Gasgoo Munich-What is the true cost when a sudden regulatory update in a foreign market disrupts the launch timeline for an intelligent, connected vehicle?
Consider any overseas market where Chinese automakers are locked in fierce battle. A delayed launch likely throws distribution schedules into chaos and forces a costly effort to reassure dealers. Worse still, it gives rivals a chance to seize the customer's mindshare first.
This detail demands the spotlight because it exposes a structural challenge currently obscured by the narrative of surging export growth.
As headlines celebrate a 56.7% year-on-year surge in exports to 2.226 million units in the first quarter of 2026—and as Chinese automakers are hailed for their generational lead in intelligence and electrification—a seemingly mundane word is moving from the legal department's backburner to the center of the boardroom: compliance.
It is no longer a mere rubber stamp applied after a vehicle leaves the factory; it is increasingly reshaping product development workflows, technical architecture choices, and even business models.
This is the core issue that the hot dialogue session at Gasgoo's "4th China Automotive and Components Globalization Conference 2026" sought to unpack.
Under the theme "From Compliance to Ecosystem: Key Pathways for the Globalization of Chinese Intelligent Connected Vehicles," six corporate executives from China, Malaysia, Saudi Arabia, and global tech platforms engaged in a debate that spanned regions and perspectives.
Their perspectives converged on a single verdict: the globalization of China's auto industry is shifting from a trade-oriented mindset of "going global" to building the systemic capabilities needed to truly "integrate globally."
Compliance is not the destination; it is the key that unlocks the door.
Compliance Is No Longer a Threshold, But a "Lifeline"
"Compliance is always a company's baseline and its first priority," said Li Jiangyang, head of the X/S series at Proton.
That is no exaggeration. For Chinese automakers expanding abroad, compliance has evolved from a back-office legal task into a direct variable that dictates product launch schedules.
Globally, the regulatory landscape for automotive cybersecurity is tightening rapidly.
The UN's R155 regulation explicitly mandates that all new vehicles registered in the EU must possess a comprehensive cybersecurity management system covering the entire lifecycle—from design and production to post-sales software updates. Domestically, China's GB 44495-2024 "Technical Requirements for Automotive Information Security" imposes strict information security type-approval requirements on new vehicle models.
This means Chinese automakers must navigate multiple regulatory frameworks simultaneously, driving compliance complexity up exponentially.
Wang Chunli, General Manager of the China Office at Saudi Arabia's Ministry of Investment, noted that requirements for intelligent connected vehicles in the Middle East are undergoing a systematic upgrade. "A single massive market like China is rare. In many regions, regional compliance capabilities can significantly reduce the overall cost of entry," he said.
Citing Saudi Arabia as an example, he noted that three OEMs have already set up shop there with a projected capacity of 350,000 units. Through free trade agreements, this base can cover a market size of 2 million to 3 million units with zero tariffs.
This suggests that compliance is no longer a fragmented task of "one country, one policy," but is evolving into a strategic capability where institutional design can amplify effectiveness.
Using Saudi Arabia to radiate across the Gulf, or Malaysia to reach the ASEAN bloc, the "coverage effect" of compliance is becoming a new benchmark for companies evaluating market entry costs.
At the same time, the international regulatory framework is shifting from "product certification" to "systemic regulation."
"Traditionally, regulations focused on product safety, environmental protection, and energy efficiency," analyzed Luo Jianheng, founder and president of Xunfu Technology Consulting. "But now, whether it's a Software Defined Vehicle or an AI-driven car, it is no longer just a product. It is a technology system, a data system, and even a supply chain system."
This implies that the scope of compliance has expanded from simple product certification to encompass data governance, cybersecurity, software updates, and supply chain transparency.
An even more critical variable is the shift from "passive response" to "active shaping" in compliance.
You Qiang, Executive Deputy Secretary-General of the Software Branch of the China Association of Automobile Manufacturers (CAAM), revealed that Chinese companies are becoming "increasingly systematic" in their outbound compliance efforts. Many OEMs and parts suppliers have established dedicated teams to proactively engage with destination countries and regions.
Even more noteworthy is China's bid to gain a voice by participating in international standard-setting. Under the UN framework, China led the drafting of the first global technical regulation for autonomous driving—a signal that China is no longer just adapting to rules, but helping to write them.
However, the capacity to actively shape rules remains in its early stages.
As Luo Jianheng put it, "Western countries have over 100 years of history; they built the game rules. We are now gradually joining and embedding ourselves to slowly influence specific local segments."
