Press Release, 19 December 2025
At CES 2026 in Las Vegas, automotive tech firms aiMotive and LG Vehicle Solution Company are set to unveil a breakthrough integrated controller platform that merges in-vehicle infotainment (IVI) and advanced driver assistance systems (ADAS) into a single, high-performance computing unit. The collaboration centers on the HPC Lite platform, designed to act as the central processing hub in next-generation vehicles, efficiently managing both user-facing digital experiences and safety-critical driving assistance functions.
This integrated controller combines aiMotive’s aiDrive automated driving software with LG’s IVI technology, aiming to simplify vehicle system architecture while enabling powerful, responsive performance. By unifying IVI and ADAS domains, the platform reduces hardware complexity and fosters faster data processing between systems. The result is streamlined communication throughout the vehicle’s computing environment — a key advantage as cars evolve into smarter, software-driven platforms.
Functionally, the solution supports Level 2+ automated driving capabilities. It leverages inputs from multi-camera and multi-radar sensor arrays to recognize traffic lights, adjust speed according to road conditions, and manage lane changes or overtaking, all without reliance on high-definition maps. This capacity for navigation-assisted driving on highways and eligible secondary roads reflects growing industry demand for robust autonomy that works in a variety of real-world scenarios.
In addition to vehicle control and automation performance, the platform introduces an advanced human-machine interface (HMI) optimized for next-generation automotive displays. This interface unifies instrument cluster and central display content, offering intuitive 2D and 3D visualizations — including alerts for lane departures, distance to vehicles ahead, and real-time traffic-based route guidance helping drivers stay safe and informed without distraction.
According to both partners, the HPC Lite controller is expected to be a foundational technology in the emerging Software Defined Vehicle (SDV) era, where consolidated computing power and cross-domain integration are essential for delivering both enriched driver experiences and advanced safety features.
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