BYD Expands Intelligent Driving Ambitions with Full Damage Coverage for Urban NOA and New 4nm Autonomous Driving Chip
Chinese electric vehicle giant BYD has taken another major step in advancing intelligent mobility, announcing a groundbreaking Full Damage Coverage policy for its Urban Navigate on Autopilot (NOA) system in China. The announcement came during the company’s Intelligence Strategy Launch Event, where BYD also introduced a range of new intelligent driving technologies, including China’s first domestically developed 4nm automotive-grade driving chip, the XUANJI A3.
The move marks a significant milestone not only for BYD but for the global automotive industry. Following its earlier pledge to provide coverage for intelligent parking-related incidents, the company has now become the first automaker in the world to offer dual protection for both intelligent parking and advanced urban driving assistance systems. Through this commitment, BYD is positioning itself as a leader in building consumer trust around advanced driver assistance systems (ADAS), while accelerating its broader “Intelligent Driving for All” strategy.
The announcement reflects a growing trend across the automotive industry, where software-defined vehicles and intelligent driving technologies are becoming central to competition. Yet BYD’s latest initiative goes further than introducing new features—it seeks to reduce concerns surrounding accountability and safety by directly assuming financial responsibility in qualifying scenarios.
A New Standard for Intelligent Driving Accountability
At the heart of BYD’s announcement is its new Full Damage Coverage guarantee for the Urban NOA function within the God’s Eye intelligent driving platform. The coverage applies to both new vehicle buyers and existing owners who upgrade to God’s Eye 5.0 in the Chinese market.
According to the company, the policy guarantees that if an accident occurs while a customer is using Urban NOA in compliance with traffic regulations and the user is legally determined to be liable, BYD will directly bear all resulting economic losses. The commitment effectively creates a safety net for consumers adopting advanced assisted driving technologies, an area where uncertainty around liability has traditionally slowed trust and adoption.
For many vehicle owners, one of the key concerns surrounding semi-autonomous technologies is the question of responsibility when things go wrong. While many automakers emphasize driver supervision and legal disclaimers, BYD is introducing a model that actively shares risk with consumers.
The decision is likely to resonate strongly in China’s increasingly competitive electric vehicle market, where intelligent driving capabilities are becoming a key differentiator among manufacturers. By offering direct financial coverage, BYD aims to reassure customers that it stands behind the reliability and maturity of its technology.
The company emphasized that the guarantee applies under specific legal and operational conditions. Drivers must be using the Urban NOA function properly and within applicable regulations, ensuring that the system operates as intended. Even with advanced automation, the driver remains responsible for complying with traffic laws and maintaining proper oversight.
Still, the pledge represents one of the boldest public statements of confidence made by an automaker regarding advanced driving systems.
Building Confidence Through Scale and Data
BYD attributes its confidence in making such an ambitious commitment to three key strengths: scale, data, and engineering capability.
The first pillar is the company’s rapidly expanding intelligent vehicle fleet. BYD revealed that more than 3.15 million vehicles equipped with intelligent driving assistance technologies are already operating on roads, making it the largest such fleet among Chinese automakers.
This massive installed base creates a continuous feedback loop for technology refinement. Every vehicle on the road generates driving data across different weather conditions, traffic patterns, road infrastructures, and user behaviors. Such real-world operating information provides engineers with invaluable insights into how systems perform under varied conditions.
Scale matters enormously in autonomous and assisted driving development because no simulation can fully replicate the unpredictability of real-world traffic environments. Millions of vehicles collectively encounter countless scenarios—from complex urban intersections to unusual pedestrian behavior—that help train and refine intelligent systems.
The second pillar supporting BYD’s confidence lies in data accumulation. According to the company, the God’s Eye intelligent driving system currently logs more than 200 million kilometers of driving data every day. This enormous volume of information fuels algorithm development and rapid software optimization.
The more situations an intelligent driving system experiences, the faster it can learn and improve. Large datasets help identify edge cases, improve decision-making models, and strengthen predictive capabilities in challenging traffic situations.
In the race toward higher-level autonomous driving, access to high-quality driving data has become one of the most valuable assets for automakers. BYD’s growing fleet gives it a competitive advantage by enabling faster learning cycles and more extensive validation.
The third pillar is talent and research investment. BYD disclosed that it now employs a dedicated team of 5,000 intelligent driving engineers, making it one of the largest automotive software and ADAS research teams in China.
This extensive engineering workforce supports everything from software algorithms and chip integration to safety testing and system optimization. The company also reaffirmed plans to invest more than RMB 100 billion in intelligent driving research and development over time, underscoring its long-term commitment to safer and smarter mobility solutions.
God’s Eye System Receives Major Technology Upgrades
Beyond its new coverage policy, BYD also announced substantial enhancements to the God’s Eye intelligent driving platform.
The updated system introduces four major upgrades aimed at improving safety, intelligence, and adaptability.
Among the most significant changes is the introduction of XUANJI Architecture 2.0, a next-generation platform designed to enhance computing efficiency and system coordination. The architecture supports faster data processing and improved integration across multiple intelligent vehicle systems.
BYD also introduced what it describes as the automotive industry’s first satellite sensor architecture. While detailed technical specifications remain limited, the new framework is designed to improve environmental perception and positioning capabilities for intelligent vehicles.
