ai

Nvidia expands AI chip production in the US amid political pressure and global shifts

Nvidia is significantly ramping up its presence in the United States by commissioning over a million square feet of manufacturing space in Arizona and Texas to build and test its powerful AI chips. The tech giant has begun producing its Blackwell chips at TSMC facilities in Phoenix and is developing large-scale ‘supercomputer’ manufacturing plants in partnership with Foxconn in Houston and Wistron in Dallas.

The company projects mass production to begin within the next 12 to 15 months, with ambitions to manufacture up to half a trillion dollars’ worth of AI infrastructure in the US over the next four years. CEO Jensen Huang emphasised that this move marks the first time the core components of global AI infrastructure are being built domestically.

He cited growing global demand, supply chain resilience, and national security as key reasons for the shift. Nvidia’s decision follows an agreement with the Trump administration that helped the company avoid export restrictions on its H20 chip, a top-tier processor still eligible for export to China.

Nvidia joins a broader wave of AI industry leaders aligning with the Trump administration’s ‘America-first’ strategy. Companies like OpenAI and Microsoft have pledged massive investments in US-based AI infrastructure, hoping to secure political goodwill and avoid regulatory hurdles.

Trump has also reportedly pressured key suppliers like TSMC to expand American operations, threatening tariffs as high as 100% if they fail to comply. Despite the enthusiasm, Nvidia’s expansion faces headwinds.

A shortage of skilled workers and potential retaliation from China—particularly over raw material access—pose serious risks. Meanwhile, Trump’s recent moves to undermine the Chips Act, which provides critical funding for domestic chipmaking, have raised concerns about the long-term viability of US semiconductor investment.

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New AI tool helps spot cataracts in babies

A groundbreaking medical device designed to detect cataracts in newborns is being enhanced with the help of AI. The Neocam, a handheld digital imaging tool created by Addenbrooke’s eye surgeon, Dr Louise Allen, allows midwives to take photos of a baby’s eyes to spot congenital cataracts — the leading cause of preventable childhood blindness.

A new AI feature under development will instantly assess whether a photo is clear enough for diagnosis, streamlining the process and reducing the need for retakes. The improvements are being developed by Cambridgeshire-based consultancy 42 Technology (42T), whose software engineers train a machine-learning model using a vast dataset of 46,000 anonymised images.

The AI project is backed by an innovation grant from Addenbrooke’s Charitable Trust (ACT) to make Neocam more accurate and accessible, especially in areas with limited specialist care. Neocam is currently being trialled in maternity units across the UK as part of a large-scale study called DIvO, where over 140,000 babies will have their eyes screened using both traditional methods and the new device.

Although the final results are not expected until 2027, early findings suggest Neocam has already identified rare visual conditions that would have otherwise gone undetected. Dr Allen emphasised the importance of collaboration and public support for the project, saying that the AI-enhanced Neocam could make early detection of eye conditions more reliable worldwide.

Why does it matter?

With growing support from institutions like the National Institute for Health and Care Research and ACT, this innovation could significantly improve childhood eye care across both urban and remote settings.

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AI voice hacks put fake Musk and Zuckerberg at crosswalks

Crosswalk buttons in several Californian cities have been hacked to play AI-generated voices impersonating tech moguls Elon Musk and Mark Zuckerberg, delivering bizarre and satirical messages to pedestrians.

The spoof messages, which mock the CEOs with lines like ‘Can we be friends?’ and ‘Cooking our grandparents’ brains with AI slop,’ have been heard in Palo Alto, Redwood City, and Menlo Park.

US Palo Alto officials confirmed that 12 intersections were affected and the audio systems have since been disabled.

While the crosswalk signals themselves remain operational, authorities are investigating how the hack was carried out. Similar issues are being addressed in nearby cities, with local governments moving quickly to secure the compromised systems.

The prank, which uses AI voice cloning, appears to layer these spoofed messages on top of the usual accessibility features rather than replacing them entirely.

Though clearly comedic in intent, the incident has raised concerns about the growing ease with which public systems can be manipulated using generative technologies.

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AI could be Geneva’s lifeline in times of crisis

International Geneva is at a crossroads. With mounting budget cuts, declining trust in multilateralism, and growing geopolitical tensions, the city’s role as a hub for global cooperation is under threat.

