Google DeepMind Unveils Next Generation of Drug Discovery AI Model

Google DeepMind logo is seen near computer motherboard in this illustration taken January 8, 2024. REUTERS/Dado Ruvic/Illustration/File Photo
Google DeepMind logo is seen near computer motherboard in this illustration taken January 8, 2024. REUTERS/Dado Ruvic/Illustration/File Photo
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Google DeepMind Unveils Next Generation of Drug Discovery AI Model

Google DeepMind logo is seen near computer motherboard in this illustration taken January 8, 2024. REUTERS/Dado Ruvic/Illustration/File Photo
Google DeepMind logo is seen near computer motherboard in this illustration taken January 8, 2024. REUTERS/Dado Ruvic/Illustration/File Photo

Google Deepmind has unveiled the third major version of its "AlphaFold" artificial intelligence model, designed to help scientists design drugs and target disease more effectively.
In 2020, the company made a significant advance in molecular biology by using AI to successfully predict the behavior of microscopic proteins.
With the latest incarnation of AlphaFold, researchers at DeepMind and sister company Isomorphic Labs – both overseen by cofounder Demis Hassabis – have mapped the behavior for all of life's molecules, including human DNA.
The interactions of proteins - from enzymes crucial to the human metabolism, to the antibodies that fight infectious diseases - with other molecules is key to drug discovery and development.
DeepMind said the findings, published in research journal Nature on Wednesday, would reduce the time and money needed to develop potentially life-changing treatments.
“With these new capabilities, we can design a molecule that will bind to a specific place on a protein, and we can predict how strongly it will bind,” Hassabis said in a press briefing on Tuesday.
“It's a critical step if you want to design drugs and compounds that will help with disease.”
The company also announced the release of the “AlphaFold server”, a free online tool that scientists can use to test their hypotheses before running real-world tests.
Since 2021, AlphaFold’s predictions have been freely accessible to non-commercial researchers, as part of a database containing more than 200 million protein structures, and has been cited thousands of times in others’ work.
DeepMind said the new server required less computing knowledge, allowing researchers to run tests with just a few clicks of a button.
John Jumper, a senior research scientist at DeepMind, said: “It’s going to be really important how much easier the AlphaFold server makes it for biologists – who are experts in biology, not computer science – to test larger, more complex cases."
Dr Nicole Wheeler, an expert in microbiology at the University of Birmingham, said AlphaFold 3 could significantly speed up the drug discovery pipeline, as "physically producing and testing biological designs is a big bottleneck in biotechnology at the moment".



Passengers Stranded in Moving Traffic after Robotaxi Outage in China

This file photo taken on August 1, 2024 shows a general view of a driverless robotaxi autonomous vehicle developed as part of tech giant Baidu's Apollo Go self-driving project, in Wuhan, in central China's Hubei province. (Photo by PEDRO PARDO / AFP)
This file photo taken on August 1, 2024 shows a general view of a driverless robotaxi autonomous vehicle developed as part of tech giant Baidu's Apollo Go self-driving project, in Wuhan, in central China's Hubei province. (Photo by PEDRO PARDO / AFP)
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Passengers Stranded in Moving Traffic after Robotaxi Outage in China

This file photo taken on August 1, 2024 shows a general view of a driverless robotaxi autonomous vehicle developed as part of tech giant Baidu's Apollo Go self-driving project, in Wuhan, in central China's Hubei province. (Photo by PEDRO PARDO / AFP)
This file photo taken on August 1, 2024 shows a general view of a driverless robotaxi autonomous vehicle developed as part of tech giant Baidu's Apollo Go self-driving project, in Wuhan, in central China's Hubei province. (Photo by PEDRO PARDO / AFP)

Some robotaxi passengers were left stranded in the middle of fast-moving traffic in a major Chinese city after their driverless vehicles stopped running, according to police and media reports on Wednesday.

A preliminary investigation indicates more than 100 robotaxis came to a halt because of a “system malfunction,” police in the city of Wuhan said in a statement, without elaborating. No injuries were reported.

One passenger told Chinese media that their robotaxi stopped after turning a corner. An instruction on a screen read: “Driving system malfunction. Staff are expected to arrive in 5 minutes.” After no one showed up, the passenger pushed an SOS button and was told that staff were on their way. The car door could be opened, so the passenger got out on their own.

It is the first time a mass shutdown of robotaxis has been reported in China, The Associated Press said. In December, many of Waymo’s self-driving cars came to a stop in San Francisco because of a power outage.

The taxis in Wuhan are operated by Baidu, a major Chinese internet and AI company that is expanding its Apollo Go robotaxi business to overseas locations in Europe and the Mideast.

Baidu did not have any immediate comment.

Police said reports that taxis were coming to a halt started coming in around 9 p.m., while media reports said multiple people were rescued.

