'Turn on the air conditioner.' With a Vietnamese voice command, the in-car AC starts up, gently blowing cool air. In the test drive area of a Chery 4S dealership in Hanoi, Vietnam, such scenes play out every day. Many consumers visiting the store do not touch the steering wheel or check the rear seat space first after getting into the new car; instead, they test a local voice command to confirm the response speed of the in-car system.
This is no exaggeration. In the Vietnamese market, the in-car systems of main models from some foreign brands are mostly still stuck in the basic stage of 'Bluetooth music and phone navigation,' with severely lagging native voice interaction experiences. A smooth, localized smart cockpit is precisely a trump card in the hands of Chinese car models, naturally becoming a must-test item for walk-in customers.
In-car intelligent systems were once a premium pricing tool for foreign brands, where a system with navigation could sell for tens of thousands of RMB more. Now, Chinese smart cockpits are going global alongside complete vehicle exports, reaching numerous overseas markets. Riding the wave of complete vehicle exports captures the dividends of the first half; the next phase will rely on hard technological strength and ecosystem discourse power. The second half has just begun.
An Industry Forged in Domestic Fierce Competition is Ready to Compete Globally
The current strength of China's smart cockpit did not come out of thin air; it was forged through fierce competition by domestic users and competitors alike.
In China, users have the final say on whether an in-car system is user-friendly. If the touch response is not responsive enough, someone will immediately post complaints online; if the voice assistant fails to understand dialects, the comment section will be flooded with criticism; even if the animation transition is not smooth enough, it can be captured in slow motion for comparison. It is under such intense scrutiny that the domestic cockpit supply chain has been pushed to become the most competitive one globally.
Data from Gasgoo Research's 'Smart Cockpit Industry Report (2026 Edition)' shows that the current penetration rate of smart cockpits in domestic passenger vehicles has exceeded 80%, with new energy vehicle models basically achieving it as standard. With continuous enrichment of hardware and software configurations and a steady increase in per-vehicle value, the report estimates that the overall market size of domestic smart cockpits will reach 330 billion RMB by 2030. In terms of both penetration rate and market volume, the domestic market ranks at the very forefront globally.
As the 'brain' of the smart cockpit, the OEM penetration rate of the cockpit domain controller architecture has exceeded 50% and is rapidly expanding from high-end models to the mainstream family car price segment.
Data from Gasgoo Research on the installation volume of cockpit domain controllers in domestic passenger vehicles from January to June 2026 shows that Desay SV ranks first with 693,700 units and a 14.9% market share, leading the second-place Bosch by 7.3 percentage points. Bosch holds 356,200 units at 7.6%, and Huawei holds 335,000 units at 7.2%, with the two separated by just 0.4 percentage points. ECARX has 298,900 units at 6.4%, while local manufacturers such as HYCET Electronic, AutoLink, and Foryou General are also in the top ten.
Chinese manufacturers occupy more than half of the top ten list, and the domestic supply chain is gradually breaking the market pattern long dominated by foreign capital.
Desay SV is a leading domestic Tier 1 in automotive intelligence. Its cockpit business fully covers four major sectors: domain controller platforms, display systems, interaction systems, and overall solutions. Related products have achieved large-scale supporting mass production. In the first half of 2026, it ranked first in domestic installation volume in three tracks: cockpit domain controllers, central control screen integration, and LCD instrument cluster integration. The IPU series domain controllers have entered the supply chains of almost all leading independent brands, including BYD, Geely, Li Auto, XPeng, and Xiaomi.
Neusoft Group has deeply rooted itself in the mainstream family car market priced between 100,000 and 200,000 RMB. Relying on large-scale delivery and hardware-software integration capabilities, it serves multiple independent and joint-venture carmakers, making it one of the main suppliers of cockpit domain controllers in this price segment.
ECARX scaled up relying on the Geely ecosystem while simultaneously expanding external customers. Its chip platform flexibly adopts solutions from Qualcomm, SiEngine, and others based on demand. Huawei takes a cross-boundary approach; the HarmonyOS cockpit differentiates itself with consumer-electronics-level fluidity and cross-device synergy. Coupled with the landing of the 'Harmony Intelligent Mobility' ecosystem, it currently forms a multi-strong pattern at the top alongside Desay SV and Bosch.