In his thought-provoking blog, ‘Don’t waste the crisis: How AI can help reinvent International Geneva’, Jovan Kurbalija, Executive Director of Diplo, argues that AI could offer a way forward—not as a mere technological upgrade but as a strategic tool for transforming the city’s institutions and reviving its humanitarian spirit. Kurbalija envisions AI as a means to re-skill Geneva’s workforce, modernise its organisations, and preserve its vast yet fragmented knowledge base.

With professions such as translators, lawyers, and social scientists potentially playing pivotal roles in shaping AI tools, the city can harness its multilingual, highly educated population for a new kind of innovation. A bottom-up approach is key: practical steps like AI apprenticeships, micro-learning platforms, and ‘AI sandboxes’ would help institutions adapt at their own pace while avoiding the pitfalls of top-down tech imposition.

Organisations must also rethink how they operate. AI offers the chance to cut red tape, lighten the administrative burden on NGOs, and flatten outdated hierarchies in favour of more agile, data-driven decision-making.

At the same time, Geneva can lead by example in ethical AI governance—by ensuring accountability, protecting human rights and knowledge, and defending what Kurbalija calls our ‘right to imperfection’ in an increasingly optimised world. Ultimately, Geneva’s challenge is not technological—it’s organisational.

As AI tools become cheaper and more accessible, the real work lies in how institutions and communities embrace change. Kurbalija proposes a dedicated Geneva AI Fund to support apprenticeships, ethical projects, and local initiatives. He argues that this crisis could be Geneva’s opportunity to reinvent itself for survival and to inspire a global model of human-centred AI governance.

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UAE experts warn on AI privacy risks in art apps

A surge in AI applications transforming selfies into Studio Ghibli-style artwork has captivated social media, but UAE cybersecurity experts are raising concerns over privacy and data misuse.

Dr Mohamed Al Kuwaiti, Head of Cybersecurity for the UAE Government, warned that engaging with unofficial apps could lead to breaches or leaks of personal data. He emphasised that while AI’s benefits are clear, users must understand how their personal data is handled by these platforms.

He called for strong cybersecurity standards across all digital platforms, urging individuals to be more cautious with their data.

Media professionals are also sounding alarms. Adel Al-Rashed, an Emirati journalist, cautioned that free apps often mimic trusted platforms but could exploit user data. He advised users to stick to verified applications, noting that paid services, like ChatGPT’s Pro edition, offer stronger privacy protections.

While acknowledging the risks, social media influencer Ibrahim Al-Thahli highlighted the excitement AI brings to creative expression. He urged users to focus on education and safe engagement with the technology, underscoring the UAE’s goal to build a resilient digital economy.

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AI transforms global healthcare with major growth ahead

The healthcare sector is poised for significant growth as AI continues to revolutionise the industry. A new report from Avant Technologies predicts an influx of AI-powered solutions in healthcare, with key technology giants leading the charge.

Avant Technologies and Ainnova, in their joint venture, plan to showcase their AI-powered Vision AI platform at the 2025 Mexico Healthcare Innovation Summit.

The platform, aimed at early disease detection, is nearing approval from the US Food and Drug Administration (FDA) and is already in clinical trials in Southeast Asia and South America.

Apple and Amazon are also entering the AI healthcare space, with Apple launching an AI-powered health coach to guide users on diet and exercise, while Amazon is expanding its AI solutions with a healthcare chatbot.

Meanwhile, GE Healthcare has seen success with its AI-driven cardiac imaging, which has garnered FDA approval. The World Health Organization (WHO) supports AI integration in healthcare, particularly for outpatient care and early diagnosis, though it has urged regulators to be cautious of potential risks.

AI in healthcare is expected to grow exponentially, reaching a market valuation of $613 billion by 2034. The sector’s rapid expansion is driven by increasing adoption rates, particularly for early disease detection, administrative efficiency, and personalised medicine.

Despite data privacy concerns, the adoption of AI tools in fields like dermatology, oncology, and cardiovascular health is expected to surge. North America is predicted to lead the market, followed by Europe and South Asia, as more healthcare institutions embrace AI technologies.

