Tools & Platforms
New AI Tool Developed To Rapidly Diagnose Skin Cancer

A new artificial intelligence (AI) tool developed at the University of Melbourne is helping transform how skin cancer is detected.
The technology has the potential to save lives, reduce unnecessary biopsies and cut healthcare costs, while addressing long-standing equity gaps in diagnosis.
Research Fellow Dr Noor E Karishma Shaik is integrating AI with thermal multimodal imaging for point of care diagnosis to identify abnormal skin lesions in real time.
“Current diagnostic methods rely heavily on visual inspections, followed by biopsies, but this is a flawed approach as it’s prone to both under and over-diagnosis,” Dr Shaik said.
“Our non-invasive technology not only removes the risk of human error but is less time-consuming and costly and works equally well across all skin tones.”
In a recent pilot study at the Skin Health Institute (SHI), the AI tool achieved 94 per cent diagnostic accuracy. Four medical clinicians and 30 patients endorsed the tool, praising its clinical value and ease of use.
“Unlike existing camera or microscope-based systems, this handheld technology captures multiple data types simultaneously, including heat and physiological information, enabling clinicians to see beneath the surface of the skin,” Dr Shaik said.
SHI Director of Research and Partner Investigator Associate Professor Peter Foley, said the development of this technology represents a major advance in dermatological diagnostics.
“The ability to assess lesions objectively in real time is exactly the kind of innovation the field needs,” Associate Professor Foley said.
“What impressed us most is how accessible this technology could become, not just for specialists, but for general practitioners across the country, particularly in rural and remote areas where access to specialist care is limited.”
Skin cancer affects two in three Australians by age 70, and one person dies from the disease every six hours.
In 2024, more than 600,000 unnecessary skin biopsies were performed in Australia, costing over $400 million.
“We are solving a real-world problem by helping to deliver faster care, reducing the number of invasive procedures and providing more equitable access to early diagnosis,” Dr Shaik said.
A commercial-scale trial with MoleMap Australia, which begins in August, aims to validate the device in real-world clinical settings and inform regulatory approval.
Following the trial, commercial rollout is expected within two to three years.
Tools & Platforms
TECNO Showcases Slim Smartphones and AI-Powered Laptops at IFA 2025

With a 6mm-thick smartphone and a sub-900g AI laptop, TECNO is trying to show IFA that thin doesn’t mean underpowered.
TECNO is set to take centre stage at this year’s IFA ShowStoppers in Berlin with a showcase that highlights both design finesse and artificial intelligence integration. Under the theme “The Thinnest Power Duo,” the company will present its ultra-slim smartphone, the Tecno Slim, first shown at MWC 2025, alongside the featherlight Megabook S14 AI laptop.
The TECNO Slim builds on the excitement generated when attendees first went hands-on with the device at Mobile World Congress. Now arriving in its mass-production form, it is ready to hit the market. Measuring under 6 mm thick, the phone is billed as the world’s slimmest 3D-curved device, promising to balance its sleek body with a large-capacity battery and strong performance. The handset features a high-end display and AI-driven functions, targeting users who want both elegance and substance without compromise.
TECNO Showcases Slim Smartphones and AI-Powered Laptops at IFA 2025
Having played around with the TECNO Slim in Barcelona, I am eager to see how it fares in real-world use. With its lightweight and thin design, it is hard not to be excited to see if it can hold up against modern flagship phones.
On the computing front, TECNO’s Megabook S14 makes its debut as the lightest 14-inch OLED AI laptop at just 899 grams. The device is powered by either Qualcomm’s Snapdragon X Elite or Intel’s Core Ultra 9, offering strong performance both online and offline. Among its integrated AI tools are real-time meeting transcription, presentation drafting and intelligent photo management.
“We are excited to join IFA ShowStoppers with products that challenge industry conventions,” said Jack Guo, General Manager of TECNO. “The TECNO Slim and MEGABOOK S14 represent our commitment to delivering meaningful innovation – proving that consumers no longer need to choose between elegant design and powerful performance.”

TECNO Showcases Slim Smartphones and AI-Powered Laptops at IFA 2025
Beyond the headlines, TECNO is also unveiling its ever-expanding AI-powered ecosystem. The brand will showcase a lineup that includes the Megapad Pro tablet for students and professionals, True 2 AI earbuds with noise cancellation and spatial audio, the Watch GT AI smartwatch, and the AI Glasses Pro — the first eyewear to integrate a 50-megapixel imaging system. The Megabook K Series laptops, already available in Spain and France, will also feature as part of Tecno’s push into broader European markets.
Visitors attending ShowStoppers on Sept. 4 at Berlin Messe will have the opportunity to test these new devices firsthand at TECNO’s booth at Table 21. The company says hands-on demos will highlight both AI features and the seamless ecosystem connectivity that continue to define its “Stop At Nothing” philosophy. Stay tuned to CGMagazine for all the news out of IFA and beyond.
Tools & Platforms
Leadership and trust still matter as AI drives business change – The Times
Tools & Platforms
Nvidia Is Not Happy With the Gain AI Act, Says As Much

