Hangseng Unveils Mozi Cabin-Driving Integration Platform, Leading Smart Vehicle Architecture Revolution

Hangseng has launched the 'Mozi Cabin-Driving Integration Platform,' marking a significant innovation in smart vehicle architecture and ushering in a new era of 'single-chip integration.' The platform addresses the limitations of traditional automotive electronic architectures, which struggle to meet the demands for high performance, integration, and safety in smart vehicles. As the world shifts towards intelligent and electric vehicles, the Mozi platform aims to redefine the paradigm of smart automotive architecture and elevate China's position in the core technology of smart vehicles from follower to leader. 1. **Technical Breakthroughs:** The platform integrates two core capabilities: - **Cross-Domain Intelligent Collaboration:** Based on ASIL-D certified safety features, the platform enables deep coupling between cabin perception systems and autonomous driving systems, allowing real-time data sharing and enhanced interaction strategies for safer driving experiences. - **Edge-Cloud Hybrid AI Architecture:** Utilizing Hangseng's self-developed AI framework, the platform supports hybrid AI models that combine lightweight edge computing with powerful cloud processing, allowing continuous evolution of intelligent scenarios. 2. **Technical Architecture:** The platform employs a single-chip heterogeneous computing architecture that integrates core functionalities of both smart cabin and autonomous driving. This approach enhances computing resource utilization by over 60% compared to traditional multi-chip solutions and reduces data transmission latency between domains to under 3ms, addressing the challenges of traditional domain control systems. 3. **Industry Empowerment:** The platform provides three innovative solutions to assist automotive enterprises in their smart transformation: - **Cooling Design Flexibility:** Enables both electric and hybrid models to utilize the same integration solution, reducing development costs and enhancing product versatility. - **Flexible Expansion Architecture:** Allows smooth upgrades from L2 to L3 driving assistance without hardware changes, supporting market adaptability. - **Cost Efficiency:** Reduces BOM costs by over 30% through chip-level integration, decreasing complexity and improving system reliability. 4. **Market Outlook:** The Mozi platform is poised to accelerate the production of smart vehicles, meeting the increasing consumer demand for intelligent automotive solutions. Its high performance and integration capabilities position it as a key player in the evolving smart vehicle market, promising to provide automotive companies with a competitive edge. 5. **Conclusion:** The Mozi Cabin-Driving Integration Platform represents a pioneering advancement in smart automotive technology, redefining industry standards and empowering automotive enterprises to achieve low-cost and efficient smart development.