Gasgoo Munich-In Wuxi this June, cockpit-driving fusion took center stage at the 2026 Qualcomm Automotive Technology and Cooperation Summit. The Snapdragon 8775 has entered mass production deployment, and the Snapdragon 8797 is on the verge of scaling up, as automotive electronic and electrical (E/E) architectures accelerate their shift from distributed domain control to central computing.
Functions that once demanded two or more separate chips—cockpit and intelligent driving—are now being consolidated onto a single system-on-chip (SoC). This is more than just a hardware cost cut; it represents a systemic reconstruction of software development efficiency, communication latency, and overall architecture.
Image Source: Qualcomm (same below)
Cockpit AI: Accelerating Evolution
In-car AI is evolving from passive responsiveness to active service.
Meng Pu, chairman of Qualcomm China, noted that 2026 marks the "Year of the Agent." AI agents are spanning all device categories to provide continuous service as a "compute continuum"—sensing, scheduling resources, and responding in real time. The automobile is becoming one of the most important mobile carriers for Agent AI, evolving into an intelligent partner that "understands, assists, and serves" people.
To achieve this, Nakul Duggal, executive vice president and general manager of automotive, industrial, and embedded IoT at Qualcomm Technologies, believes the core requirement today is that—under user authorization—AI agents can access personal knowledge graphs, vehicle hardware platforms, and cloud information to proactively solve problems. These systems feature comprehensive security mechanisms and offer context-aware memory capabilities.
According to Gasgoo, the Snapdragon cockpit platform leverages powerful on-device AI capabilities to support multi-zone voice recognition, local semantic understanding, and intelligent reasoning. It can even run multimodal on-device large models with 10 billion parameters. Even without a network, the infotainment system retains inference capabilities, keeping private data off the cloud and boosting response speeds.
Beyond hardware, Qualcomm has teamed up with ecosystem partners to build a comprehensive solution for Agent AI. This framework spans multiple technical layers, including AI tools and workflows, cloud and hybrid AI planners, super AI agents, ecosystem AI agents, agent AI runtime environments, operating systems, and functional and information safety.
During the summit, Qualcomm and partners—including Chengmai Technology, CheLianTianXia, Banma Network, Desay SV, Megajoy, and ThunderSoft—launched the "Claw" in-vehicle AI ecosystem initiative to accelerate the mass deployment of AI agent assistants. Neusoft Reach has secured project bids from several top Chinese automakers for its on-device AI cockpit domain controller product, built on the Snapdragon Cockpit Platform Supreme Edition (Snapdragon 8397).
Qualcomm has been operating in the cockpit space for over a decade. To date, more than 75 million vehicles have shipped with Snapdragon cockpit platforms, making Qualcomm the world's number one cockpit supplier.
In the Chinese market, Qualcomm has driven a continuous evolution from the Snapdragon 8155 to the 8295, 8255, and now the latest 8397. Each generation has brought a leap in computing power and functionality. The latest Snapdragon Cockpit Platform Supreme Edition is now in mass production, with a significant portion of that volume destined for the Chinese market.
Cockpit-Driving Fusion: Mass Rollout
Cockpit-driving fusion integrates smart cockpit functions and ADAS onto a single system-on-chip. This lowers hardware costs while boosting communication and development efficiency. Software can be developed and tested on a unified platform and migrated directly from one chip generation to the next.
Multi-ECU domain architectures are a thing of the past, according to Anshuman Saxena, vice president and general manager of ADAS and robotics at Qualcomm Technologies. While some vehicles still rely on traditional setups, central computing architectures anchored by a single general-purpose SoC have become the established trend.
The Snapdragon Ride Flex SoC (Snapdragon 8775), launched by Qualcomm in 2023, is the world's first scalable single-SoC platform to support both smart cockpit and ADAS functions. It has now achieved mass production deployment and secured design wins for 9 models.
Several production models based on the Snapdragon Ride platform were on display at the summit's exhibition and test drive areas. The Arcfox V9, along with the all-new Alpha T5 and Alpha S5, are all built on the Snapdragon 8775. These models support L2-and-above combined driving assistance features like memory parking and highway and urban NOA, while also enabling rich applications such as multi-screen displays for the center console, instrument cluster, and HUD. The GAC Aion N60, powered by the Snapdragon 8650, also made an appearance. The physical presence of these vehicles proves that cockpit-driving fusion has moved from concept to reality.
The higher-performance Snapdragon 8797 delivers even stronger AI computing power and heterogeneous computing capabilities. The Snapdragon Ride Platform Supreme Edition supports over 40 cameras and multimodal sensors, enabling AI-based end-to-end sensor fusion. It can generate highly precise, reliable 360-degree surround views and run large end-to-end Transformer algorithms.
