Autonomous Driving Concept Stocks Watch | Higher Entry Barriers for Advanced Autonomous Driving Industry Under New Regulations; BIDU-SW(09888.HK) Edges Upward in Afternoon Trading

NewTimeSpace News: On July 2, 2026, BIDU-SW(09888.HK) ticked slightly higher in afternoon trading. As of 15:00, its intraday price stood at HK$109.9, representing a gain of 0.27%. With the national standard for autonomous driving published, the compliant commercial rollout of high-level autonomous driving under the new rules requires full-chain capabilities covering "self-developed algorithms, massive scenario data, full-process simulation testing, safety system verification and closed-loop standardized filing management", lifting entry thresholds across the sector.

NewTimeSpace News: On July 2, 2026,BIDU-SW(09888.HK) posted a mild uptick in afternoon trading. Its intraday quotation reached HK$109.9 at 15:00, up 0.27%.

In related news, according to Sci-Tech Innovation Board Daily, Kunlunxin (Beijing) Technology Co., Ltd., an affiliate of Baidu Group, plans to launch an IPO in Hong Kong on June 29, targeting an estimated valuation of USD 50 billion.

Hualong Securities commented that following the issuance of the national standard for autonomous driving, the compliant implementation of high-level autonomous driving necessitates comprehensive full-chain competencies including in-house algorithm development, massive scenario-based data, end-to-end simulation testing, safety system certification and standardized document management closed loops, which has raised industrial entry barriers. The broker holds a positive outlook on leading vehicle manufacturers with full-stack independent R&D capabilities. Such players are expected to sustain competitive advantages in the later stage of compliant autonomous driving competition by leveraging inherent moats including long-term algorithm iteration, tens of millions of real-road driving data, self-built simulation testing platforms and sophisticated safety management frameworks.

BIDU-SW (09888.HK) Focuses on the R&D of L4 autonomous driving algorithms and the commercialization of unmanned Robotaxis. Leveraged by the ERNIE foundational model and optimized by the Qianfan compute base, its "Apollo Go" autonomous ride-hailing service has achieved large-scale, normalized commercial operations across multiple core cities in China, with cumulative autonomous test mileage exceeding hundreds of millions of kilometers. Through high-frequency, high-confidence real-world road test data cleansing, the company continues to solidify the most robust data asset and algorithmic moat within the HKEX autonomous driving sector.

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