The limits of raw computing power in AI

As the global race for AI accelerates, a growing number of experts are questioning whether simply adding more computing power still delivers meaningful results. In a recent blog post, digital policy expert Jovan Kurbalija argues that AI development is approaching a critical plateau, where massive investments in hardware produce only marginal gains in performance.

Despite the dominance of advanced GPUs and ever-larger data centres, improvements in accuracy and reasoning among leading models are slowing, exposing what he describes as an emerging ‘AI Pareto paradox’.

According to Kurbalija, the imbalance is striking: around 80% of AI investment is currently spent on computing infrastructure, yet it accounts for only a fraction of real-world impact. As hardware becomes cheaper and more widely available, he suggests it is no longer the decisive factor.

Instead, the next phase of AI progress will depend on how effectively organisations integrate human knowledge, skills, and processes into AI systems.

That shift places people, not machines, at the centre of AI transformation. Kurbalija highlights the limits of traditional training approaches and points to new models of learning that focus on hands-on development and deep understanding of data.

Building a simple AI tool may now take minutes, but turning it into a reliable, high-precision system requires sustained human effort, from refining data to rethinking internal workflows.

Looking ahead to 2026, the message is clear. Success in AI will not be defined by who owns the most powerful chips, but by who invests most wisely in people.

As Kurbalija concludes, organisations that treat AI as a skill to be cultivated, rather than a product to be purchased, are far more likely to see lasting benefits from the technology.

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Google supports UK quantum innovation push

UK researchers will soon be able to work with Google’s advanced quantum chip Willow through a partnership with the National Quantum Computing Centre. The initiative aims to help scientists tackle problems that classical computers cannot solve.

The agreement will allow academics to compete for access to the processor and collaborate with experts from both organisations. Google hopes the programme will reveal practical uses for quantum computing in science and industry.

Quantum technology remains experimental, yet progress from Google, IBM, Amazon and UK firms has accelerated rapidly. Breakthroughs could lead to impactful applications within the next decade.

Government investment has supported the UK’s growing quantum sector, which hosts several cutting-edge machines. Officials estimate the industry could add billions to the UK economy as real-world uses emerge.

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Taiwan strengthens its role in global semiconductors

Taiwan will continue to produce the world’s most advanced semiconductors domestically to remain a vital player globally. Deputy Foreign Minister Francois Chih-chung Wu said the island’s expertise cannot be easily replicated abroad.

Taiwan has invested in fabs in the US, Japan and Germany, but warned that moving production overseas is complex. The island plans to foster international partnerships while maintaining core technology in-house to safeguard its supply chains.

China’s military pressure on Taiwan has increased concerns over regional stability and global chip supply. Wu emphasised that preventing conflict is the most effective way to secure the semiconductor industry.

Washington and Europe share strategic interests with Taiwan, including the semiconductor industry and navigation in the Taiwan Strait. Wu expressed confidence that the international community would defend these interests, maintaining Taiwan’s essential role in technology.

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EU supports Germany’s semiconductor expansion

The European Commission has approved €623 million in German support for two first-of-a-kind semiconductor factories in Dresden and Erfurt.

A funding that will help GlobalFoundries expand its site to create new wafer capacity and will assist X-FAB in building an open foundry designed for advanced micro-electromechanical systems.

Both projects aim to increase Europe’s strategic autonomy in chip production, rather than allowing dependence on non-European suppliers to deepen.

The facility planned by GlobalFoundries will adapt technologies developed under the IPCEI Microelectronics and Communication Technologies framework for dual-use needs in aerospace, defence and critical infrastructure.

The manufacturing process will take place entirely within the EU to meet strict security and reliability demands. X-FAB’s project will offer services that European firms, including start-ups and small companies, currently source from abroad.

A new plant that is expected to begin commercial operation by 2029 and will introduce manufacturing capabilities not yet available in Europe.

In return for public support, both companies will pursue innovation programmes, strengthen cross-border cooperation, and apply priority-rated orders during supply shortages, in line with the European Chips Act.

They will also develop training schemes to expand the pool of skilled workers, rather than relying on the limited existing capacity. Each company has committed to seeking recognition for its facilities as Open EU Foundries.

The Commission concluded that the aid packages comply with the EU State aid rules because they encourage essential economic activity, show apparent incentive effects and remain proportionate to funding gaps identified during assessment.

These measures form part of Europe’s broader shift toward a more resilient semiconductor ecosystem and follow earlier decisions supporting similar investments across member states.

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Big Tech boosts India’s AI ambitions amid concerns over talent flight and limited infrastructure

Major announcements from Microsoft ($17.5bn) and Amazon (over $35bn by 2030) have placed India at the centre of global AI investment trends, offering momentum at a time when analysts frame Indian markets as a ‘hedge’ against a potential global AI bubble.

While India has rapidly adopted AI and attracted substantial funding for data centres and chip manufacturing, including a new collaboration between Intel and Tata Electronics, the country remains a follower rather than a frontrunner in sovereign AI capabilities.

India’s government is preparing to launch its first sovereign AI model, which will support more than 22 languages. Yet its $1.25 billion investment is dwarfed by France’s €117 billion and Saudi Arabia’s $100 billion AI programmes, leaving India far behind in compute availability, R&D depth, and semiconductor infrastructure.

Despite having 2.5 times the global average concentration of AI-skilled professionals, the country faces persistent talent flight due to limited high-end domestic opportunities and a lack of competitive policy incentives.

