Filtered by: School of Computing
Professor Anthony Tung from NUS Computing’s Department of Computer Science was quoted in CNA’s explainer on why AI stocks are falling despite strong chip demand and continued investment by technology giants.
Prof Tung highlighted a gap between the pace of infrastructure spending and businesses’ ability to put AI to practical use. Adoption remains concentrated in tasks such as drafting, summarising and assisting programmers, with more limited use in core operations in manufacturing and healthcare. In these sectors, scarce data, greater accountability and the high cost of mistakes make adoption more challenging. Smaller businesses also face constraints in technical expertise and resources.
While companies are building infrastructure for demand anticipated several years ahead, organisations need time to adapt their processes and people. Prof Tung cautioned that slower adoption could lead to corrections in valuations and spending. He added that the infrastructure would remain useful as AI advances, but questions remain over who bears the cost while demand catches up.
CNA (19 Oct 2026): "CNA Explains: Why are AI stock tumbling when demand is still booming?"
Fourth-year Information Systems undergraduate Adrian Lim from NUS Computing was featured in Lianhe Zaobao for “SG As One”, a community initiative he launched to deliver N95 masks to residents who may face difficulties collecting them during the haze.
Adrian was inspired to act by concerns for his father, a taxi driver, and his aunt, who collects cardboard, as well as others whose work exposes them to poor air quality. Speaking to Zaobao, he explained that some older residents may find it difficult to leave home or may not know where to collect masks. His initiative aims to complement existing distribution efforts by reaching those who might otherwise miss out.
Drawing on his computing knowledge, Adrian built a website where residents can request masks and members of the public can register as volunteers. The initiative also involves neighbourhood coordinators, known as “Block Hosts”, who consolidate requests within their blocks and help distribute masks to residents.
At the time of the report, more than 130 people had signed up as volunteers, with over 20 registering as Block Hosts. Adrian coordinated requests and deliveries through WhatsApp, matching volunteers with residents based on their locations. He also used AI to help plan manpower deployment and delivery routes.
After encountering long delivery times for online orders, Adrian spent about S$5,000 of his own money purchasing masks from local resellers. He told Zaobao that, as the founder of vending machine company Vector Vending, he hoped to use his resources to give back to the community.
For Adrian, the initiative’s value lies in whether it helps people in need, rather than how large it becomes.
![[Lianhe Zaobao] 不遗漏有需要者 国大学生自掏数千元买口罩送暖](https://www.comp.nus.edu.sg/wp-content/uploads/elementor/thumbs/Visual-for-LinkedIn-rv9d8ljr0gma6vfs1v92y05r7ktj3a702x661altb4.png)
The US and China recently agreed to open a dialogue on AI risks and safety incidents, even as both race to lead the field. Speaking to 焦点, Professor Anthony Tung from the Department of Computer Science explained where the real danger lies.
AI agents that can write code could spread through systems much like a virus, he said, bringing down banks and hospital equipment, and people could die as a result. The threat to humanity comes when AI is connected to nuclear controls or biological weapons. “Frontier or not, connecting AI to weapons isn’t a good idea,” said Prof Tung. Even a modest system only has to make one wrong decision.
He also compared the two countries’ approaches. A frontier model that slips out of control could do great harm. Open-source models tend to stay within a controllable range, but once they’re released, nobody can stop others building something stronger on top of them. “Each approach carries its own dangers,” he said.
Prof Tung’s suggestion goes against the industry’s race for scale. Today’s neural networks are black boxes, he noted, in the same way we can’t see how the brain makes its decisions. Many other AI systems are transparent about how they work and how they reach a decision. Smaller, more transparent AI of this kind would be “a lot safer”.
