In 2026, global autonomous driving technology will reach a critical turning point. Leading companies such as Baidu Apollo, Waymo, and Tesla have taken substantial steps towards the commercialization of L4 level autonomous driving. Baidu Apollo has taken the lead in expanding the operation range of autonomous taxis in ten cities including Wuhan and Beijing, with a monthly order volume exceeding one million. At the same time, the Tesla FSD V12 version is based on end-to-end neural networks, and its intervention rate in urban road environments has decreased by 60% compared to the previous generation.
In terms of technological innovation, multimodal perception fusion has become a new trend. The traditional solution relying on LiDAR is gradually evolving towards a lightweight architecture of "pure vision+millimeter wave radar", significantly reducing the cost of single vehicle renovation. Tesla's pure visual solution and Huawei's LiDAR solution have formed two parallel technological routes. The former expands the sinking market with low-cost advantages, while the latter enters the core operating areas of cities with high safety.
Policy support is also accelerating. Beijing, Shanghai, and Shenzhen have successively issued management measures for L4 level autonomous driving on road testing, allowing unmanned vehicles to conduct commercial operations in designated areas. China has become the world's largest market for autonomous driving testing and operation, covering over 30 cities.
Looking ahead to the future, with the migration of big model technology towards the end side, the continuous improvement of in vehicle AI computing power will promote the further development of autonomous driving from rule driven to scene adaptive. The business model of Automated Mobility as a Service (AMaaS) is reshaping the future urban transportation landscape, and 2026 will be a crucial year for L4 level autonomous driving to move from "operational" to "profitable".