HS8 (HyperSense8) is the first‑generation full‑scene L2++ ADAS product developed by CARIZON, a joint venture between CARIAD, the software arm of Volkswagen Group, and Horizon Robotics. It is also a one‑stage end‑to‑end automotive solution. According to the roadmap, HS8 will be gradually deployed in seven new models from Volkswagen’s three Chinese joint ventures starting Q3 2026.

Looking back more than four decades, the contrast is thought‑provoking. In 1984, Volkswagen signed a joint‑venture contract with SAIC Group. For a long time afterwards, global automakers brought not only vehicle models to China, but also complete systems for R&D, manufacturing, quality control and supply‑chain management of the modern automotive industry. Back then, technology flowed in a clear direction: from Germany, Japan and the United States into China. Forty‑plus years on, the flow pattern has shifted.

At the 2026 Chengdu Auto Show, the all‑new BMW iX3 went on pre‑order, fully equipped with a BMW intelligent driving system co‑developed in‑depth with Momenta. Tailored for China’s road conditions, the system draws on over 15 billion kilometres of real‑world Chinese driving data.

Volkswagen’s partnerships with Chinese tech firms have also moved beyond conventional component procurement. In July 2026, Volkswagen deepened its collaboration with Horizon Robotics. Under a white‑box licensing model, CARIZON will leverage Horizon Robotics’ AI foundation model to independently build a unified AI‑driving solution for Volkswagen Group China.

This is not simply a story of “students turning into teachers”. Europe, Japan and the US still hold substantial core automotive‑industry capabilities. What truly matters is that technology, expertise and industrial competence across the global auto sector have become bidirectional. China is no longer merely a recipient of foreign technology, a manufacturing base or a consumer market. It has emerged as an important birthplace of new technologies, products and solutions. A key question faces the global industry: what kind of Chinese solutions is the world automotive sector waiting for?

Intelligent driving is only the most visible facet. Changes in power batteries took place even earlier. SNE Research figures show global EV battery installations hit 269 GWh in H1 2026. Six Chinese manufacturers rank among the world’s top ten, accounting for a combined 63.9 % market share. Cooperation models have evolved well beyond battery supply. Ford’s battery plant in Michigan adopts CATL’s LFP‑battery technology‑licensing model: the facility is owned by Ford, while the Chinese partner provides technology and services.

Transformations extend across multiple technical domains. Gasgoo Institute data indicates that in China’s domestic air‑suspension market for passenger vehicles in H1 2026, local suppliers Konghui Technology, Tuopu Group and Bolong Technology jointly captured 91.4 % market share. Hesai and Huawei took the top‑two positions in the LiDAR segment. In high‑integrated main‑drive systems, Fudi Power held 35.4 % of the market; BYD Semiconductor ranked first in power modules with 19.3 % share.

Chinese technologies are gaining traction outside China. According to Yole Group’s Global Automotive Report 2026, Chinese LiDAR firms secured roughly 95 % of the global automotive LiDAR market in 2025. Hesai led global ADAS primary LiDAR shipments with 43 % market share. The global automotive LiDAR market exceeded USD 1 billion for the first time in 2025, with annual passenger‑vehicle shipments reaching 3.7 million units.

Nevertheless, this is not comprehensive across‑the‑board leadership. Infineon remained No. 1 in China’s SiC power‑module market in H1 2026; international Tier 1 suppliers still maintain strong influence in ADAS and other domains.

This reflects the real‑world landscape of China’s automotive supply chain: some segments have caught up or even pulled ahead, others are still under development, and technologies rely increasingly on system‑level coordination. Discussing “Chinese solutions” cannot focus on a single company or technology. Intelligent driving, power batteries, LiDAR, smart cockpits, brake‑by‑wire, electric drives and power semiconductors together form the puzzle, reshaping decision‑making at multinational automakers.

Launched in May 2026, GAC Toyota’s Platinum 3X features 65 % Chinese suppliers across its supply chain, with more than 100 domestic enterprises delivering core parts. Momenta, Hesai, iFlytek, CALB and Desay SV contribute to intelligent driving, LiDAR, AI, batteries and domain controllers. Meanwhile, Toyota is advancing its ONE R&D initiative in China, transferring more product‑development and decision‑making authority to local teams. The world’s perception of China’s auto industry is shifting from “Made in China” to a full‑fledged technology and supply‑chain ecosystem.

It is not that the world has suddenly discovered China. Instead, the automotive industry’s fundamental challenges have changed. Over more than a century, Germany, Japan and the US have built mature industrial systems. Proven solutions exist for building reliable cars, conducting crash and durability validation, and managing thousands of suppliers. The core strengths of legacy Tier 1s lie not only in hardware, but also in decades‑accumulated R&D methodologies, quality standards, global delivery and engineering experience.

