- Vehicle Intelligence Chip Horizon Starry delivers 650 TOPS computing power for cockpit and driving AI workloads.
- KKClaw operating system enables cross-domain cockpit-driving coordination with personalized user experiences.
Beijing Horizon Information Technology Co., Ltd. (Horizon Robotics) presented its latest vehicle intelligence technologies at the 2026 Chongqing International Auto Exhibition, highlighting the Horizon Starry integrated cockpit-driving platform and the KKClaw vehicle intelligence operating system. The showcase demonstrated the company’s strategy of combining intelligent driving and digital cockpit capabilities into a unified computing framework. Designed to support next-generation automotive applications, the platform enables automakers to accelerate development while enhancing in-vehicle intelligence and user interaction capabilities.
Horizon Starry Delivers High-Performance Centralized Computing
The Horizon Starry platform is built on a 5nm automotive-grade manufacturing process and provides 650 TOPS of BPU computing power alongside 273 GB/s memory bandwidth. This capability allows the simultaneous execution of advanced intelligent driving models and cockpit-focused AI applications within a single hardware architecture. By consolidating multiple functions into a centralized computing environment, the solution supports higher system efficiency while simplifying vehicle electronic architectures for future intelligent vehicles.
Efficiency Gains Through Integrated Vehicle Architecture
The centralized design of Horizon Starry provides measurable benefits for vehicle manufacturers. According to the company, the platform reduces overall vehicle space requirements by 50% while lowering per-vehicle costs by approximately CNY 1,500 to CNY 4,000. In addition, development and delivery timelines can be significantly shortened, decreasing typical research, development, and deployment cycles from 18 months to 8 months. These advantages are intended to help automakers improve efficiency and accelerate product launches.
KKClaw Operating System Enables Personalized User Experiences
The KKClaw vehicle intelligence operating system was also featured as a key component of the company’s solution. The operating system supports coordinated operation between cockpit and driving domains through natural language interaction capabilities. Leveraging long-sequence memory technology, KKClaw can retain information related to driving behavior and mobility preferences. Over time, this allows the system to deliver increasingly personalized experiences tailored to individual users while enhancing interaction across multiple vehicle functions.
Partnership Showcase with iCAR
The exhibition booth included an iCAR V27 model incorporating KKClaw-themed design elements. The collaboration highlights the commercial adoption of Horizon’s integrated cockpit-driving technology. As the first global automaker partner to deploy the solution, iCAR demonstrates the practical implementation of the platform within production vehicle programs. The partnership reflects growing industry interest in integrated vehicle intelligence systems capable of combining advanced driving functions with intelligent cockpit experiences.
Frequently Asked Questions
What is Horizon Starry and why is it significant for intelligent vehicles?
Horizon Starry is an integrated cockpit-driving vehicle intelligence platform designed to support both intelligent driving and digital cockpit applications on a centralized computing architecture. Built using a 5nm automotive-grade process, it provides 650 TOPS of BPU computing power and 273 GB/s memory bandwidth. The platform helps reduce vehicle space requirements, lower costs, and shorten development cycles while enabling simultaneous execution of advanced AI models for intelligent driving and in-cabin experiences.
What role does the KKClaw vehicle intelligence operating system play?
KKClaw is a vehicle intelligence operating system that enables coordination between cockpit and driving functions through natural language interaction. Its long-sequence memory capability allows it to remember user driving habits and mobility preferences over time. This functionality supports personalized experiences and improved interaction across vehicle systems. The operating system is designed to work alongside Horizon Starry, creating an integrated solution for next-generation intelligent vehicles and advanced digital cockpit environments.
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