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As "software-defined vehicles" (SDV) become the future of the automotive industry, they drive innovation and enhance user experiences. However, the rising complexity of software, tighter development timelines, and cost constraints present significant challenges. With AI advancing at an unprecedented pace, reimagining traditional development processes and management systems has become essential to improving efficiency and reducing costs.

At CES 2025, KOTEI made its highly anticipated debut of SDW 2.0, its revolutionary Software DreamsWoks, drawing interest from global industry professionals. Backed by cutting-edge AI technology and visionary innovation, SDW 2.0 promises to reshape how automotive software is developed.

 KOTEI booth attracted professionals from various fields around the globe

What is SDW 2.0?

SDW 2.0 is a human-machine collaborative productivity platform designed to transform the entire lifecycle of automotive software development—from requirements, design, and testing to project management. It integrates four intelligent experts—REQ Robot, DEV Robot, TEST Robot, and PM Robot—with the SDW Platform, delivering end-to-end automation that reduces dependency on manual labor while ensuring faster, cost-effective, and high-quality software development.

Let’s dive into the five groundbreaking capabilities that make SDW 2.0 a game-changer.

1. AI-Driven Requirements Management

Managing software requirements can be complex, but SDW 2.0 simplifies the process using AI-powered analysis, standardization, and intelligent management tools. By collaborating with human engineers, the platform ensures consistent, complete, and unambiguous requirements—even during rapid product iterations. It helps identify changes precisely, tackling one of the most pressing challenges in software development.

2. AI-Assisted Function Development

SDW 2.0 accelerates design and development through AI-driven forward and reverse engineering, based on requirements or existing codebases. Its automated compilation, testing, and execution processes align with the "Shift-Left Testing" strategy, ensuring compliance with A-Spice quality standards while shortening development cycles.

3. AI-Powered Unit Testing

Testing automotive software often faces coverage gaps and inefficiencies. SDW 2.0 addresses these issues by automating test case generation, execution, and validation. With the goal of achieving 100% coverage, its AI tools significantly improve defect detection and ensure software reliability and stability before production.

4. Bidirectional Traceability

SDW 2.0 creates a seamless traceability network connecting requirements, design, development, and testing deliverables. Its automated change synchronization and impact analysis enhance transparency and consistency across workflows, reducing risks and enabling efficient collaboration in complex projects.

5. AI-AUTOSAR Configuration

SDW 2.0 introduces an AI-enhanced AUTOSAR configuration generator, which translates requirement documents into configuration data for AP/CP toolchains. By supporting mainstream tools, it cuts development time, lowers iteration costs, and provides a streamlined experience for engineers.

Driving the Future of Automotive Software Development

KOTEI’s SDW 2.0 embodies the company’s vision of AI-driven innovation, integrating “people, tools, materials, methods, environments, and testing” to create a fully digitalized and intelligent ecosystem. The platform’s flexibility and intelligent management capabilities are designed to empower customers to enhance their R&D efficiency, reduce costs, and stay ahead in competitive markets.

Discover the future of automotive software development with KOTEI SDW 2.0—where innovation meets intelligence.

Looking Ahead

As an AI-powered technology leader, KOTEI is committed to delivering advanced productivity tools and operational models to the automotive software industry. From intelligent cockpits to autonomous driving and new energy vehicles, SDW 2.0 positions KOTEI and its clients to seize new opportunities and explore limitless possibilities in the era of smart, connected vehicles.