inside-china

BYD changed the conversation by showing that ordinary drivers could consistently add hundreds of kilometers of range in minutes under real-world conditions.

The real bottleneck lies not in getting robots to move, but in getting them to understand.

For years, China’s autonomous driving stack has followed a four-layer model: perception, prediction, planning, and control.

Shenzhen-based Appotronics is betting that improving optical efficiency will determine whether AR glasses can become practical, scalable consumer devices.

Solar manufacturers in China are facing a materials inflection point as silver costs challenge long-standing cell designs.

Battery cell layout can reduce risk, but it cannot compensate for deeper engineering and integration failures.

China’s robotics ecosystem excels at rotary actuators, but its lag in high-precision planetary roller screws still limits progress toward industrial-grade humanoids.

As global giants dominate simulation, China is quietly building its own stack—cloud-native, AI-driven, and built to scale.

Robotic mowers are forcing LiDAR to shrink, cheapen, and smarten faster than cars ever did, and China’s scale may decide who wins the race.

As China races to dominate AI, its data centers are overheating. Cooling tech is under pressure, and the limits are showing.

While the US focuses on upstream mining and political strategy, China has quietly built an end-to-end rare earth supply chain that the West struggles to match.

Behind the walls of China’s busiest ports, robots now handle what thousands once did. Welcome to the era of fully autonomous logistics.

It learned to drive in America. Now it must unlearn—and relearn—everything to survive the streets of China.

New ‘place of origin’ rules, retaliatory tariffs, and Nvidia’s quiet push to stay in the game mark the latest twist in the US–China tech battle.

Extended-range EVs are solving problems in China that pure electrics can’t but global success is far from guaranteed.

China’s steady supply of drone components helped Ukraine sustain an asymmetric war against a stronger adversary.

Qualcomm’s collaboration with China’s emerging automakers played a crucial role in its transition to a car-grade chip manufacturer

The skateboard chassis cuts new-vehicle development from 36–48 months to about 18, significantly lowering costs and speeding iteration.

Dubbed China’s MIT, Tsinghua’s thriving “Tech Ecosystem” raises whether other Chinese universities can replicate its success.