Counterintuitively, U.S. and global auto firms need to collaborate with Chinese suppliers to reduce strategic dependency. The model involves onshoring Chinese hardware and manufacturing expertise while maintaining national control over sensitive AI software and networks, creating a strategic "co-opetition."

Relying on a traditional supply chain means inheriting its slow pace, costs, and outdated technology. By bringing core manufacturing in-house, Tesla controls its innovation speed, allowing it to move much faster and develop more integrated products than its competitors.

BYD's dominance wasn't built on having the absolute best battery cells. Their key advantage came from masterfully integrating their own 'good-enough' batteries into a complete vehicle system, optimizing the entire package rather than just one component.

CATL's founder Robin Zhang cautioned his team against relying on state support with the analogy: "If you stand where the wind blows, even a pig can fly." This mindset drove the company to build a durable cost and technology advantage, ensuring it could compete globally long after the government "wind" of subsidies disappeared.

BYD's strategy of controlling its entire supply chain, a past strength, is now hindering its competitiveness. Rivals are gaining ground by forming tech partnerships for software and autonomous driving, while BYD's insistence on in-house development isolates it from the collaborative ecosystem.

As Ford pivots away from pure electric vehicles due to weak demand, it is in talks to buy hybrid batteries from its major Chinese competitor, BYD. This move underscores BYD's battery manufacturing prowess and the complex realities of the automotive supply chain.

Xiaomi achieves rapid product development by partnering with local suppliers who co-develop customized components. This is a strategic advantage over relying on foreign suppliers who typically offer more standardized, off-the-shelf solutions, enabling faster and more tailored product launches.

To circumvent US geopolitical restrictions on Chinese-owned factories, CATL uses a "Licence, Royalty, and Service" model. It licenses its battery technology to partners like Ford, who own and operate the plants, allowing CATL to collect high-margin, capital-light royalty fees from the US market.

Unlike legacy automakers transitioning from gas-powered cars and complex supply chains, Chinese OEMs built new EV-native architectures from the ground up. This "clean slate" approach, with fewer legacy burdens, allowed them to rapidly adopt software-defined vehicle concepts and innovate faster than established competitors.