Anshuman Saxena noted that the Snapdragon Automotive Platform Supreme Edition can deliver total effective computing power of up to 2,000 TOPS. This represents a high-water mark for China's automotive chip deployments in 2026, and global ecosystems are set to adopt these solutions rapidly. This cockpit-driving fusion platform enables VLA-based end-to-end driving assistance while running agents, merging the massive compute power of the cockpit with ADAS onto a single general-purpose platform.
The Snapdragon 8787 is also worth watching. According to Qualcomm, the 8787 extends the Supreme Edition family, offering the same core capabilities but designed for different vehicle tiers. Qualcomm stated that this scalable, unified computing platform roadmap allows for the reuse of all software and hardware investments. As Chinese automotive brands expand into other markets, the advantages of this cockpit-driving fusion architecture will become increasingly apparent.
Anshuman Saxena drew a direct comparison. The Snapdragon 8295 is the preferred platform for building smart cockpits in China. However, compared to a "Snapdragon 8295 plus a competitor's chip" solution, the Snapdragon 8787 delivers higher performance and system-level efficiency. Against the same dual-chip setup, the Snapdragon 8797 offers significant improvements in performance and efficiency, along with performance headroom. This means Qualcomm can offer competitive cockpit-driving fusion solutions across both mid-range and high-end segments.
Discussing the Flex architecture, Nakul Duggal explained that it balances the strengths of both cockpit and ADAS domains, allowing their functions to run in parallel. It integrates software, hardware, and testing, enabling the construction and operation of AI models on fusion products while achieving binary compatibility.
This architecture accelerates technological development and software cycles, delivering high flexibility and lowering overall system costs. It also allows development work from previous-generation systems to be reused in the next. This mixed-criticality architecture is not bound by specific functional domains; its flexibility enables the coexistence of cockpit and ADAS systems.
He further noted that cockpit-driving fusion architecture will propel the industry rapidly into the Agent AI era. Relying on a unified underlying platform, ecosystem partners can access all ADAS sensors, cockpit interaction zones, microphones, and displays. Running an Agent AI framework on top of such a platform becomes direct and efficient.
Qualcomm revealed that the Snapdragon Ride Flex platform has secured 9 model design wins. The Snapdragon Automotive Platform Supreme Edition has captured 18 design wins globally, with 10 models already in or entering mass production. In China, nearly 40 domestic automakers and Tier 1 suppliers have chosen the Snapdragon Ride platform to develop driving assistance and cockpit-driving fusion solutions.
China Speed, Feeding the World
"China Speed" was a defining theme of the summit. The pace of innovation in China's automotive market is profoundly influencing the direction of the global industry.
China boasts a highly mature digital ecosystem, and consumers there embrace new technologies with remarkable speed, Nakul Duggal observed. The return on investment for automakers is rapid, driving swift market transformation. "We are not surprised by the rapid development in China; in fact, we are helping to drive it," he said.
Since 2021, Snapdragon Digital Chassis solutions have supported Chinese automakers in launching over 300 intelligent connected vehicles. This means that, over the past five years, roughly 1.2 new vehicles built with Qualcomm technology have hit the Chinese market every week.
Asked about electrification trends in other global markets, Duggal acknowledged that while Europe, the U.S., Japan, and South Korea are accelerating, they still lag behind China. Outside China, ecosystems are more diverse and complex, constrained by factors such as cost, geography, regulations, and safety requirements. As a result, global automakers face a more complex adoption process for new technologies, whereas Chinese automakers are better positioned to drive innovation to market.
Qualcomm employs over 1,000 engineers in China focused on automotive work. Over the years, the company has built a dedicated automotive team serving clients in China and globally. Through deep collaboration with partners, Qualcomm has gained a nuanced understanding of innovation within China's automotive ecosystem.
Duggal noted that the industry's transformation is accelerating, with many automakers pivoting to electric vehicles. This shift has forced the industry to fundamentally rethink central computing architectures, which differ vastly from traditional setups. Qualcomm initially focused on the cockpit before expanding into ADAS.
For the past five years, China's market has focused on aggressively building the electric vehicle ecosystem. Battery technology aside, this ecosystem largely boils down to two core areas: smart cockpits and driving assistance. These technologies have been deployed at scale in China, evolving rapidly amidst fierce competition. Qualcomm sits squarely at the intersection of this innovation.
During the summit, Qualcomm announced a deepened partnership with SAIC Volkswagen to advance in-vehicle intelligent technology using the Snapdragon Automotive Platform Supreme Edition. Separately, Qualcomm and Zhuoyu Technology unveiled a next-generation cockpit-driving fusion domain controller based on the Snapdragon Ride Platform Supreme Edition (Snapdragon 8797), aiming to drive the mass adoption of fusion solutions.
Nakul Duggal forecasts that with the deployment of the Snapdragon Automotive Platform Supreme Edition over the coming years, mass production models featuring Qualcomm's cockpit-driving fusion solutions will see rapid growth in the Chinese market.
