time MCUs
Rapid Concept Evaluation and System Optimization for Electric Vehicle Drivetrains
UX Key Agenda By Autonomous, Electric, SDV Vehicles Changing Future In-Car Experience
Enable Effective Shift-Left-Testing from SIL to HIL
