UAE launches scholarship to develop future AI leaders

The UAE unveiled a scholarship programme to nurture future leaders in AI at MBZUAI. The initiative, guided by Sheikh Tahnoon bin Zayed, targets outstanding undergraduates beginning in the 2025 academic year.

Approximately 350 students will be supported over six years following a rigorous selection process. Applicants will be assessed for mathematical strength, leadership potential and entrepreneurial drive in line with national technological ambitions.

Scholars will gain financial backing alongside opportunities to represent the UAE internationally and develop innovative ventures. Senior officials said the programme strengthens the nation’s aim to build a world-class cohort of AI specialists.

MBZUAI highlighted its interdisciplinary approach that blends technical study with ethics, leadership and business education. Students will have access to advanced facilities, industry placements, and mentorships designed to prepare them for global technology roles.

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Pope urges guidance for youth in an AI-shaped world

Pope Leo XIV urged global institutions to guide younger generations as they navigate the expanding influence of AI. He warned that rapid access to information cannot replace the deeper search for meaning and purpose.

Previously, the Pope had warned students not to rely solely on AI for educational support. He encouraged educators and leaders to help young people develop discernment and confidence when encountering digital systems.

Additionally, he called for coordinated action across politics, business, academia and faith communities to steer technological progress toward the common good. He argued that AI development should not be treated as an inevitable pathway shaped by narrow interests.

He noted that AI reshapes human relationships and cognition, raising concerns about its effects on freedom, creativity and contemplation. He insisted that safeguarding human dignity is essential to managing AI’s wide-ranging consequences.

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GenAI gains ground as manufacturers overhaul shop-floor workflows

AI adoption in manufacturing is accelerating as generative tools are reshaping frontline roles. Many firms see connected worker platforms as a response to labour shortages and a draw for younger recruits. GenAI is emerging as a support layer that boosts productivity without displacing staff.

Operators face mixed training needs, language gaps and stricter safety demands. GenAI supports tailored instructions and smoother knowledge transfer, cutting documentation effort.

Retrieval is becoming more critical as factories digitise. Frontline teams need fast access to clear guidance across text, image and video formats. AI-enabled search interprets intent, reducing delays caused by navigating large content libraries.

Video-based guidance is rising in prominence as short-form media becomes a preferred way for younger workers to learn. AI can convert lengthy procedures into concise visual steps, while multilingual transcription expands accessibility for diverse teams across global operations.

The growing use of AI tools marks a shift toward more adaptive factory operations. Manufacturers view connected worker platforms as vital to competitiveness, with AI integration offering gains in engagement, safety and performance.

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Ireland and Australia deepen cooperation on online safety

Ireland’s online safety regulator has agreed a new partnership with Australia’s eSafety Commissioner to strengthen global approaches to digital harm. The Memorandum of Understanding (MoU) reinforces shared ambitions to improve online protection for children and adults.

The Irish and Australian plan to exchange data, expertise and methodological insights to advance safer digital platforms. Officials describe the arrangement as a way to enhance oversight of systems used to minimise harmful content and promote responsible design.

Leaders from both organisations emphasised the need for accountability across the tech sector. Their comments highlighted efforts to ensure that platforms embed user protection into their product architecture, rather than relying solely on reactive enforcement.

The MoU also opens avenues for collaborative policy development and joint work on education programs. Officials expect a deeper alignment around age assurance technologies and emerging regulatory challenges as online risks continue to evolve.

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NSA warns AI poses new risks for operational technology

The US National Security Agency (NSA), together with international partners including Australia’s ACSC, has issued guidance on the secure integration of AI into operational technology (OT).

The Principles for the Secure Integration of AI in OT warn that while AI can optimise critical infrastructure, it also introduces new risks for safety-critical environments. Although aimed at OT administrators, the guidance also highlights issues relevant to IT networks.

AI is increasingly deployed in sectors such as energy, water treatment, healthcare, and manufacturing to automate processes and enhance efficiency.

The NSA’s guidance, however, flags several potential threats, including adversarial prompt injection, data poisoning, AI drift, and reduced explainability, all of which can compromise safety and compliance.

Over-reliance on AI may also lead to human de-skilling, cognitive overload, and distraction, while AI hallucinations raise concerns about reliability in safety-critical settings.

Experts emphasise that AI cannot currently be trusted to make independent safety decisions in OT networks, where the margin for error is far smaller than in standard IT systems.

Sam Maesschalck, an OT engineer, noted that introducing AI without first addressing pre-existing infrastructure issues, such as insufficient data feeds or incomplete asset inventories, could undermine both security and operational efficiency.

The guidance aims to help organisations evaluate AI risks, clarify accountability, and prepare for potential misbehaviour, underlining the importance of careful planning before deploying AI in operationally critical environments.

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LLM shortcomings highlighted by Gary Marcus during industry debate

Gary Marcus argued at Axios’ AI+ Summit that large language models (LLMs) offer utility but fall short of the transformative claims made by their developers. He framed their fundamental role as groundwork for future artificial general intelligence. He suggested that meaningful capability shifts lie beyond today’s systems.

Marcus said alignment challenges stem from LLMs lacking robust world models and reliable constraints. He noted that models still hallucinate despite explicit instructions to avoid errors. He described current systems as an early rehearsal rather than a route to AGI.

Concerns raised included bias, misinformation, environmental impact and implications for education. Marcus also warned about the decline of online information quality as automated content spreads. He believes structural flaws make these issues persistent.

