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China Tests Robotaxis in 20 Cities

Similar to the pilot test of General Motor’s Cruise and Alphabet’s Waymo in San Francisco and Pheonix within the U.S., China now allowing domestic companies to test driverless taxis. Recently, China approved an initial 20 pilot cities, including Beijing, Shanghai, Chongqing, Guangzhou, and Wuhan, for self-driving tests. These cities have already allowed driverless taxi operators to test vehicles in suburban areas.

Starting in March, Apollo Go, one of China’s largest autonomous taxi companies under Baidu, began offering 24-hour driverless car services in some areas of Wuhan City, Hubei Province. It has more than 500 autonomous taxis in operation, which will increase to 1,000 by the end of the year. In fact, this test started in 2022.

Baidu CEO Robin Li told investors in May that over 70 percent of Apollo Go’s driverless taxi rides in April were fully autonomous. According to netizen’s posting, Baidu has human drivers in a service center. Using high-bandwidth, low-latency 5G networks, these “remote safety drivers” observe the 360-degree conditions around the cars from a screen array and can manually drive the unmanned vehicles using controllers such as steering wheels, gear sticks, and pedals. China allows the ratio of remote safety drivers to vehicles to be 1:3.

Sources:
1. VOA, July 11, 2024
https://www.voachinese.com/a/china-s-robotaxi-push-sparks-concerns-about-job-security-for-drivers–20240711/7693880.html
2. Guancha.cn, July 13, 2024
https://www.guancha.cn/economy/2024_07_13_741368.shtml

China Develops Solar-Powered Micro-Drone

Solar power is a key technology for continuous drone flight. The technology to power large drones exists, but powering micro-drones via solar panels has been a challenge. Xinhua reported that a research team from Beihang University (Beijing University of Aeronautics and Astronautics) has successfully developed a solar-powered micro-drone weighing only 4.21 grams, capable of sustained flight under natural sunlight. The team created a new electrostatic drive scheme and developed a micro electrostatic motor with low rotational speed, low heat generation, and high efficiency. They also built an ultra-lightweight high-voltage power converter weighing only 1.13 grams, which boosts the voltage generated by solar cells from around 4.5 volts to 9000 volts, creating an electrostatic system.

Source: Xinhua, July 18, 2024
https://app.xinhuanet.com/news/article.html?articleId=d1b63946dc0ec93f9132f654cf97be27

Lianhe Zaobao: Germany Starts Removing Huawei and ZTE 5G Components

Singapore’s primary Chinese language newspaper Lianhe Zaobao recently reported that the German government has imposed a ban on Chinese telecom equipment giants on national security grounds and will remove Huawei and ZTE components from Germany’s 5G network in two phases over the next five years. The German Interior Ministry negotiated an agreement with three domestic telecom providers operating 5G networks to protect Germany’s critical infrastructure from Chinese influence. This is Berlin’s latest move to reduce economic dependence on Beijing, a dependence which some fear could leave Germany vulnerable.

The three domestic German telecom operators are Deutsche Telekom, Vodafone and Telefonica Deutschland. According to their agreement with the German government, these telecom operators will remove key components of Huawei and ZTE Technologies from the 5G core network by the end of 2026 and will replace all components of Huawei and ZTE Technologies in the 5G network access and transmission infrastructure by the end of 2029.

The German government has informed Beijing about the agreement and does not expect retaliation for the move. Other European countries including the UK, Denmark, Sweden, Latvia, Estonia and Lithuania have already imposed bans on components from Huawei and ZTE. The United States began to impose restrictions on the use of Huawei equipment as early as 2019. Germany is considered to have lagged behind in implementing EU 5G network security measures.

The Chinese Embassy in Germany criticized Germany’s move on its official website, saying “the so-called cyber security risks are just an excuse.”

Source: Lianhe Zaobao, July 12, 2024
https://www.zaobao.com.sg/news/china/story20240712-4249314

UDN: Amazon E-Book Store Officially Withdraws from China

United Daily News (UDN), one of the primary Taiwanese news groups, recently reported that, Amazon China announced on its official website on June 30 that the Kindle China e-book store has ceased operations on June 30, 2023, and will stop cloud download services on June 30, 2024. After that, undownloaded e-books will not be available for download. Already downloaded e-books will remain readable on the local Kindle device. Kindle customer service will also remain only until June 30, 2024. After the news of Kindle’s complete withdrawal from the Chinese market came out, many Mainland China netizens expressed regrets on “yet another foreign investor leaves China.”

Amazon initially launched Kindle in 2007, setting off a global e-book reading craze. Kindle officially entered the Mainland Chinese market in June 2013. In 2018, the sales of Kindle Readers in China exceeded one million. Amazon announced in 2022 that its e-book business will withdraw from the Chinese Mainland market in three phases.