While some passengers were able to exit their taxis on their own, others were afraid to get out because their vehicle had stopped in the middle lane of a ring road with other vehicles passing on both sides, the reports said. Ring roads are elevated roads without traffic lights designed to move traffic quickly in urban areas.

Baidu operates hundreds of robotaxis in Wuhan, which hosted an early pilot project for the company.


Microsoft Reportedly on Track to Invest $5.5 Billion in Singapore by 2029

FILE PHOTO: A Microsoft logo is seen next to a cloud in Los Angeles, California, US June 14, 2016. REUTERS/Lucy Nicholson/File Photo
FILE PHOTO: A Microsoft logo is seen next to a cloud in Los Angeles, California, US June 14, 2016. REUTERS/Lucy Nicholson/File Photo
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Microsoft Reportedly on Track to Invest $5.5 Billion in Singapore by 2029

FILE PHOTO: A Microsoft logo is seen next to a cloud in Los Angeles, California, US June 14, 2016. REUTERS/Lucy Nicholson/File Photo
FILE PHOTO: A Microsoft logo is seen next to a cloud in Los Angeles, California, US June 14, 2016. REUTERS/Lucy Nicholson/File Photo

Microsoft is on track to invest $5.5 billion in cloud and artificial ⁠intelligence infrastructure in Singapore ⁠through 2029, the ⁠Wall Street Journal reported on Wednesday.

Microsoft did not immediately respond to a ⁠Reuters request for ⁠comment.

The Thai government ⁠said in a statement on Tuesday that Microsoft plans to invest $1 billion in Thailand over the next two years in cloud services and AI infrastructure.

The investment includes developing digital ⁠skills of the Thai workforce, the statement said.

The announcement follows a number of data center investments to support AI, as Southeast ⁠Asia's ⁠second-largest economy looks to speed up projects involving data centers, electronics, and power generation.


Huawei Posts 2.2% Growth in Annual Revenue

FILE PHOTO: A sign of Huawei is displayed at the company's booth at the expo of the World Internet Conference in Wuzhen town of Tongxiang city, Zhejiang province, China November 8, 2025. REUTERS/Tingshu Wang/File Photo
FILE PHOTO: A sign of Huawei is displayed at the company's booth at the expo of the World Internet Conference in Wuzhen town of Tongxiang city, Zhejiang province, China November 8, 2025. REUTERS/Tingshu Wang/File Photo
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Huawei Posts 2.2% Growth in Annual Revenue

FILE PHOTO: A sign of Huawei is displayed at the company's booth at the expo of the World Internet Conference in Wuzhen town of Tongxiang city, Zhejiang province, China November 8, 2025. REUTERS/Tingshu Wang/File Photo
FILE PHOTO: A sign of Huawei is displayed at the company's booth at the expo of the World Internet Conference in Wuzhen town of Tongxiang city, Zhejiang province, China November 8, 2025. REUTERS/Tingshu Wang/File Photo

China's Huawei Technologies reported on Tuesday 2.2% growth in 2025 revenue, as its core businesses of infrastructure network and consumer devices reported modest growth, while its cloud computing operation saw a revenue decline.

The Shenzhen-based company posted 2025 sales revenue of 880.9 billion yuan ($127.5 billion), up 2.2% from a year earlier, marking a sharp slowdown from 22.4% growth recorded in 2024.

The 2025 result marks Huawei's second-highest annual revenue, trailing a record 891 billion yuan sales achieved in 2020.

Huawei's smartphone ⁠business had suffered ⁠a dramatic decline after US sanctions restricted access to advanced chips and Google's Android operating system, driving its total revenue down 29% in 2021. Last year was the fourth consecutive year of growth since that trough.

Revenue from the consumer unit, which includes smartphones and other digital devices, ⁠rose 1.6% to 344.5 billion yuan, while its information and communication technology infrastructure segment — the largest revenue contributor — posted 2.6% growth in sales to 375 billion yuan, Huawei said in a statement.

Huawei said over 36 million devices ran on its homegrown HarmonyOS by the end of last year, Reuters reported.

Its smaller yet important cloud computing business reported a 3.5% drop in revenue, while intelligent automotive solutions unit, which helps traditional automakers develop smart vehicles, saw a revenue surge of ⁠72.1% to ⁠45 billion yuan.

Huawei continued to allocate significant resources to research and development to mitigate the effects of ongoing US sanctions.

R&D spending surged to 192.3 billion yuan in 2025, representing 22% of its annual revenue, as the company invested heavily in software, chips and manufacturing tools to reduce reliance on restricted US technology.

In a statement, chairwoman Meng Wanzhou, daughter of Huawei founder Ren Zhengfei, said the company is navigating a future "full of uncertainty," and pledged that Huawei would continue cultivating its developer ecosystem.