Another key upgrade involves a new physical AI large model that enhances how the system understands and responds to complex real-world scenarios. Rather than relying solely on fixed rules or limited datasets, the AI model can process diverse inputs to improve driving decisions.
Complementing these advances is a self-evolving data flywheel mechanism powered by real-world driving scenarios. This continuous learning approach enables the system to improve over time as additional operational data becomes available.
Together, these enhancements are intended to make God’s Eye more adaptive, responsive, and capable in increasingly complex driving situations.
Importantly, BYD announced that customers across its entire vehicle lineup will now have the option to equip vehicles with the God’s Eye-B Intelligent Driving System LiDAR Version. The broader rollout signals the company’s intention to democratize intelligent driving technology rather than limit it to premium models.
The inclusion of LiDAR technology is particularly noteworthy, as many automakers remain divided on whether cameras alone are sufficient for high-level automation. LiDAR sensors provide highly accurate three-dimensional mapping of surroundings, improving detection performance in low visibility or difficult environmental conditions.
By making LiDAR-equipped systems available across its portfolio, BYD is reinforcing its goal of making intelligent driving more widely accessible.
A Vision of Safer, Smarter Mobility
BYD framed its intelligent driving strategy around three ambitious objectives: achieving zero traffic accidents, transforming ADAS into a “Super Driver,” and enabling artificial intelligence to evolve into a “Super Personal Assistant.”
The company’s vision reflects a future where vehicles move beyond transportation tools and become intelligent companions capable of anticipating driver needs, reducing risks, and improving convenience.
Safety remains the foundation of that vision. Traffic accidents continue to pose a major global challenge, and automakers increasingly see advanced driving systems as essential to reducing human error, which remains the leading cause of crashes worldwide.
BYD believes intelligent driving technologies can significantly lower accident risks by improving situational awareness, reaction speed, and decision-making support for drivers.
At the same time, the company envisions a future where vehicles play a more proactive role in daily life. This includes assistance beyond navigation and driving functions, extending into communication, scheduling, entertainment, and digital productivity.
Smarter Cabin Technology Through AI
Inside the vehicle, BYD introduced a new generation of intelligent cockpit technology powered by the DiLink AI Intelligent Cockpit system.
Central to the platform is a “super intelligent agent,” described as a hyper-realistic digital assistant capable of proactive interaction and advanced reasoning.
Unlike traditional voice assistants that primarily respond to commands, BYD’s AI cockpit is designed to predict needs and execute tasks independently. This could include route planning, adjusting in-car settings, managing schedules, or providing contextual recommendations based on driver behavior and preferences.
The system is intended to create an always-evolving in-car experience capable of improving over time through software updates and AI learning.
As competition in the EV market intensifies, intelligent cockpit experiences are emerging as a major differentiator. Consumers increasingly expect vehicles to function like connected digital ecosystems rather than isolated transportation devices.
BYD’s emphasis on deep AI integration suggests the company sees software experiences becoming just as important as traditional vehicle performance metrics.
China’s First Self-Developed 4nm Automotive Driving Chip
Perhaps the most technically significant reveal during BYD’s Intelligence Strategy Launch Event was the unveiling of the XUANJI A3, China’s first self-developed 4nm automotive-grade driving system-on-chip (SoC).
The chip is engineered to support higher levels of autonomous driving, including native compatibility with L3 and L4 autonomous driving systems.
A three-chip XUANJI A3 configuration can reportedly deliver more than 2,100 TOPS (trillions of operations per second) of computing performance per vehicle, giving intelligent systems the processing power needed to analyze enormous amounts of environmental data in real time.
BYD stated that the chip uses one of the industry’s most advanced 4nm manufacturing processes while delivering energy efficiency advantages. According to the company, power consumption per TOPS is approximately 20 percent lower than comparable products currently available.
Lower power consumption is particularly important in electric vehicles, where energy efficiency directly affects driving range and system performance.
The company also noted that the XUANJI A3 has already entered mass production, signaling that BYD intends to rapidly commercialize the technology rather than keep it limited to experimental or flagship applications.
Combined with BYD’s proprietary algorithms, the chip reportedly doubles computing utilization efficiency, enabling more effective use of available processing resources. This could significantly improve intelligent driving responsiveness, perception accuracy, and safety performance.
The unveiling of the XUANJI A3 also carries broader strategic implications. As geopolitical tensions and semiconductor supply chain concerns continue to influence global technology industries, domestic chip development has become increasingly important for Chinese manufacturers.
By creating its own automotive-grade driving chip, BYD gains greater control over critical technology components while reducing dependence on external suppliers.
A Defining Moment in Intelligent Driving
BYD’s latest announcements collectively signal a broader transformation underway within the automotive industry. No longer focused solely on vehicle manufacturing, automakers are increasingly becoming software, AI, and semiconductor companies.
The combination of Full Damage Coverage, expanded intelligent driving availability, upgraded AI systems, and a self-developed high-performance chip demonstrates BYD’s intent to compete aggressively in the next phase of automotive evolution.
More importantly, the company is betting that trust will become as important as technology. By standing financially behind its intelligent driving systems, BYD is attempting to remove one of the biggest barriers to consumer adoption—uncertainty.
Whether competitors follow suit remains to be seen, but BYD’s move may set a new benchmark for how automakers build confidence in increasingly autonomous vehicles.
As intelligent mobility advances, the company is making clear that it intends not only to participate in the transition but to help define its future.
Source Link:https://www.byd.com/