In a move drawing considerable attention across the tech industry, Nvidia Corporation has publicly critiqued the recently proposed Gain AI Act, emphasizing its potential to stifle competition in the rapidly evolving artificial intelligence sector.
The GAIN AI Act, which stands for Guaranteeing Access and Innovation for National Artificial Intelligence Act, was introduced as part of the U.S. National Defense Authorization Act, with the goal of ensuring that the United States is the dominant market force for AI.
It has not yet passed and remains a hotly debated policy topic both here and abroad because of the restrictions it looks to enact.
Backers say it aims to protect American market interests by prioritizing domestic orders for advanced AI chips and processors, as well as secure supply chains for critical AI hardware, and theoretically reduce our reliance on foreign manufacturers.
So it’s no huge surprise that Nvidia, a Chinese corporation and currently the world’s biggest company, would take aim at a law that might potentially restrict the competitiveness of foreign technology.
The company said as much during a recent industry forum.
“We never deprive American customers in order to serve the rest of the world. In trying to solve a problem that does not exist, the proposed bill would restrict competition worldwide in any industry that uses mainstream computing chips,” an Nvidia spokesperson said.
Is the Gain AI Act a good idea for innovation?
It depends on who you ask.
Essentially, the law seeks to strengthen national security and economic competitiveness by ensuring that key AI components remain accessible to American companies and government agencies before they are supplied abroad.
Its language takes a hard line on what the priority should be for the United States government.
“It should be the policy of the United States and the Department of Commerce to deny licenses for the export of the most powerful AI chips, including such chips with total processing power of 4,800 or above and to restrict the export of advanced artificial intelligence chips to foreign entities so long as United States entities are waiting and unable to acquire those same chips,” the legislation reads.
Nvidia’s critique reflects broader industry anxieties about regulatory environments that might hinder innovation. As global competition intensifies, particularly with formidable advances in AI from regions such as China, firms like Nvidia are closely watching how regulatory frameworks are taking shape abroad.
But it’s not just foreign companies. American market players, too, have said it could hit many domestic operations hard.
“Advanced AI chips are the jet engine that is going to enable the U.S. AI industry to lead for the next decade,” Brad Carson, president of Americans for Responsible Innovation (ARI), a lobbying group for the AI industry, said in a widely distributed statement.
“Globally, these chips are currently supply-constrained, which means that every advanced chip sold abroad is a chip the U.S. cannot use to accelerate American R&D and economic growth,” Carson said. “As we compete to lead on this dual-use technology, including the GAIN AI Act in the NDAA would be a major win for U.S. economic competitiveness and national security.”
‘Doomer science fiction’
Nvidia didn’t stop there. It then took aim at an earlier attempt to make the U.S. more competitive in the chipmaker market, a policy called the AI Diffusion Rule, which ultimately failed.
The company minced no words in a follow-up statement, saying that the past attempts by legislators to control market forces based on protectionist policies was ultimately a bad idea.
“The AI Diffusion Rule was a self-defeating policy, based on doomer science fiction, and should not be revived,” it read.
“Our sales to customers worldwide do not deprive U.S. customers of anything—and in fact expand the market for many U.S. businesses and industries,” it said. “The pundits feeding fake news to Congress about chip supply are attempting to overturn President Trump’s AI Action Plan and surrender America’s chance to lead in AI and computing worldwide.”
The challenge will be creating laws that are as dynamic as the technologies they aim to govern, fostering a climate where innovation and ethical accountability are not mutually exclusive, but rather mutually reinforcing.
We’ve tried this before
Nvidia’s mention of the AI Diffusion rule was no accident. That ill-fated policy had many of the same political goals but ultimately stumbled at the finish line and was a relatively toothless attempt to rein in some of the world’s most competitive companies.
The Biden administration’s AI Diffusion rule, enacted in January 2025, represented a significant shift in U.S. export controls targeting cutting-edge artificial intelligence technology.
Designed to curb the spread of advanced AI tools to rival nations, the regulation mandated licensing for the sale of high-end AI chips and imposed strict caps on computing power accessible to foreign recipients. Its goal was to slow the diffusion of sensitive AI capabilities that could enhance military or strategic applications abroad.
However, the Trump-era approach to export controls, which focused on a more targeted, bilateral framework, was poised to replace the Biden administration’s broader strategy.
President Trump had announced plans to rescind the AI Diffusion rule, criticizing it as overly bureaucratic and potentially hindering U.S. innovation. Instead, his administration favored engaging in country-specific agreements to control export practices, aiming for a more adaptable, case-by-case approach.
Though the AI Diffusion rule was ultimately rolled back, the Bureau of Industry and Security (BIS) signaled a renewed emphasis on enforcing existing regulations. The agency issued a notice reinforcing actions against companies with a “high probability” of violations, warning that increased scrutiny would be applied to entities with knowledge of potential breaches.
Whether this latest attempt to advance American interests meets a similar fate remains to be seen.
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