Source: UDN, July 1, 2024
https://money.udn.com/money/story/5603/8065269

CNA: Chinese AI Companies Restricting Services Due to Chip Shortage

Primary Taiwanese news agency Central News Agency (CNA) recently reported that, affected by the U.S. chip export ban, Chinese technology companies have reported chip shortages leading to insufficient computing power. These companies are restricting artificial intelligence (AI) related services. This reliance on chip imports may put China’s technology industry at a disadvantage in the AI competition. China’s semiconductor industry may have found a way to produce advanced chips for 5G smartphones, but it has yet to make chips powerful enough to run AI applications. For example, in order to avoid insufficient computing power, China’s short video and live broadcast platform Kwai had to limit the number of users to test its text-generated video model Kling. Kwai uses Nvidia’s A800 chips to train it AI models. AI startup Moonshot that was recently valued at US$3 billion, also warned its users of their popular chatbot that their computing power may be insufficient during peak hours. Companies such as Alibaba, Baidu and ByteDance that offer large-scale language model applications are telling their enterprise customers who need heavy use to wait in line. All above-mentioned companies declined to comment on this matter.

Source: CNA, June 28, 2024
https://www.cna.com.tw/news/aopl/202406280418.aspx

Guangming Daily: The Impact of Artificial Intelligence on Security Governance

Guangming Daily published an article on Artificial intelligence (AI)’s impact on governance over national culture and security. It stated that AI exhibits a series of prominent characteristics, such as deep learning, cross-domain integration, human-machine collaboration, open collective intelligence, and autonomous control. These features are having a profound impact on national cultural security and governance systems.

The data-driven intelligent analysis capability makes AI an effective tool for in-depth analysis and mining of massive amounts of data, providing extensive data support for security governance. The latest generation of AI technology, by integrating diverse types of information and relying on big data models and powerful computing capabilities, can process and analyze data in real-time and quickly produce and publish results. This efficient and timely information processing greatly facilitates the convenience of cultural dissemination and the timeliness of security governance.

AI can also be used for real-time monitoring and risk identification of cultural security, effectively enhancing the foresight and precision of governance. By deploying advanced algorithms and machine learning models, AI systems can continuously collect information from the internet, social media, and other data sources, analyzing the trends and patterns of cultural dissemination. Statistics show that by the end of 2023, AI systems in China were able to monitor and analyze about 100,000 pieces of sensitive information related to cultural security every day, with approximately 80% of the information being processed in a timely manner.

Source: Guangming Daily, June 23, 2024
https://theory.gmw.cn/2024-06/23/content_37394566.htm

Huawei Hires TSMC Talents to Build Out Chinese Semiconductor Capabilities

Financial journalist Emmy Hu recently revealed on her Facebook account “Emmy’s Drama Watch Time” (“Emmy追劇時間”) that Huawei is poaching talents from Taiwan’s chipmaker TSMC so that Huawei can expand beyond the telecommunications business into chip manufacturing. Huawei establishes new legal entities for such poaching operations, making it hard for outsiders to connect the dots back to Huawei.

As early as 2022, a TSMC employee informed Emmy Hu that Huawei had been conducting a lot of interviews with TSMC staff. Huawei poached a star TSMC plant manager using a legal entity “Sheng Wei Xu (昇维旭)” which claimed to be manufacturing memory chips. The interview questions posed were all about integrated logic circuits (logic ICs), however, and all the interviewees were Huawei personnel. “Peng Xin Wei (鹏芯微)” is another company established by Huawei. This company moved even faster in purchasing equipment than “Sheng Wei Xu.” Emmy Hu was told that Huawei aimed to poach 300 mid-to-senior level employees at once because Beijing realized that poaching a single person, like Liang Mong Song (currently the CEO of SMIC), would result in slower progress (in terms of setting up manufacturing capabilities) than poaching a larger number of people. According to Emmy, Huawei’s goal is to bring in an entire factory management team to ramp up operations quickly.

Emmy Hu mentioned that two years ago SMIC (a Chinese chipmaker) attempted to produce 7nm chips supporting Huawei’s new Mate60 smartphone, but SMIC could not handle the task by itself. Huawei masterminded the effort, putting to work its resources recruited from Taiwan. Fujian Jinhua Integrated Circuits, an independent Chinese company, now follows Huawei’s direction; it used to produce memory chips but now has switched to producing logic ICs. There are now a total of seven such logic IC chip companies working with Huawei; they are refer to the “Seven Little Dragons.”

Source: Facebook, account “Emmy追劇時間,” June 5, 2024
https://www.facebook.com/story.php/?story_fbid=1005948894485371&id=100052108087251&_rdr

People’s Daily: “Technological Weapons” to Prevent Cheating in the College Entrance Exam

China holds national college entrance exams once a year. Over 13 million people took the exam in 2024.  People’s Daily published an article introducing the idea of using “technological weapons” to prevent cheating on the exam.

  • Beijing has developed an Artificial Intelligence (AI) platform to monitor the exam rooms to identify student cheating and mass incidents (incidents involving many people, e.g. protests).
  • Shanxi Province created a system to ensure that mobile devices cannot “be brought in, used, or send signals out.”
  • Harbin City in Heilongjiang Province set up an AI check gate to prevent students from bringing any electronic equipment into the exam.
  • Henan Province “cleaned out” those local markets that sell cheating equipment. It also set up electromagnetic systems to inspect vehicles, houses, and people for radio transmission equipment and to check radio signals in the relevant frequency bands.

Source: People’s Daily, June 7, 2024
http://edu.people.com.cn/BIG5/n1/2024/0607/c1006-40252243.html