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Lenovo unveils compact edge AI server

Lenovo has introduced the ThinkEdge SE100, a compact AI inferencing server aimed at bringing edge AI within reach for businesses of all sizes.

Rather than relying on large data centres for processing, this server is designed to operate on-site in space-constrained environments, allowing data to be processed locally instead of being sent to the cloud.

The SE100 supports hybrid cloud deployments and is part of Lenovo’s new ThinkSystem V4 family. While the V4 systems are built for AI training, the SE100 is intended for inferencing, which is less demanding and doesn’t require power-hungry GPUs.

Lenovo says the unit is 85% smaller than a typical 1U server and draws under 140W, even with GPU configurations.

Engineered to be both energy-efficient and quiet, the SE100 uses Neptune liquid cooling instead of traditional fans, making it suitable for public spaces. Its design also helps extend system health and lifespan by reducing air flow needs and lowering operating temperatures.

Lenovo’s vice president of infrastructure products, Scott Tease, stated the SE100 is a cost-effective solution that simplifies AI deployment at the edge.

Its flexible design adapts to diverse business needs, offering low-latency, high-performance inferencing without the complexity or expense of full-scale AI infrastructure.

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Google rolls out AI to improve US power grid connections

Google has announced a partnership with PJM Interconnection, the largest electricity grid operator in North America, to deploy AI aimed at reducing delays in connecting new power sources to the grid. The move comes as energy demand surges due to the expansion of data centres required for AI development.

Wait times for connecting renewable and traditional energy sources, such as wind, solar and gas, have reached record levels, increasing the risk of blackouts and rising energy costs in the US. Google’s AI technology, developed alongside Alphabet-backed Tapestry, will streamline and automate key planning processes traditionally handled manually by grid operators.

Initial deployment will focus on automating tasks like assessing project viability, which are currently time-consuming. Over time, the project aims to create a digital model of PJM’s grid, similar to Google Maps, allowing planners to view layered data and make faster, more informed decisions.

While it is too early to quantify exactly how much time will be saved, the collaboration is expected to gradually improve planning efficiency. PJM’s grid serves 67 million people, including the world’s largest data centre hub in northern Virginia, making this a critical step toward modernising the energy infrastructure needed to support the AI era.

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AI boom drives TSMC revenue surge

Taiwan Semiconductor Manufacturing Co. (TSMC) reported record-breaking sales for March and the first quarter of the year, driven by robust demand for AI technologies.

March revenue reached NT$285.96 billion (US$8.70 billion), while quarterly revenue climbed to NT$839.25 billion, reflecting a 41.6 percent year-on-year increase.

The chipmaker confirmed that the sales performance aligned with internal expectations, attributing the surge largely to continued global investment in AI development.

Despite a temporary production setback caused by the Jan. 21 earthquake in southern Taiwan, which forced the scrapping of some wafers, the company’s growth momentum remained strong.

TSMC is set to provide further financial details and its second-quarter outlook at an investor conference on 17 April. Meanwhile, the company has announced an additional US$100 billion in United States investment, building on its ongoing US$65 billion expansion in Phoenix, Arizona.

However, its stock price has dropped below NT$1,000, closing Thursday at NT$863, amid a strengthening US dollar and broader economic uncertainties.

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Nissan backs Wayve to power self-driving tech

Nissan Motor has partnered with UK-based AI company Wayve to develop the next generation of its autonomous driving technology, marking the first time a major automaker has publicly backed the start-up.

The carmaker intends to integrate Wayve’s AI Driver software into its ProPilot system, with a launch targeted for its fiscal year 2027, ending in March 2028.

Wayve claims the AI Driver platform, built on its embodied AI foundation model, will significantly enhance collision avoidance and overall safety.

Designed to navigate complex real-world conditions in a human-like way, the software will work in tandem with next-generation Lidar to deliver a more advanced driver assistance system.

The collaboration follows a $1.1 billion Series-C funding round led by SoftBank in 2024, which also saw support from Microsoft and NVIDIA.

Nissan’s endorsement signals a major leap forward for Wayve’s technology, as the race to commercialise autonomous driving intensifies across the automotive industry.

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