Industry momentum remains strong despite unresolved risks. Developers continue to push forward without clear explanations for model behaviour. Investment flows remain focused on the promise of AGI, despite timelines consistently shifting.

Strategic competition adds pressure, with the United States seeking to maintain an edge over China in advanced AI. Political signals reinforce the drive toward rapid development. Marcus argued that stronger frameworks are needed before systems scale further.

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Google drives health innovation through new EU AI initiative

At the European Health Summit in Brussels, Google presented new research suggesting that AI could help Europe overcome rising healthcare pressures.

The report, prepared by Implement Consulting Group for Google, argues that scientific productivity is improving again, rather than continuing a long period of stagnation. Early results already show shorter waiting times in emergency departments, offering practitioners more space to focus on patient needs.

Momentum at the Summit increased as Google announced new support for AI adoption in frontline care.

Five million dollars from Google.org will fund Bayes Impact to launch an EU-wide initiative known as ‘Impulse Healthcare’. The programme will allow nurses, doctors and administrators to design and test their own AI tools through an open-source platform.

By placing development in the hands of practitioners, the project aims to expand ideas that help staff reclaim valuable time during periods of growing demand.

Successful tools developed at a local level will be scaled across the EU, providing a path to more efficient workflows and enhanced patient care.

Google views these efforts as part of a broader push to rebuild capacity in Europe’s health systems.

AI-assisted solutions may reduce administrative burdens, support strained workforces and guide decisions through faster, data-driven insights, strengthening everyday clinical practice.

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Will the AI boom hold or collapse?

Global investment in AI has soared to unprecedented heights, yet the technology’s real-world adoption lags far behind the market’s feverish expectations. Despite trillions of dollars in valuations and a global AI market projected to reach nearly $5 trillion by 2033, mounting evidence suggests that companies struggle to translate AI pilots into meaningful results.

As Jovan Kurbalija argues in his recent analysis, hype has outpaced both technological limits and society’s ability to absorb rapid change, raising the question of whether the AI bubble is nearing a breaking point.

Kurbalija identifies several forces inflating the bubble, such as relentless media enthusiasm that fuels fear of missing out, diminishing returns on ever-larger computing power, and the inherent logical constraints of today’s large language models, which cannot simply be ‘scaled’ into human-level intelligence.

At the same time, organisations are slow to reorganise workflows, regulations, and skills around AI, resulting in high failure rates for corporate initiatives. A new competitive landscape, driven by ultra-low-cost open-source models such as China’s DeepSeek, further exposes the fragility of current proprietary spending and the vast discrepancies in development costs.

Looking forward, Kurbalija outlines possible futures ranging from a rational shift toward smaller, knowledge-centric AI systems to a world in which major AI firms become ‘too big to fail’, protected by government backstops similar to the 2008 financial crisis. Geopolitics may also justify massive public spending as the US and China frame AI leadership as a national security imperative.

Other scenarios include a consolidation of power among a handful of tech giants or a mild ‘AI winter’ in which investment cools and attention pivots to the next frontier technologies, such as quantum computing or immersive digital environments.

Regardless of which path emerges, the defining battle ahead will centre on the open-source versus proprietary AI debate. Both Washington and Beijing are increasingly embracing open models as strategic assets, potentially reshaping global standards and forcing big tech firms to rethink their closed ecosystems.

As Kurbalija concludes, the outcome will depend less on technical breakthroughs and more on societal choices, balancing openness, competition, and security in shaping whether AI becomes a sustainable foundation of economic life or the latest digital bubble to deflate under its own weight.

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OpenAI launches nationwide AI initiative in Australia

OpenAI has launched OpenAI for Australia, a nationwide initiative to unlock the economic and societal benefits of AI. The program aims to support sovereign AI infrastructure, upskill Australians, and accelerate the country’s local AI ecosystem.

CEO Sam Altman highlighted Australia’s deep technical talent and strong institutions as key factors in becoming a global leader in AI.

A significant partnership with NEXTDC will see the development of a next-generation hyperscale AI campus and large GPU supercluster at Sydney’s Eastern Creek S7 site.

The project is expected to create thousands of jobs, boost local supplier opportunities, strengthen STEM and AI skills, and provide sovereign compute capacity for critical workloads.

OpenAI will also upskill more than 1.2 million Australians in collaboration with CommBank, Coles and Wesfarmers. OpenAI Academy will provide tailored modules to give workers and small business owners practical AI skills for confident daily use.

The nationwide rollout of courses is scheduled to begin in 2026.

OpenAI is launching its first Australian start-up program with local venture capital firms Blackbird, Square Peg, and AirTree to support home-grown innovation. Start-ups will receive API credits, mentorship, workshops, and access to Founder Day to accelerate product development and scale AI solutions locally.

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EU partners with EIB to support AI gigafactories

The European Commission and the European Investment Bank Group (EIB) have signed a memorandum of understanding to support the development of AI Gigafactories across the EU. The partnership aims to position Europe as a leading AI hub by accelerating financing and the construction of large-scale AI facilities.

The agreement establishes a framework to guide consortia responding to the Commission’s informal Call for Expression of Interest. EIB advisory support will help turn proposals into bankable projects for the 2026 AI Gigafactory call, with possible co-financing.

The initiative builds on InvestAI, announced in February 2025, mobilising €20 billion to support up to five AI Gigafactories. These facilities will boost Europe’s computing infrastructure, reinforce technological sovereignty, and drive innovation across the continent.

By translating Europe’s AI ambitions into concrete, large-scale projects, the Commission and the EIB aim to position the EU as a global leader in next-generation AI, while fostering investment and industrial growth.

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