News related to
China

China’s Ministry of Industry and Information Technology has implemented stringent regulations on the marketing and deployment of advanced driver assistance systems , following a fatal accident involving Xiaomi’s SU7 sedan. Automakers are now prohibited from using terms like “smart driving” and “autonomous driving” in advertisements for vehicles equipped with ADAS features. This directive was communicated during a meeting with nearly 60 automobile manufacturers, aiming to address safety concerns associated with the rapid advancement of driving technologies.

The fatal incident involving the Xiaomi SU7, which crashed and caught fire shortly after the driver resumed control from the ADAS system, has intensified scrutiny over the safety of such technologies. Preliminary investigations suggest that the transition between automated and manual control may have contributed to the accident, highlighting potential risks in current ADAS implementations.

In response to these concerns, the MIIT has clarified regulations introduced in February, mandating that automakers complete extensive testing and receive official approval before deploying over-the-air upgrades related to driving software. These measures aim to prevent manufacturers from using OTA updates to conceal defects or evade liability, ensuring that any software changes undergo rigorous evaluation before implementation.

The regulatory crackdown extends to the broader electric vehicle market, which now accounts for over half of total vehicle sales in China. The MIIT has announced that, starting July 2026, stricter safety regulations for EV and plug-in hybrid batteries will be enforced to reduce the risk of fires and explosions. These new technical standards will require rigorous testing to ensure batteries can withstand conditions that typically lead to “thermal runaway,” a primary cause of battery fires.

Amid these regulatory changes, automakers like BYD, Leapmotor, and Toyota are offering affordable models with ADAS to gain market share in China’s rapidly growing EV sector. However, the enhanced scrutiny may increase costs and slow innovation, potentially prompting necessary consolidation in China’s oversaturated auto industry.

Tesla, for instance, has announced plans to release its Full Self-Driving feature in China only after completing regulatory approval. This decision follows complaints about a temporary pause of a limited-time free trial of the driving-assistance software. Tesla’s customer support acknowledged the pause, promising to expedite the approval process. The FSD, developed using generative artificial intelligence, aims to handle complex traffic conditions, but faces challenges in China due to local data laws that prevent the use of data from its 2 million EVs for system training.

In addition to national regulations, over 50 Chinese cities, including Beijing and Wuhan, have introduced rules for autonomous driving and intelligent connected vehicles. These regulations encompass infrastructure requirements, operational management, and standardized testing protocols, reflecting China’s commitment to promoting the use of self-driving technology while ensuring safety and compliance.

The United Arab Emirates is making significant strides toward securing access to advanced semiconductors from the United States, following its commitment to invest $1.4 trillion in the American economy over the next decade. This investment aims to bolster the UAE’s position in the global artificial intelligence landscape and reduce its reliance on oil revenues.

Peng Xiao, CEO of G42, the UAE’s leading AI firm, stated that the country is making “very good and tangible progress” in obtaining advanced semiconductors from the U.S. This development comes after the UAE pledged substantial investments in U.S. sectors, including AI infrastructure, semiconductors, energy, and manufacturing.

The UAE’s efforts are part of a broader strategy to enhance its technological capabilities and establish itself as a global AI leader. The country has been working closely with U.S. tech giants, such as Microsoft and Nvidia, to develop AI infrastructure and applications. Notably, G42 has partnered with Nvidia to build on the U.S. firm’s Earth-2 platform, focusing on high-resolution climate and weather simulations.

In addition to these collaborations, the UAE has taken steps to address U.S. concerns regarding the security of advanced technologies. G42 has distanced itself from Chinese companies, ceasing business with entities on the U.S. export controls list and removing Huawei technology from its data centers. Peng Xiao emphasized that the UAE can “guarantee the safety and the security” of U.S.-made chips when deployed and used within the country.

The U.S. has responded positively to these measures, approving the export of advanced AI chips to a Microsoft-operated facility in the UAE for use by G42. This approval, which had been delayed due to concerns about technology leakage to China, comes with conditions to ensure the security of the chips. Microsoft must restrict facility access to personnel from countries under U.S. arms embargoes or listed on the Bureau of Industry and Security Entity List.

Russia’s Finance Ministry has proposed the development of domestically issued stablecoins pegged to non-dollar currencies, following the freezing of Russia-linked digital wallets holding over 2.5 billion roubles in USDT by Tether. Osman Kabaloev, Deputy Head of the Ministry’s Financial Policy Department, stated that the incident underscores the need for internal tools similar to USDT, potentially pegged to other currencies.

The move comes after the European Union imposed sanctions on the Russian crypto exchange Garantex, leading to the suspension of operations involving USDT. The Finance Ministry’s proposal aims to establish sovereign financial tools to circumvent global financial restrictions and reduce reliance on Western-dominated financial systems.