The chip track has a much more concentrated landscape. Gasgoo Research data from January to June 2026 shows that Qualcomm holds absolute dominance with 3.4013 million units and a 71.4% share, with the 8155 and 8295 chips being almost standard in mid-to-high-end models. Huawei ranks second with 355,100 units at 7.5%. SiEngine, AMD, and MediaTek rank third to fifth with 5.2%, 5.1%, and 4.8% respectively. Domestic manufacturers like SemiDrive are moving into different price segments, and their shares are climbing.
In the software and operating system fields, multiple routes are running in parallel. HarmonyOS cockpit, Banma, ThunderSoft, along with the self-developed solutions of various carmakers, each have their own focus, forming a diversified competitive market ecosystem.
Domestic substitution has passed the stage of single-point breakthroughs. Except for cockpit domain controller chips which are still dominated by Qualcomm, local supply chains have matured in core segments such as central control screens, HUDs, AR-HUDs, LCD instrument clusters, and voice interaction. Domestic manufacturers are the top players in more than half of the segmented tracks.
Local manufacturers have already gained discourse power in the display track. In the HUD market, Foryou Multimedia alone accounts for nearly 30%, followed by E-Lead Electronic and Zejing Electronic. Local enterprises occupy the majority of the top ten. The faster-growing AR-HUD is even more the domain of local manufacturers, with the top six taking over 80% combined. This high-end configuration is rapidly moving towards mainstream price segments. Globally, the cost control and mass production capabilities of the Chinese supply chain can already support carmakers in deploying AR-HUDs in overseas models, creating a configuration generation gap with joint-venture brands.
The central control screen and instrument cluster markets are also led by local manufacturers, with Desay SV, BYD, and Foryou General ranking at the front. The abundance of supplier choices provides great flexibility for hardware combinations in export models.
In the voice interaction track, iFLYTEK and AISpeech together capture nearly 70%, and the top five suppliers account for over 90% of the market share combined. Their accumulation in multi-language and dialect accent adaptation, as well as large model interaction, is precisely the key asset for Chinese car models to tap into different regional overseas markets.
The differentiated competition forged across hardware, chips, and software lines is pushing the upper limit of experience higher while driving the threshold of intelligence lower. These capabilities honed in the domestic market are the confidence for cockpit enterprises going global.
No Potholes Missed in Going Global, but the Speed of Breakthroughs Far Exceeds Expectations
Chinese cockpits going global did not wait for everything to be perfectly ready before setting off. The mature domestic technology base was landed first, and then adapted according to local market demands, gradually taking root through stumbling and adjustments.
Complete vehicle export is the most direct driving force for cockpit globalization. Statistics from the China Passenger Car Association show that in 2025, China's annual auto exports reached 8.32 million units, a year-on-year increase of 30%. Following the pace of complete vehicle exports, Chinese smart cockpit solutions have been deployed in batches overseas.
The overseas expansion of Chinese cockpit manufacturers has developed into different tiers.
The most mainstream approach is bundled supporting going global synchronously with Chinese carmakers, focusing on Southeast Asia, the Middle East, and Russia. Some leading manufacturers have already established local R&D, production, and service nodes in Europe and Southeast Asia to handle compliance and ecosystem adaptation. A few enterprises have gone a step further, directly cutting into the global project supply chains of international carmakers, transforming from supporting suppliers following complete vehicles into independent global technology suppliers.
In July 2026, iFLYTEK and Chery signed a new round of five-year strategic cooperation, explicitly incorporating 'multi-language going global' into its core business. iFLYTEK's cockpit voice solution will be directly equipped on Chery's export models, which is a landmark case of domestic voice AI manufacturers going global with complete vehicles.
Vietnam is one of the markets where this strategy has been most effective. Vietnam Customs data shows that in the first five months of 2026, China was already Vietnam's second-largest auto supplier, with import volume increasing by over 60% year-on-year. The experience gap created by localized cockpits has helped Chinese brands quickly tear open the market.
Russia is another core market. Data from the General Administration of Customs and the China Passenger Car Association shows that in 2025, China's complete vehicle exports to Russia reached 583,000 units, ranking second among export destinations.
However, Russia has its own thresholds. Navigation must use Yandex Maps, voice must adapt to the Alice assistant, and the ecosystem must integrate local tools. Early on, many carmakers did not take this seriously and launched models with only simple language translation. As a result, navigation drift and voice failures erupted on a large scale, directly ruining the initial reputation.
Later, the industry figured out the path: Chinese technology base plus local ecosystem adaptation. Deep integration with Yandex Auto allows carmakers to retain their proprietary in-car systems, while Yandex provides interface services for navigation, voice, music, etc. This solution is now widely used in models sold to Russian-speaking regions.
