The iSOFT AUTOSAR CAPI baseline has officially marked a historic turning point in the global automotive software landscape. Announced at the highly anticipated 17th AUTOSAR Open Conference (AOC) in Shanghai, iSOFT Infrastructure Software Co., Ltd. contributed its proprietary, mass-production-proven intelligent driving operating system to serve as the global code baseline for AUTOSAR’s Common Adaptive Platform Implementation (CAPI). This groundbreaking move represents the first time a Chinese enterprise has established an international code standard baseline, effectively taking “Chinese wisdom” to the global stage and transforming how the industry approaches the software-defined vehicle (SDV) era.
In modern vehicle architecture, foundational software has become a critical bottleneck. As automakers race to integrate advanced AI, centralized compute nodes, and service-oriented architectures, traditional standardization methods have struggled to keep pace. The introduction of this unified intelligent driving OS baseline drastically reduces redundant development costs and accelerates ecosystem collaboration worldwide.
The Strategic Shift: From “Standard-First” to “Code-First”
Historically, automotive software consortia like AUTOSAR have operated on a strict “standard-first” methodology, spending years drafting extensive paper specifications before implementation could truly begin. However, the rapidly evolving demands of intelligent, connected mobility require a much more agile approach.
According to Liu Hongqian, General Manager of iSOFT, this contribution signals a fundamental paradigm shift toward a “code-first” philosophy. Open-source innovation allows for rapid collaboration, but the automotive sector demands uncompromising safety, security, and real-time performance. Having already pioneered the open-source EasyXMen automotive OS, iSOFT is reinforcing its commitment to the global developer community. The iSOFT AUTOSAR CAPI baseline provides an executable, highly reliable foundation so that global enterprises can develop on a single codebase, significantly mitigating the friction and high costs typically associated with adapting cross-platform middleware.
Bridging “China Speed” with Global Automotive Standards
The scale and pace of the Chinese automotive market are unprecedented. Producing over 30 million vehicles annually, China has become the ultimate proving ground for next-generation mobility technologies. Joachim Langenwalter, spokesperson for AUTOSAR, emphasized that the global automotive community is closely monitoring Chinese technological advancements.
By leveraging the famous “China speed,” iSOFT has successfully laid a robust foundation for CAPI. This unified, open-source-inspired approach allows software specifications and functional code to evolve simultaneously, dramatically shortening feedback loops and iteration cycles. AUTOSAR’s core mission transcends geopolitical boundaries, and this collaborative framework ensures that a universally standardized codebase will drive the next generation of smart vehicles across all international markets.
A Collaborative Global Ecosystem: Infineon and XPENG Perspectives
The ripple effects of this technological contribution are already being felt across the entire automotive supply chain, from semiconductor giants to Original Equipment Manufacturers (OEMs).
Patrick Will, Head of SW Product Marketing & Management at Infineon, highlighted the accelerating shift in automotive mindsets. The integration of iSOFT’s sophisticated middleware with Infineon’s hardware and software layers via the DRIVECORE platform enables customers to launch projects without the traditional licensing and integration hurdles. While local “China-for-China” development strategies are vital, seamless global collaboration remains essential to scaling these massive digital platforms seamlessly.
From the automaker’s perspective, the practical advantages are immediate and profound. Yu Peng, General Manager of XPENG Motors Technical Center, noted that the CAPI framework delivers three fundamental benefits for OEMs:
- Reduced Redundant Costs: Eliminates the need for multiple suppliers to rewrite the exact same basic middleware.
- Enhanced Supply Chain Security: A transparent, jointly maintained foundational codebase increases overall systemic reliability.
- Accelerated Ecosystem Collaboration: Provides a common technical language for chip vendors, software suppliers, and car manufacturers.
The structural tension between slowly evolving foundational software and rapidly iterating upper-layer applications has long plagued automakers. CAPI directly solves this by offering a standardized, production-ready foundation layer that supports continuous integration and delivery.
The Future of Software-Defined Vehicles Powered by iSOFT
With over 25 million units already deployed across more than 300 different vehicle models, iSOFT’s operating system brings highly matured, production-proven middleware to the global open-source stage. By establishing the iSOFT AUTOSAR CAPI baseline, the global automotive industry now has a unified, scalable, and highly secure framework to navigate the complex transition to AI-defined and software-defined vehicles. This milestone not only highlights the technical prowess of Chinese automotive software developers but also cements a new era of borderless, code-driven innovation for the global mobility sector.
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