In a bold move to strengthen its position in the global tech arena, China is undergoing a significant overhaul of its innovation ecosystem. President Xi Jinping has emphasized the need for breakthrough innovations to drive the country’s modernization, acknowledging the challenges posed by structural hurdles and global competition.
The 2026-2030 plan period is crucial for China’s ambition to become a tech powerhouse. Xi highlighted the necessity of overcoming issues such as insufficient original innovation capability, an irrational talent structure, and low efficiency in tech investment. These challenges are compounded by institutional bottlenecks that hinder progress.
China’s Strategic Vision for Technological Advancement
Xi’s call for stronger efforts to draw overseas talent and address flaws in China’s innovation ecosystem comes at a time when global tech rivalry is intensifying. He stressed that technological strength and innovation capability have become core components of a nation’s competitiveness. The rise of artificial intelligence (AI) driven by data, computing power, and algorithms, presents a pressing situation that China must address to accelerate high-level self-reliance.
The domestic push for technological advancement is linked to shifting global power dynamics. Xi noted that the 2026-2030 plan period is a critical phase for building a tech powerhouse. He called on China to seize historical opportunities to drive innovation and achieve high-level self-reliance in key technological fields.
The Role of AI and Cross-Disciplinary Breakthroughs
The development of AI is rooted in cross-disciplinary breakthroughs such as neuroscience and mathematics. Xi cautioned that the rise of AI presents a pressing situation, requiring China to accelerate its efforts to achieve high-level self-reliance. This involves overcoming entrenched structural hurdles and addressing institutional bottlenecks that clog progress.
To achieve these goals, China must focus on frontier fields such as AI, quantum computing, and biosciences. Key industries like semiconductors and advanced manufacturing, as well as strategic frontiers including deep-sea, deep-space, and deep-earth exploration, are also critical areas of focus. The country needs to plan for major research infrastructure, build indigenous capacity in high-end instruments, scientific data, and journals, and actively leverage AI to facilitate research.
China’s Autonomous Driving Ambitions
China’s autonomous driving companies are leveraging the industrial ecosystem that helped turn the country into the world’s largest electric vehicle (EV) market. Unlike Tesla, which designs much of its technology in-house, China’s self-driving industry is built around a network of companies. Established carmakers including BYD, Chery, Geely, and SAIC build the cars, while specialist firms develop the software.
Autonomous vehicles rely on many of the same batteries, sensors, chips, and onboard computers as electric cars. Because those supply chains already exist at enormous scale, companies can develop technology faster and at a lower cost. Government policy has also played a role, with pilot programs in several cities allowing companies to test the technology on some public roads.
Chinese companies are expanding globally, and fast. Their biggest commercial competitors are in the US. Waymo, Alphabet’s robotaxi business, remains the commercial leader, operating paid driverless services in several US cities. Amazon-owned Zoox and Tesla are expanding more cautiously, while Uber has abandoned the development of its own autonomous vehicles.
Chinese companies are able to manufacture cheaply, but Waymo has spent years building expertise in customer service and the app technology. Although Chinese companies are able to manufacture cheaply, Waymo has spent years building expertise in customer service and the app technology.
The industry’s argument is that autonomous vehicles could improve mobility for people who cannot easily drive themselves. If we can bring the cost down for a robotaxi ride so that it’s as cheap – or maybe even cheaper – than hailing an Uber with a normal driver, then it really helps broaden mobility. Elderly folks, folks that are disabled – these robotaxis really allow them a lot more ability to travel.