According to EY and UNCTAD, India’ punches above its weight’ relative to its economic stage, ranking among the top nations in AI talent, startup activity, and scientific publications. Still, funding gaps remain stark: Indian AI startups raised just $1.16 billion, compared to more than $100 billion in the US and nearly $10 billion in China.

India’s emerging strength lies less in foundation-model development and more in downstream AI applications, where cost-efficient tools can drive entrepreneurship and solve local challenges such as agriculture, education, and public service delivery. Apps like MahaVISTAAR, reaching over 15 million farmers, illustrate this direction.

Yet AI also poses a threat to India’s economic backbone. Analysts warn that the country’s IT services sector, which has long been a pillar of growth, is becoming increasingly vulnerable as AI automates core business functions. Underperformance in IT stocks, reduced hiring, and stagnant wages signal early disruption.

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Trump allows Nvidia to sell chips to approved Chinese customers

US President Donald Trump has allowed Nvidia to sell H200 AI chips to approved customers in China, marking a shift in export controls. The decision also covers firms such as AMD and follows continued lobbying by Nvidia chief executive Jensen Huang.

Nvidia had been barred from selling advanced chips to Beijing, but a partial reversal earlier required the firm to pay a share of its Chinese revenues to the US government. China later ordered firms to stop buying Nvidia products, pushing them towards domestic semiconductors.

Analysts suggest the new policy may buy time for negotiations over rare earth supplies, as China dominates processing of these minerals. Access to H200 chips may aid China’s tech sector, but experts warn they could also strengthen military AI capabilities.

Nvidia welcomed the announcement, saying the decision strikes a balance that benefits American industry. Shares rose slightly after the news, although the arrangement is expected to face scrutiny from national security advocates.

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Canada-EU digital partnership expands cooperation on AI and security

The European Union and Canada have strengthened their digital partnership during the first Digital Partnership Council in Montreal. Both sides outlined a joint plan to enhance competitiveness and innovation, while supporting smaller firms through targeted regulation.

Senior representatives reconfirmed that cooperation with like-minded partners will be essential for economic resilience.

A new Memorandum of Understanding on AI placed a strong emphasis on trustworthy systems, shared standards and wider adoption across strategic sectors.

The two partners will exchange best practices to support sectors such as healthcare, manufacturing, energy, culture and public services.

They also agreed to collaborate on large-scale AI infrastructures and access to computing capacity, while encouraging scientific collaboration on advanced AI models and climate-related research.

A meeting that also led to an agreement on a structured dialogue on data spaces.

A second Memorandum of Understanding covered digital credentials and trust services. The plan includes joint testing of digital identity wallets, pilot projects and new use cases aimed at interoperability.

The EU and Canada also intend to work more closely on the protection of independent media, the promotion of reliable information online and the management of risks created by generative AI.

Both sides underlined their commitment to secure connectivity, with cooperation on 5G, subsea cables and potential new Arctic routes to strengthen global network resilience. Further plans aim to deepen collaboration on quantum technologies, semiconductors and high-performance computing.

A renewed partnership that reflects a shared commitment to resilient supply chains and secure cloud infrastructure as both regions prepare for future technological demands.

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Japan aims to boost public AI use

Japan has drafted a new basic programme aimed at dramatically increasing public use of AI, with a target of raising utilisation from 50% to 80%. The government hopes the policy will strengthen domestic AI capabilities and reduce reliance on foreign technologies.

To support innovation, authorities plan to attract roughly ¥1 trillion in private investment, funding research, talent development and the expansion of AI businesses into emerging markets. Officials see AI as a core social infrastructure that supports both intellectual and practical functions.

The draft proposes a unified AI ecosystem where developers, chip makers and cloud providers collaborate to strengthen competitiveness and reduce Japan’s digital trade deficit. AI adoption is also expected to extend across all ministries and government agencies.

Prime Minister Sanae Takaichi has pledged to make Japan the easiest country in the world for AI development and use. The Cabinet is expected to approve the programme before the end of the year, paving the way for accelerated research and public-private investment.

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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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NVIDIA platform lifts leading MoE models

Frontier developers are adopting a mixture-of-experts architecture as the foundation for their most advanced open-source models. Designers now rely on specialised experts that activate only when needed instead of forcing every parameter to work on each token.

Major models, such as DeepSeek-R1, Kimi K2 Thinking, and Mistral Large 3, rise to the top of the Artificial Analysis leaderboard by utilising this pattern to combine greater capability with lower computational strain.

Scaling the architecture has always been the main obstacle. Expert parallelism requires high-speed memory access and near-instant communication between multiple GPUs, yet traditional systems often create bottlenecks that slow down training and inference.

NVIDIA has shifted toward extreme hardware and software codesign to remove those constraints.

The GB200 NVL72 rack-scale system links seventy-two Blackwell GPUs via fast shared memory and a dense NVLink fabric, enabling experts to exchange information rapidly, rather than relying on slower network layers.

Model developers report significant improvements once they deploy MoE designs on NVL72. Performance leaps of up to ten times have been recorded for frontier systems, improving latency, energy efficiency and the overall cost of running large-scale inference.

Cloud providers integrate the platform to support customers in building agentic workflows and multimodal systems that route tasks between specialised components, rather than duplicating full models for each purpose.

Industry adoption signals a shift toward a future where efficiency and intelligence evolve together. MoE has become the preferred architecture for state-of-the-art reasoning, and NVL72 offers a practical route for enterprises seeking predictable performance gains.

NVIDIA positions its roadmap, including the forthcoming Vera Rubin architecture, as the next step in expanding the scale and capability of frontier AI.

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