Mature markets in Europe and the US have even higher thresholds; only those with real capabilities can penetrate them. Local software companies like Guangting Information have expanded from single-project cooperation to full-ecosystem supporting. Munich has gathered overseas R&D centers of more than a dozen Chinese carmakers. Brands like SAIC MG and Chery are no longer just selling cars there; they are deeply rooted locally across the entire chain from technology and production to branding.
Huawei's HMS for Car takes the path of independent technology output. Without relying on complete vehicle bundling, it directly opens up cockpit ecosystem capabilities to carmakers at home and abroad. Its cooperation with brands such as Great Wall, Changan, and Avatr has been landed in multiple global markets, covering over 70 car models in Southeast Asia, the Middle East, Europe, etc., saving carmakers a lot of time and cost in overseas adaptation.
Going global with complete vehicles is still a primary form. Being able to penetrate the global R&D supply chain of European luxury brands is the true proof of the hard strength of domestic cockpits, and PATEO is a representative.
PATEO is one of the earlier domestic cockpit service providers to layout overseas, taking a dual-track approach. On one hand, it supports Chinese brand complete vehicles going global; on the other hand, it directly cuts into the global model R&D of European luxury brands. Its most weighty achievement is winning the core smart cockpit solution for Porsche's global projects.
Such deep cooperation was hard to imagine in the past. The underlying communication protocols and basic software platforms for high-end models of the Volkswagen Group were long monopolized by local German suppliers. Domestic Tier 1s mostly could only do HMI interfaces, upper-layer applications, and system integration, unable to touch the core underlying layers.
PATEO achieved a breakthrough in this project. According to information from the 'Chinese Solutions to the World' 2026 8th Golden Gear Award Selection and China Automotive Industry Innovation Case Library Collection, this project, aimed at Porsche's global models, took the lead in completing the full-stack independent R&D of the Volkswagen Group's core underlying protocol system and basic software platform. It has cumulatively landed over a dozen core protocols and key basic capabilities, covering the complete technology chain of vehicle communication, fault diagnosis, power management, and edge AI.
This solution has achieved full-stack engineering mass production landing from communication protocols to basic software platforms. According to its statement, this breaks the long-term monopoly of overseas suppliers and fills the gap in systematic engineering practices of domestic Tier 1s in the underlying software field of the Volkswagen Group's high-end platforms.
The final landed product is equipped with the Qualcomm 8295 chip, integrating generative AI and full-link interaction. It brings the fully verified mature experiences of domestic wake-word-free voice, 3D real-scene vehicle control, and multi-terminal interconnection into luxury models, while meeting the automotive-grade reliability and privacy compliance requirements of global markets.
This wave of going global is not just a show for local manufacturers. The Chinese R&D teams of traditional foreign Tier 1s like Continental and Bosch are also relying on the rapid iteration of the Chinese market to polish cockpit solutions, landing them in batches overseas with the export models of Chinese carmakers.
Taking Bosch as an example, its smart cockpit business has supported over 20 Chinese brand models going global, covering Southeast Asia, the Middle East, and Europe. As one of the few global service providers with headquarters-level certification for Google Automotive Services (GAS), Bosch's China team can provide one-stop overseas ecosystem adaptation for export models, shortening the overseas market access cycle for carmakers.
Bosch's 8295 cockpit domain controller solution and full-link AI interaction logic landed in China are being integrated into its global product system, reversely serving international brand model projects. Bosch officially proposed 'Innovate in China, serve the global market'.
Continental is taking a similar path. After the AR-HUD solution polished by the Chinese team proves successful in cost control and mass production delivery, the technological achievements are synchronously docked with the global product system to provide adaptation for global carmakers. This model of local R&D and global reuse is becoming increasingly common among foreign Tier 1s.
In the past, it was overseas technology being imported into China; now it is the other way around. Interaction logic, functional designs, and domain controller solutions verified and matured in the Chinese market are increasingly being incorporated into the global R&D systems of these enterprises. 'Innovate in China, feed back to the world' is another clue showing the spillover of the influence of China's cockpit industry.
But despite the hustle and bustle, the real test lies ahead. Data security compliance, local ecosystem adaptation, and the establishment of overseas service systems are all hard thresholds.
Compliance is the first hurdle. Cockpits involve data collection, in-car communication, and OTA upgrades, all of which are strictly regulated in various countries. EU certifications, cybersecurity regulations, and data control requirements are numerous, and the rules are constantly updating, making it easy to fall out of sync with the development pace.