This assessment is both sober and pragmatic.
The leap for Chinese enterprises from "rule takers" to "rule participants" and finally to "rule shapers" is destined to be a long game.
Tech Leadership Does Not Equal Transferable Capability: The "China Model" Cannot Be Fully Replicated Abroad
While compliance is the ultimate goal, the path there is lined with specific hurdles. How Chinese companies clear these hurdles—and how they land their steps—requires finding the right methods and boundaries.
The most pressing question is this: Can China's technological leadership in the auto industry be directly converted into competitiveness in global markets?
You Qiang believes that "China holds a clear lead in electrification and intelligence, and in some areas, that lead is generational."
Li Jiangyang offered a similar observation: In Malaysia, for instance, the local automotive industry is roughly where China was five to seven years ago. New energy vehicles lag by at least five years, and intelligent connected features and autonomous driving are essentially "starting from scratch."
Yet, a technological gap does not automatically translate into market competitiveness.
"From a technical perspective, Chinese technology is absolutely world-class and far ahead," said Francis Chow, Vice President at Red Hat. "But two issues must be considered: compliance and safety certification, and geopolitics."
He noted that "China speed" is a distinct advantage—"Chinese companies can definitely move much faster"—but in certain overseas markets, especially Europe, expectations for initial delivery quality are extremely high. "In China, getting it 95% right on the first delivery is common, and fixing the rest later is faster. But in Europe, they might expect 99% right the first time."
This observation highlights the hidden chasm between "technology export" and "capability transfer." It is not merely a technical issue of compliance certification, but a fundamental difference in capability structures.
China's product development culture excels at "rapid iteration and fixing on the fly"—a competitive edge domestically. However, in highly regulated, mature markets, this model must adapt to local demands for delivery certainty and quality consistency.
A deeper challenge lies within the software system itself.
You Qiang raised a risk point that warrants industry-wide vigilance: intellectual property.
He pointed out that a traditional car contains only a few million lines of code, but a modern intelligent vehicle has surpassed 100 million lines—and is growing exponentially. The extensive use of open-source software and datasets in autonomous driving and cockpit systems introduces potential patent and IP risks.
"No single company can face such a massive gap and risk possibility alone; therefore, a collective defense strategy is needed," You Qiang said.
This assessment touches on the core contradiction of software globalization: while open-source software accelerates development, it also sows the seeds of potential IP disputes. As Chinese companies push intelligent vehicles into global markets—especially highly regulated markets with strict IP protection—these "technical debts" may come due all at once.
Consequently, establishing an industry-level "IP moat" through collective review, compliance assessment, and risk planning has become a systemic project of urgent necessity.
So, does China's automotive software industry have the capacity to participate in setting global technical standards?
You Qiang revealed that CAAM, in its capacity as the rotating chair of OICA, is establishing organizations and discussion mechanisms for technical standard systems in multiple directions. "From an international perspective, without China, it is not true globalization. There is no doubt that China will not only lead but become a leader."
However, You Qiang noted that promoting standards cannot be a solo effort; it requires multi-level coordination between government departments, industry associations, and enterprises—a form of "mobilization." If this institutional advantage can be effectively converted into leverage over standards, it will be a crucial opportunity for China to export its software capabilities.
In fact, China's progress in standard-setting is worth watching.
In February, the Ministry of Industry and Information Technology initiated a public consultation on the mandatory national standard "Safety Requirements for Autonomous Driving Systems of Intelligent Connected Vehicles"—China's first mandatory national standard specifically for L3/L4 autonomous driving systems. The technical content of this standard is highly aligned with the UN's global technical regulation on autonomous driving systems, where feasible, while also "leveraging China's advantages in technological innovation and application practice" to achieve a dual-track approach of international coordination and domestic innovation.
This standardization strategy of "cultivating both internal and external strengths" lays the groundwork for future technology exports.
It is also worth noting that the open-source path is becoming a key option for bridging the trust deficit.
Francis Chow proposed a significant approach: if Chinese companies increasingly use open-source technology to build their software foundations, their underlying code becomes "open and transparent" to global partners. This would effectively alleviate trust concerns arising from geopolitical factors. "If you open source most of your code, persuading global partners becomes easy—your foundation is open, just like in Europe, the US, and other countries where it is 100% open source," Francis Chow stated.
In reality, the advantages of China's software exports go beyond speed and cost-effectiveness.
