Finnish HMI developer Rightware has achieved full compatibility with MediaTek’s latest in-vehicle platform, drawing attention as a move to support mass production of “AI cockpits” in the automotive industry.
Rightware AquaDrive AIOS 1.0 Adds Support for MediaTek’s Dimensity AX Platform – Rightware
🟧Rightware Accelerates AI Cockpit Mass Production by Supporting MediaTek’s Dimensity AX C-X1 with AI-Native In-Car OS “AquaDrive AIOS 1.0”
Rightware, a Finnish company under Thundersoft, announced that its AI-native in-car operating system, AquaDrive AIOS 1.0, is now fully compatible with MediaTek’s automotive SoC, the Dimensity AX C-X1. The two companies will integrate software and hardware to provide an AI cockpit platform suitable for mass production for automakers.
・AquaDrive AIOS 1.0, an AI-native in-vehicle OS based on the Kanzi engine, will receive the 2026 iF Design Award
・The Dimensity AX C-X1 adopts a 3nm process, delivering 400 TOPS of AI performance and 10.2 TFLOPS of GPU performance, delivering a high-performance in-vehicle platform.
・Enables multi-screen environments linking meters, center displays, and passenger displays, as well as multimodal AI operation via voice and gestures
🟧The AI cockpit race is shifting from “chip performance” to “development efficiency and UX”
In the automotive industry, the shift to SDVs (Software-Defined Vehicles) is progressing, and the value of vehicles is determined not only by engine performance and hardware but also by software experience and AI features. However, automakers need to develop HMIs differently for each model and chip, which poses significant challenges due to increased development time and costs.
The AquaDrive AIOS 1.0 adopts a design that separates HMI functions from hardware, allowing key IP to be reused across multiple chipsets. This enables shorter development periods and cost reductions, enabling automakers to bring AI cockpits to market more quickly.
🟧 Conclusion
Rightware and MediaTek have built an integrated platform that accelerates the mass production of AI cockpits by combining AI-native in-vehicle OSs with high-performance automotive SoCs. This announcement is not just a compatibility confirmation, but a strategic partnership aimed at creating an environment where automakers can implement AI capabilities more quickly and at lower cost.
Going forward, it seems that the competitiveness of the automotive industry will be determined not only by performance competition in automotive semiconductors but also by how efficiently a software infrastructure capable of delivering AI experiences can be built.