Despite the Finance Ministry’s push, the Bank of Russia remains opposed to the use of cryptocurrencies in domestic transactions. However, Russian firms are participating in experimental international crypto payments, especially as conventional cross-border payments become more challenging under Western sanctions.

The proposal aligns with Russia’s broader strategy to establish a stablecoin settlement platform with “friendly” nations, avoiding the use of U.S. dollars and euros. Deputy Finance Minister Alexey Moiseev has indicated that the government is working with countries such as China and Belarus to create platforms using tokenized instruments pegged to recognized assets like gold.

This initiative is part of a larger effort by BRICS nations to develop a single payment system and make settlements in a unified cryptocurrency. The BRICS Pay platform aims to link national payment systems of member countries, facilitating digital wallet transactions and reducing dependence on the U.S. dollar.

The Central Bank of Russia, however, has expressed skepticism about private stablecoins, citing high risks and lack of guaranteed redemption at nominal value. The Bank prefers the development of a digital ruble, which combines the advantages of digital payments with the reliability of national currency.

The United States and Saudi Arabia are preparing to sign a preliminary agreement to collaborate on the development of a civil nuclear industry in the Kingdom. This marks a significant step in the two countries’ ongoing energy partnership, reflecting shared interests in enhancing the security and sustainability of global energy resources.

US Energy Secretary Chris Wright, addressing reporters in Riyadh, confirmed the impending deal, which is set to open a new chapter in Saudi Arabia’s ambitions to develop its own nuclear energy sector. The announcement comes amid growing global demand for cleaner and more sustainable energy solutions. Wright’s comments emphasised the importance of this agreement in both supporting Saudi Arabia’s long-term energy goals and strengthening the bilateral ties between the two nations.

The move follows Saudi Arabia’s ambitious Vision 2030 initiative, a broad economic reform programme designed to diversify the country’s economy away from its heavy reliance on oil exports. Among its many facets, Vision 2030 aims to establish a robust nuclear energy sector that can generate significant portions of the country’s electricity, reducing its dependence on fossil fuels. This is crucial for the Kingdom as it seeks to address both domestic energy needs and environmental concerns.

Saudi Arabia has made significant strides in recent years towards the development of nuclear energy. In 2018, the country’s nuclear authorities announced plans to construct two nuclear reactors by 2030, as part of a broader strategy to introduce nuclear power as a reliable energy source. These efforts have garnered attention from global nuclear power experts and energy companies, particularly those from the US, Russia, and China, all of which are vying for a role in the development of the Saudi nuclear industry.

The United States’ involvement in this sector is not new. Over the past decade, American firms have been at the forefront of nuclear technology development, exporting their expertise in reactors, fuel production, and regulatory frameworks. Saudi Arabia’s decision to move forward with a preliminary agreement highlights the growing importance of collaboration with nuclear powers like the US to achieve these ambitious goals. Additionally, American support could help ensure that the Kingdom adheres to international nuclear safety standards, a crucial consideration in the nuclear energy field.

The potential partnership between the US and Saudi Arabia is a step forward in strengthening their long-standing relationship, which spans multiple areas including defence, trade, and energy. Saudi Arabia’s energy infrastructure, heavily dependent on oil, has been under increasing pressure to adapt to the changing global energy landscape. As the world moves towards more sustainable energy sources, Saudi Arabia aims to take advantage of nuclear energy’s potential to generate electricity without emitting the high levels of greenhouse gases associated with fossil fuel consumption.

For the United States, the deal also represents a strategic move to expand its influence in the Middle East’s evolving energy market. The US has long maintained strong energy ties with the Kingdom, but this agreement will further cement its role as a key partner in Saudi Arabia’s energy diversification plans. By providing expertise in the nuclear field, the US ensures that it will be a prominent player in shaping the future of Saudi Arabia’s energy sector.

Critics, however, have raised concerns about the environmental impact of nuclear energy, especially with the potential risks associated with radioactive waste disposal and reactor safety. Despite these concerns, both nations appear committed to ensuring that the nuclear technology used in Saudi Arabia meets the highest safety standards. The Kingdom’s regulatory bodies are expected to follow stringent international protocols, a key point of focus in the upcoming agreement.

In the broader context, this agreement comes at a time when nuclear energy is experiencing a resurgence globally, driven by the need for cleaner alternatives to fossil fuels. Countries like China and Russia have been aggressively advancing their own nuclear energy sectors, while nations in Europe and Asia are exploring similar initiatives. With the increasing demand for clean energy, Saudi Arabia’s foray into the nuclear power industry positions it as a potential leader in the region, with the ability to export energy solutions to neighbouring countries.

The US-Saudi nuclear cooperation deal also plays a part in the shifting dynamics of international geopolitics. The Middle East has long been a region of strategic importance, and energy remains a critical element in the geopolitical landscape. By fostering deeper cooperation with Saudi Arabia, the US further solidifies its influence in the region, while also promoting energy security for both countries.