Reach AI Vehicle Full Stack Portfolio Auto China 2026 NeuSAR NeuAUTO

At Auto China 2026, Reach introduced a comprehensive full-stack product portfolio designed to advance the intelligent transformation of AI-powered vehicles. The solution integrates multiple layers of automotive intelligence, from operating systems and computing frameworks to energy systems and testing capabilities. By combining software-defined architectures with AI-driven capabilities, the company aims to accelerate the deployment of intelligent vehicles across both China and global markets. This approach reflects a shift toward unified ecosystems where vehicle intelligence is driven by seamless coordination between onboard and cloud-based technologies.

Five Core Pillars of the AI Vehicle Ecosystem

The portfolio is structured around five essential domains that collectively define next-generation vehicle intelligence. These include AI Vehicle Neural Foundation, Emotional Cognition, Intelligent Driving Brain, Vehicle-Cloud Computational Brain, and Energy Heart. Each component addresses a critical function in the AI mobility stack, enabling vehicles to process data, interact with users, and optimize performance in real time. This integrated architecture ensures that vehicles are not only autonomous but also adaptive, capable of responding dynamically to both environmental conditions and user preferences.

NeuSAR OS as the Digital Backbone

At the center of the ecosystem lies NeuSAR OS, which serves as the foundational operating system for AI vehicles. With more than 10 million production deployments, it provides a secure, scalable, and reliable environment for running AI-driven applications. The system is engineered to support high-performance computing requirements while maintaining safety and stability standards essential for automotive use. Its widespread adoption highlights its maturity and readiness for mass deployment across multiple vehicle segments, including passenger and commercial platforms.

Vehicle-Cloud Integration with Cloud OS

The introduction of Cloud OS brings a collaborative computing framework that bridges onboard systems with cloud infrastructure. This architecture allows flexible task distribution between smaller models operating within the vehicle and larger models running in the cloud. Such dynamic scheduling improves computational efficiency and enables advanced AI functionalities without overloading vehicle hardware. The vehicle-cloud synergy also supports continuous learning and updates, ensuring that vehicles remain current with evolving AI capabilities over time.

NeuAUTO Architecture for Scalable Production

Reach’s fifth-generation architecture, NeuAUTO, is designed to support rapid and scalable vehicle production. It enables seamless integration of AI technologies into both passenger and commercial vehicles, reducing development complexity and time-to-market. By standardizing key system components and interfaces, NeuAUTO facilitates efficient manufacturing while maintaining flexibility for customization. This architecture plays a crucial role in enabling automakers to transition toward software-defined vehicles at scale.

AI-Driven Energy and Testing Innovations

The portfolio also includes an AI data-driven EV power system focused on proactive battery health management and energy optimization. This system enhances vehicle efficiency by predicting performance trends and adjusting energy usage accordingly. In addition, Reach introduced AI-powered automated testing solutions that significantly improve testing efficiency and coverage. These systems reduce validation cycles while ensuring higher reliability, supporting faster deployment of advanced vehicle technologies.

Frequently Asked Questions

What is Reach’s AI vehicle full-stack portfolio?
Reach’s AI vehicle full-stack portfolio is a comprehensive ecosystem combining operating systems, cloud computing, intelligent driving systems, and energy management solutions to enable next-generation smart vehicles. It includes key components such as NeuSAR OS, Cloud OS, NeuAUTO architecture, and AI-driven EV systems. These technologies work together to enhance vehicle intelligence, scalability, and efficiency. The portfolio is designed to accelerate mass production and support both passenger and commercial vehicle segments in adopting advanced AI capabilities.

How does NeuSAR OS support AI vehicle development?
NeuSAR OS acts as the digital foundation for AI vehicles by providing a secure, scalable, and reliable operating environment for advanced applications. With over 10 million deployments, it ensures stable performance while supporting complex AI workloads. The system enables seamless integration of various vehicle functions, including autonomous driving and cloud connectivity. Its architecture is optimized for safety and efficiency, making it suitable for large-scale automotive deployment and essential for building intelligent, software-defined vehicles.