Whether localization is detailed enough determines whether users will buy it. Language translation is just the most basic part; maps, payments, audio-visual, and charging networks must all be well-docked with local service providers. Minor language recognition, accent adaptation, and special road condition logic—these seemingly insignificant details can ruin a car model's reputation in minutes.
Harder to break are the conceptual barriers. Overseas traditional carmakers and veteran Tier 1s have extremely strict requirements for project processes and quality control. The rapid iteration that Chinese enterprises are used to must adapt to more rigorous and longer cycles. In the field of high-end automotive electronics, the trust in 'Made in China' still needs to be slowly accumulated through one mass production project after another.
Conversely, these thresholds are also moats. Whoever runs through the system of compliance, local ecosystems, and global supply chains first will have a long-term advantage. And rapid trial-and-error and flexible iteration are exactly what Chinese enterprises are best at.
The Real Second Half: It's Not Just About Products
The globalization of Chinese cockpits has only completed the first half so far. In the next wave of in-car AI technological transformation, whether Chinese solutions can seize the technological discourse power in mainstream global markets will determine their long-term industrial status.
The underlying logic of the industry is changing. Traditional cockpits use an assembly-line modular architecture, where acoustic processing, voice recognition, semantic understanding, and application execution each manage their own tasks without interconnection. End-to-end large models are breaking this hierarchical structure, driving the cockpit to become a unified intelligent interaction entity. This is not something that can be achieved just by stuffing a large model into the in-car system; the logic of human-vehicle interaction must be rewritten from the root.
This trend has already landed in the domestic market. The focus of cockpit competition is shifting from single hardware performance to a comprehensive contest of hardware-software synergy, system integration, AI capabilities, and ecosystem fusion.
Banma CEO Si Luo once divided the next-generation smart cockpit into a five-layer architecture, with the most core changes concentrated in the intelligent agent layer. The former voice assistant was a passive response of executing a single command upon voice prompt, like a mere tool that only works when prompted. The new generation of cockpit intelligent agents can proactively identify needs, break down tasks, and link services, directly helping users get things done, acting more like an exclusive butler who understands your needs.
The China Society of Automotive Engineers' '2025 Automotive Smart Cockpit Technology Trends' also mentions that by 2030, the cockpit will enter the stage of high-level cognitive intelligence. End-to-end AI intelligent agents will be able to achieve contextual reasoning and multimodal fusion, driving the human-vehicle relationship from 'human adapting to the car' to 'car adapting to the human'.
In this transformation, Chinese enterprises stand in the first tier. SAIC, together with Volcano Engine, launched AI-native models; Seres incubated AIVA in-car AI; Huawei continues to iterate the Xiaoyi cockpit intelligent agent; and Volkswagen has also laid out an all-domain AI cockpit. The battle for in-car intelligent agents has fully begun.
In the next three to five years, the iteration of cockpit products will focus on three directions. First, understanding humans better: reading the state of drivers and passengers through multimodal perception, proactively adjusting the cockpit environment, and shifting from passive response to proactive care. Second, being more capable: upgrading from executing single commands to handling complex needs, automatically completing the entire process of retrieval, filtering, navigation, and reservation. Third, being more seamless: connecting life scenarios of home, office, and entertainment, making the cockpit an extension of the user's digital life.
Technology is iterating, and the rules of competition are also changing.
The center of value will shift towards software and services. AI model capabilities, ecosystem richness, OTA iteration efficiency, and personalized services are where the real differences will be made.
The going-global model will also change. At this stage, most cockpit outputs go global with complete vehicles. In the future, more and more Chinese manufacturers will directly supply mainstream overseas carmakers, following the path of Bosch and Denso growing into global Tier 1s.
The core of the ultimate competition is the discourse power of standards and ecosystems. Once a solution becomes an industry-wide standard, it masters the rules of the game. If domestic cockpit solutions hold a large enough global share and enough overseas carmakers adopt Chinese technology routes, China's hardware, software, and AI interaction specifications will naturally form de facto standards.
In fields such as in-car large model interfaces, intelligent agent capability definitions, and vehicle-cloud collaboration frameworks, Chinese enterprises have the opportunity to transform from rule followers to co-builders of global standards.
Of course, the path to globalization will not be easy. Geopolitical fluctuations, technological barriers, and local competition are all long-term variables. The supporting growth driven by complete vehicle exports at present is just the first wave of dividends. The global contest of technology, ecosystem, and standard discourse power in the second half has just begun.