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Global Automotive Technology Development Trends 5. The Evolution of Software-Defined Vehicles (SDV) and the Transfer of Engineering Paradigms 5.5 Agile Development (Agile CI/CD) To address the complexities of modern vehicles, the automotive industry is shifting from rigid, hardware-dependent cycles to an Agile CI/CD framework inspired by software-driven industries. This transition utilizes cloud-native virtualization and "digital twins" to allow developers to test code on virtual hardware long before physical prototypes exist, effectively decoupling software progress from hardware constraints. By integrating automated compliance and security directly into the development pipeline, companies can ensure rigorous safety standards like ISO 26262 are met without sacrificing the speed of daily software updates. Ultimately, the text advocates for a "Software Factory" approach, where infrastructure is treated as code and testing resources are managed through intelligent queues to maximize efficiency and maintain automotive-grade reliability in a rapid iteration environment. ----------------------------------------------------------------- Global Automotive Technology Development Trends Table of contents: 1. Policies, Regulations and Carbon Neutrality Transition Pathways 1.1 AECC 2. Euro 7 and Extreme Emissions Regulation: The Era of Non-Exhaust Pollution and Onboard Monitoring 2.1 Euro 7 – Emission 2.2 EMC 2.3 NVH 2.4 Manufacture-Recycle 3. Diversification of power system technologies and energy transition 3.1 Battery 3.2 BMS 3.3 Motor-MCU 3.4 Inverter 3.5 OBC-Charger 3.6 H2ICE-Fuel Cell 3.7 Thermal Management 4. Evolution of Electronic and Electrical Architecture & Hardware 4.1 EE 4.2 CPU-Sensors 4.3 X-in-1 4.4 Communication-CAN-EtherNet 5. The Evolution of Software-Defined Vehicles (SDV) and the Transfer of Engineering Paradigms 5.1 SDV 5.2 AutoSar 5.3 ASPICE 5.4 Software-Linux 5.5 Agile Development (Agile CI/CD) 5.6 Design-CAE 5.7 Validation 5.8 Testing 5.9 Digital Twin-Zero Prototype 6. The Hierarchical Differentiation and Commercialization Model of Autonomous Driving 6.1 ADAS 7. Artificial Intelligence (AI) Empowerment 7.1 AI 8. The Perception Revolution in Smart Cockpits 8.1 CockPit 8.2 IVI 8.3 HMI 9. Strategic barriers to safety, security, and compliance 9.1 NCAP 9.2 Functional Safety 9.3 Expected Functional Safety (SOTIF) 9.4 Fail Operational 9.5 ISO-PAS 8800 9.6 CyberSecurity 9.7 NIS 2 (Network and Information Systems Security Directive) 10. Foresight Key Materials 10.1 Material