Electrification, software‑defined vehicles and AI have rewritten industry priorities. Automakers now grapple with new challenges: lowering EV costs, shortening development cycles, enabling continuous software over‑the‑air updates, large‑scale automotive AI deployment and controlling costs amid intelligent upgrades. These challenges are not unique to China, yet they manifest most intensively within its market.

“Going from high‑end to mid‑range is hard, whereas going from mid‑range to high‑end is relatively easier. Good high‑end performance does not guarantee competitive mid‑range products, but solid mid‑range capability lays a foundation for high‑end development,” commented Hans‑Christian Schunk, Executive Vice‑President of Volkswagen Group China and CEO of CARIAD China, at a media roundtable in August 2026.

Han Hongming, CEO of CARIZON, explained the rationale for mainstream‑market roll‑outs: “Deploying ADAS only on a small number of premium models yields limited data. Broad adoption across mainstream vehicles generates far richer real‑world driving datasets.”

China’s large market, rapid iteration pace and technology penetration into mid‑tier price bands create a high‑intensity test bed for technologies and business models. Many of the global industry’s new pain points find practical test cases here.

Multinational OEMs are redefining the role of Chinese R&D centres. Historically, Chinese teams mostly handled localisation for global platforms, adjusting wheelbase, cockpits and configurations. Today those boundaries are blurring.

Source: BMW

BMW’s partnership with Momenta serves as a representative case. Dr. Mike Reichelt, Head of BMW New‑Class Program, stated that BMW integrates Momenta’s tech stack into its full‑stack system. The New‑Class E/E architecture features multiple “supercomputing” units; Momenta’s technology runs on an independent computing block, enabling isolated development and testing without interfering with other vehicle systems. Unlike purchasing a closed, turn‑key ADAS product, BMW incorporates Chinese technological strengths while retaining control over its own architecture, engineering standards and product portfolio.

Volkswagen follows a different path. Through CARIZON’s white‑box licensing approach, it leverages Horizon Robotics’ AI foundation models to develop China‑specific ADAS solutions. Though the two models differ, they point to one shared trend: relationships between global automakers and Chinese tech firms have moved beyond the traditional “specification‑setting‑and‑component‑procurement” paradigm. OEMs seek Chinese technical agility while embedding those capabilities within their own R&D frameworks.

Motivations for operating in China have evolved: originally for market access, then for manufacturing and supply‑chain resources, and now for problem‑solving technologies.

Still, “demand for Chinese innovation” does not equal full acceptance of “Chinese solutions”. Reality remains complex. On one hand, industry players demand cost‑competitive batteries, agile software development and production‑ready intelligent technologies. On the other hand, geopolitics, data security, localisation requirements, industrial policies and technical standards impose constraints. Domestic success does not automatically grant global market access.

“Global demand for Chinese innovation” and “global acceptance of Chinese solutions” are two separate propositions. Real‑world adaptability across regions, long‑term partnership sustainability and compliance with local regulations determine whether Chinese technologies merely export hardware or truly integrate into the global automotive ecosystem. That constitutes the hardest hurdle for Chinese solutions going global.

The upcoming mass production of Volkswagen’s HS8 and CATL’s overseas technology‑licensing project represent emerging cooperation paradigms, but they cannot be replicated for every Chinese technology.

For years, the Chinese industry has asked: when will China build world‑class automotive technologies and supply chains? The question persists, while a new one arises: which home‑grown capabilities will become part of the global automotive fabric?

Against this backdrop, the 8th Gasgoo Golden‑Pin Awards adopts “China’s Solutions Going Global” as its annual theme. A series of in‑depth observations will be published: From Chinese Speed to Global Value, What Kind of Chinese Innovation Can Become a Global Solution?, Global Adoption Marks a New Starting Point for Chinese Solutions, What Is Happening to Next‑Generation Automotive Supply Chains in China?, and How Can Chinese Solutions Cross the Final Mile of Globalisation?

“Made in China” is not equivalent to “global solution”. Entering overseas markets does not equal completed globalisation. Between domestic validation and deployment across diverse OEMs, jurisdictions and industrial ecosystems lie challenges around regulation, standards, data, local manufacturing and ecosystem alignment.

How can Chinese industrial speed translate into lasting global value? What innovations hold universal applicability? Is adoption by foreign automakers a finish line or a new trial? How is the next‑generation supply‑chain landscape reshaping? How do Chinese solutions clear the “final mile” for global roll‑out?

HS8’s upcoming launch is just one snapshot of this shift. As the automotive industry’s core challenges transform, China has become an indispensable innovation test ground. Which Chinese solutions will eventually mature into genuine global solutions? The answers are only beginning to unfold.