- Chery Auto and NVIDIA will jointly develop autonomous driving, cockpit AI, and robotics technologies using advanced AI computing platforms.
- The collaboration aims to accelerate safe autonomous driving deployment and intelligent vehicle ecosystem innovation through AI-driven technologies.
Chery Auto and NVIDIA signed a global strategic cooperation agreement on April 23 to strengthen collaboration in autonomous driving, cockpit AI, robotics, and physical AI technologies. The agreement focuses on expanding intelligent mobility capabilities from cloud-based AI systems to vehicle-side deployment, enabling advanced automotive functions powered by high-performance computing and AI-driven software. The partnership also highlights the growing convergence between automotive manufacturers and technology companies as the industry accelerates toward software-defined and intelligent vehicle ecosystems.
Under the agreement, Chery Auto will integrate NVIDIA DRIVE Hyperion into its autonomous driving development roadmap. The platform is designed specifically for Level 4 autonomous driving applications and combines the NVIDIA DRIVE AGX Thor computing architecture, validated sensor systems, and NVIDIA DRIVE AV software technologies. This integration is expected to support faster deployment of highly automated driving functions while maintaining safety-focused operational capabilities. The collaboration will also help Chery Auto strengthen its internal autonomous driving software development through enhanced simulation, validation, and AI training environments.
Autonomous Driving Technology Development
As part of the cooperation, Chery Auto plans to introduce NVIDIA simulation toolchains, including Alpamayo and Cosmos, to accelerate the development of autonomous driving software stacks. These tools will support large-scale simulation environments and data-driven AI model training processes required for advanced autonomous driving systems. With access to NVIDIA’s AI infrastructure and computing resources, Chery Auto aims to improve data processing efficiency, optimize AI algorithm development, and enhance training capabilities for intelligent driving technologies designed for future vehicle platforms.
The partnership also reflects the increasing importance of AI computing in automotive engineering. Advanced autonomous driving systems require substantial computing performance to process sensor data, perform real-time decision-making, and manage complex driving scenarios. By leveraging NVIDIA’s computing platforms, Chery Auto expects to improve the scalability and reliability of its intelligent driving technologies while reducing development complexity associated with next-generation autonomous vehicle systems.
Key Areas Of Chery Auto And NVIDIA Cooperation
| Technology Area | Development Focus |
|---|---|
| Autonomous Driving | Level 4 driving platform integration using NVIDIA DRIVE Hyperion |
| Cockpit AI | Generative AI-based intelligent interaction and personalized services |
| Simulation Tools | AI model training and autonomous driving software validation |
| Robotics | Humanoid robots and intelligent robotic platforms based on NVIDIA Jetson |
Next-Generation Cockpit AI Integration
In addition to autonomous driving, the two companies will jointly develop next-generation intelligent cockpit technologies powered by generative AI. The cockpit AI system is expected to support natural emotional interaction, personalized digital services, and all-domain scenario perception capabilities. These functions are intended to improve user interaction experiences by enabling more adaptive and context-aware vehicle environments. AI-powered cockpit technologies are becoming increasingly important as automakers compete to deliver connected and software-centric vehicle experiences across future mobility platforms.
The intelligent cockpit initiative also supports the broader transformation toward software-defined vehicles, where in-vehicle experiences are continuously enhanced through AI-enabled software capabilities. Through this partnership, Chery Auto intends to strengthen its competitiveness in intelligent mobility technologies while integrating advanced AI-driven user experiences into future vehicle programs. The collaboration further demonstrates how automotive manufacturers are incorporating generative AI technologies into vehicle ecosystems beyond traditional infotainment applications.
Expansion Into Robotics And Physical AI
The cooperation between the two companies also extends into embodied intelligence and robotics development. Chery Auto and NVIDIA will explore humanoid robots and diversified intelligent robotic platforms using the NVIDIA Jetson platform. These technologies are expected to support broader physical AI applications that combine real-world perception, autonomous decision-making, and intelligent interaction capabilities. The collaboration indicates growing interest among automotive companies in applying AI technologies beyond vehicles into robotics and intelligent automation sectors.
The strategic partnership is expected to accelerate innovation across both the automotive and robotics industries by integrating advanced AI technologies into future mobility solutions. The companies stated that the collaboration will help promote concept innovation and support paradigm shifts within automotive manufacturing and technology ecosystems. The initiative is also expected to contribute to the faster implementation of safe autonomous driving technologies and intelligent AI-powered mobility systems in global markets.
Frequently Asked Questions
What is the purpose of the Chery Auto and NVIDIA partnership?
The partnership focuses on developing autonomous driving, cockpit AI, robotics, and physical AI technologies for future intelligent mobility applications. Chery Auto will use NVIDIA’s AI platforms, simulation tools, and computing infrastructure to accelerate Level 4 autonomous driving development, AI-based cockpit experiences, and robotics innovation. The collaboration also aims to strengthen software-defined vehicle capabilities while improving AI model training, sensor processing, and intelligent interaction technologies for future automotive and robotic systems.
What technologies will Chery Auto use from NVIDIA?
Chery Auto will adopt NVIDIA DRIVE Hyperion, which includes the DRIVE AGX Thor computing platform, sensor networks, and DRIVE AV software for autonomous driving applications. The company will also use NVIDIA simulation tools such as Alpamayo and Cosmos for software validation and AI training. In addition, the partnership includes the use of NVIDIA Jetson platforms for humanoid robots and intelligent robotic systems, supporting broader physical AI and embodied intelligence development initiatives.
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