Geely Auto Group participated in the Consumer Electronics Show (CES) 2026 for the third consecutive year, underscoring its long-term commitment to shaping the future of intelligent mobility. As CES continues to transform into a global platform driven by artificial intelligence and cross-industry innovation, Geely leveraged the event to present major technological advancements that highlight its leadership in next-generation smart vehicle development.
At CES 2026, Geely unveiled two core breakthroughs that redefine the technical foundation of intelligent vehicles: Full-Domain AI 2.0, its upgraded vehicle intelligence architecture, and G-ASD (Geely Afari Smart Driving), a newly launched intelligent driving system designed to accelerate the transition toward high-level autonomous driving.
From Fragmented Intelligence to a Unified AI Architecture
Full-Domain AI 2.0 represents a significant evolution from Geely’s previous Full-Domain AI 1.0 framework. While earlier systems relied on fragmented, module-based intelligence, the new architecture introduces a unified, vehicle-wide AI system that fundamentally reshapes how intelligence is deployed across the vehicle.
Through deep integration of vehicle-level computing power, data, and AI models, Geely has established a powerful central intelligent engine. This “super AI brain” enables unified scheduling and efficient collaboration across all vehicle domains, allowing systems to operate cohesively rather than in isolation.
Cross-Domain Collaboration Enhances Vehicle Intelligence
The Full-Domain AI 2.0 architecture enables real-time interaction and mutual access across key vehicle domains, including the cockpit, chassis, safety, and driving systems. By breaking down traditional functional silos, the platform ensures that intelligent systems can share data instantly and respond dynamically to changing conditions.
This cross-domain collaboration enhances overall vehicle performance, improves safety response times, and creates a more seamless user experience. The result is a vehicle that can think holistically, balancing comfort, safety, and driving dynamics through a single, centralized intelligence framework.
G-ASD Accelerates the Path to Autonomous Driving
Alongside Full-Domain AI 2.0, Geely introduced G-ASD, its next-generation intelligent driving system. G-ASD marks a major step forward in Geely’s autonomous driving roadmap, bringing the company closer to high-level autonomous capabilities.
The system integrates advanced AI algorithms with large-scale real-world driving data, supported by high-performance sensing and computing hardware. This combination allows G-ASD to handle complex traffic environments with greater precision, enhancing safety, situational awareness, and driver confidence.
Designed for Complex and Real-World Scenarios
G-ASD is specifically engineered to perform reliably in challenging and unpredictable traffic conditions. By learning from vast volumes of real-world driving data, the system continuously improves its ability to anticipate risks, interpret road behavior, and make accurate driving decisions.
This data-driven approach ensures that intelligent driving functions are not limited to controlled environments, but are instead optimized for real-world use, where safety and adaptability are critical for user trust and widespread adoption.
Leadership Perspective on AI-Driven Transformation
Commenting on Geely’s vision, Jerry Gan, Chief Executive Officer of Geely Auto Group, emphasized the transformative role of artificial intelligence in the automotive sector. He noted that AI is reshaping the industry across multiple dimensions, from powertrains and components to the broader reconstruction of mobility ecosystems and lifestyles.
He reaffirmed Geely’s commitment to delivering safe, sustainable, and intelligent mobility solutions, positioning AI as a core enabler of future transportation systems rather than a standalone technology feature.
A Roadmap Toward Super Intelligent Vehicles
Li Chuanhai, Chief Technology Officer of Geely Auto Group, outlined a long-term vision for automotive intelligence. He stated that by 2030, vehicles are expected to evolve into forms of “Super Intelligence,” characterized by emotional awareness, proactive services, and continuous self-evolution.
According to Li, G-ASD and Full-Domain AI 2.0 are not conceptual ideas but practical innovations already being integrated into vehicle cockpits and chassis systems. These technologies aim to deliver highly humanlike, intuitive, and user-friendly experiences that redefine how drivers and passengers interact with vehicles.
Enhancing User Experience Through Intelligent Design
The integration of Full-Domain AI 2.0 and G-ASD enables Geely to offer vehicles that are not only technologically advanced but also deeply aligned with user needs. By enabling systems to learn, adapt, and respond proactively, Geely is shifting the focus from reactive vehicle functions to anticipatory and personalized mobility experiences.
This approach enhances comfort, improves driving confidence, and supports safer decision-making, contributing to a more natural interaction between humans and intelligent machines.
Positioning Geely at the Forefront of Intelligent Mobility
Geely’s presence at CES 2026 highlights its strategic focus on building a comprehensive AI-driven mobility ecosystem. Rather than introducing isolated features, the company is developing a cohesive technological foundation that supports continuous innovation across its vehicle lineup.
By combining unified AI architecture with advanced intelligent driving systems, Geely is positioning itself at the forefront of the global transition toward smart, autonomous, and user-centric vehicles.
A Defining Step in the Next Era of Smart Vehicles
The unveiling of Full-Domain AI 2.0 and G-ASD at CES 2026 marks a defining moment in Geely’s journey toward next-generation intelligent mobility. These advancements reflect a clear strategy centered on integration, safety, and long-term evolution.
As artificial intelligence becomes the cornerstone of future transportation, Geely’s latest innovations demonstrate how unified vehicle intelligence and autonomous driving systems can work together to shape a smarter, safer, and more connected automotive future.