"It's not just product exports; it's a system export," said Luo Jianheng. "You have a technology system, a data system, and a supply chain system. How do you embed these into someone else's regulatory system to operate? You can't build a unique system for every market. The more compatible you are, the lower your costs."
This assessment points to the fundamental direction: the globalization of China's software capabilities is not about "copying the China model overseas," but about building a globally compatible technical architecture. Reducing marginal costs through scalable adaptation—that is the core challenge.
From "Snatching the Cake" to "Baking It": Reshaping the Underlying Logic of Ecosystem Exports
Once Chinese automakers have secured compliance capabilities, what posture should they adopt to integrate into local markets?
This brings the discussion back to ecosystem building.
Li Jiangyang offered insight from the front lines: in Southeast Asia, Japanese brands long held over 90% of the market, but with the entry of Chinese brands, that share has fallen to around 70%.
"I think it is very necessary for everyone to go global together," he said, emphasizing a key strategy: "Find local partners, rather than just going out to seize market share from others. If you are just snatching market share, the probability of failure is high. If you find local partners to grow the pie together, the probability of success is much higher."
These words capture the essential difference between two globalization mindsets: one is "fighting for incremental share," relying on cost advantages and technological gaps to seize a piece of the existing pie; the other is "ecosystem co-creation," sharing technology and supply chain resources with local partners to grow the pie together.
The ceiling for the former is the market's tolerance for newcomers; the limit for the latter is the depth of industrial integration.
The logic of opportunity in the Middle East market differs.
Wang Chunli pointed out that Saudi Arabia is building infrastructure and an ecosystem for next-generation intelligent mobility through sovereign wealth funds and a national AI strategy. "The sovereign fund has also established a national-level AI company, including the development of next-generation AI and Arabic multimodal large models. There are multi-billion-dollar cooperation projects with Microsoft, Qualcomm, and Google," Wang Chunli said.
Image source: Qualcomm official website
It is evident that the opportunity for Chinese companies in the Middle East lies not just in selling cars, but in integrating into a smart mobility ecosystem defined from the ground up. From large model training and data governance to the regional adaptation of autonomous driving systems, the chain of opportunity is far longer than a simple product export.
Yet, the flip side of ecosystem expansion is the challenge of risk management.
Analyzing the setbacks of Chinese automakers abroad, Luo Jianheng remarked: "Many companies go overseas not as a strategic move, but because they are forced out by pressure in the domestic market. Internally, it is not an organized, pre-planned behavior. In such circumstances, encountering twists and turns is understandable."
In other words, whether the motivation for going abroad is "proactive strategic layout" or "passive spillover" fundamentally determines the strategic resolve, willingness to invest resources, and tolerance for error.
If going abroad is merely a logic of "exports as a relief valve" for domestic competitive pressure, then once external setbacks hit, whether a company has the resolve to stay the course will become the watershed between success and failure.
Only by facing problems head-on can we truly understand the opportunities.
Conclusion:
In her keynote speech at the conference, Gasgoo CEO and Editor-in-Chief Zhou Xiaoying offered a precise summary: "The globalization of Chinese automobiles has moved from the stage of 'going global' to 'integrating globally.' Vehicle exports are shifting from a trade-oriented focus to deep localized deployment."
Concurrently, Gasgoo's new book, Automotive Globalization: Practices and Strategies of China's Auto Industry, proposes a core framework of "ecosystem globalization": driving global development through the synergy of product power, brand power, channel power, supply chain capabilities, and service capabilities.
Returning finally to the theme of this forum's hot dialogue: "From Compliance to Ecosystem." These six words constitute the complete logical chain for the globalization of Chinese intelligent connected vehicles: compliance is the baseline that determines entry; ecosystem is the ceiling that determines whether you can take root.
At the compliance level, Chinese automakers must complete a "triple jump" from "passive compliance" to "active alignment" and finally to "participating in rule-making." At the software capability level, they must address shortcomings in safety certification, IP, and trust-building on top of their technological lead. And at the ecosystem level, they must shift from a zero-sum mindset of "snatching the cake" to a win-win logic of "baking the cake," finding the right posture for local integration.
The international market will not wait for the hesitant.
The window of opportunity for the globalization of China's auto industry is turning into a test of capabilities.
As You Qiang said, "Within the scope of our technological system, the future (of automotive globalization) is not just about leading and surpassing, but about being a leader."
Between vision and reality lies not a single threshold, but the construction of an entire system of capabilities. This is the core proposition that 2026 leaves for the Chinese automotive industry.
