Horizon Robotics Drives One in Three Chinese Smart Cars

The company's computing platforms, which include perception software and trajectory planning, have achieved significant market penetration.

Horizon Robotics supplies major Chinese original equipment manufacturers (OEMs) and global players such as Volkswagen, Toyota, and Suzuki, marking a substantial track record in the rapidly evolving automotive market.

The firm deliberately avoids hardware manufacturing to maintain neutrality and positions itself as the "Intel or Microsoft" of the robotics industry.

This long-term vision, as emphasized by the founder, prioritizes deep specialization over short-term diversification, focusing on enabling atomic driving and broader robotics applications.

Eleven years ago, Horizon Robotics' founder envisioned a future where robots would be ubiquitous, operating in agriculture, manufacturing, elderly care, and self-driving cars.

The company's long-term goal is to establish a standard computing platform, akin to ARM or Android in the mobile computing sector, capable of spanning diverse vertical domains beyond just automotive applications.

Horizon Robotics' CEO views the company's position as an "enabling platform" as a path to making a broader impact on humanity, akin to how Microsoft and Intel enabled the PC revolution.

The strategy involves assisting all brands in the industry rather than competing with them directly.

By focusing on this platform approach, the company aims to serve the entire automotive and robotics industry, making a more significant societal contribution.

China's automotive market saw the launch of over 580 new car models in the first half of the year alone, with approximately 60 to 70 different car brands currently active.

This extremely tough market is driven by high consumer demand for smart features and autonomous driving capabilities, fueling intense competition and rapid innovation cycles.

The company emphasizes "making friends" and building long-term trust with its customers and partners, reflecting a fundamental aspect of its corporate culture.

Strategic partnerships are formed with both domestic and global suppliers, including industry leaders like Bosch and Denso, rooted in a collaborative ecosystem approach rather than aggressive market competition.

Horizon Robotics faces limited competition compared to consumer tech because the automotive industry demands exceptionally high standards for safety and qualification, making it difficult for new entrants.

Development cycles for automotive hardware and vehicle platform integration are lengthy, typically requiring five to eight years.

CEO Kai Yu views these slow returns on investment and the substantial initial burdens as a protective moat against new companies seeking to enter the market.

Current progress towards hands-free technology is exemplified by the Horizon Superdrive and the Journey 6T System-on-Chip (SOC).

Transitioning beyond hands-off capabilities requires extensive mileage testing and rigorous statistical proof to ensure the highest levels of safety and reliability.

Future breakthroughs in autonomous AI depend on the combination of more powerful local computing within vehicles and continuous collection of larger, yet meaningful, data sets.

The quality of data, particularly focusing on critical corner cases, is as important as its sheer quantity, while model performance is directly enhanced by increasing the number of parameters.

The cycle time for Chinese automotive platforms is approximately two years, significantly faster than the five years typically seen with global OEMs.

This rapid pace is driven by an extremely strong sense of competition among Chinese OEMs, compelling them to constantly improve their development processes.

The unique work culture in China, including the absence of long summer vacations, further contributes to this accelerated rate of innovation.

Kai Yu emphasizes the unprecedented speed and density of China's component suppliers, which have developed over the past two decades.

He likens China's supply chain environment to a 'wonderland' where partners can be rapidly sourced for various technologies.

This efficiency is further bolstered by the ease of communication and travel between major tech hubs like Beijing and Shenzhen, facilitating a highly responsive ecosystem.

Kai Yu argues against a 'zero-sum' mindset, asserting that Chinese firms are not targeting market share at the expense of European counterparts.

He highlights Horizon Robotics' focus on computing, which creates synergy with European firms like Infineon or NXP, who often specialize in areas such as analog chips and MCUs.

The CEO advocates for a 'win-win' mindset among all participants, focusing on collaborative value creation and shared growth opportunities rather than aggressive competition.

He believes that both European and Chinese partners can mutually benefit by embracing this collaborative approach, working together to advance the automotive industry.

Kai Yu estimates that meaningful volumes of humanoid robots are at least five years away, expressing a more conservative and objective view compared to some industry peers.

He identifies home service, particularly handling tedious chores, as the primary and most practical use case for these robots in the initial phases of deployment.

He suggests that US firms can achieve a faster pace of innovation by utilizing China's manufacturing and supply chain ecosystems.

This collaborative approach, he believes, would allow both regions to advance more quickly and effectively in the robotics industry.

Kai Yu practices a Zen-inspired mindset to maintain his optimism and dismiss the concept of personal failure by focusing on the 'power of now'.

He believes that much of human misery stems from a failure to be present, citing examples like thinking about work while trying to sleep.

Kai Yu advises that 'loving what you do' is equally as important as 'doing what you love,' acknowledging that individuals are not always fortunate enough to start with their ideal job.

He suggests that acceptance and adaptation to assigned tasks can eventually lead to developing a love for one's work, transforming obligations into passions over time.