Cloud computing

Netherlands urges EU to reduce reliance on US cloud providers

The Dutch government has released a policy paper urging the European Union to take coordinated action to reduce its heavy dependence on non-EU cloud providers, especially from the United States.

The document recommends that the European Commission introduce a clearer and harmonized approach at the EU level.

Key proposals include creating a consistent definition of ‘cloud sovereignty,’ adjusting public procurement rules to allow prioritizing sovereignty, promoting open-source technologies and standards, setting up a common European decision-making framework for cloud choices, and ensuring sufficient funding to support the development and deployment of sovereign cloud technologies.

These measures aim to strengthen the EU’s digital independence and protect public administrations from external political or economic pressures.

A recent investigation found that over 20,000 Dutch institutions rely heavily on US cloud services, with Microsoft holding about 60% of the market.

The Dutch government warned this dependence risks national security and fundamental rights. Concerns escalated after Microsoft blocked the ICC prosecutor’s email following US sanctions, sparking political outrage.

In response, the Dutch parliament called for reducing reliance on American providers and urged the government to develop a roadmap to protect digital infrastructure and regain control.

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South Korean firm unveils faster AI data centre architecture with CXL-over-Xlink

South Korean company Panmnesia has introduced a new architecture for AI data centres aimed at improving speed and efficiency.

Instead of using only PCIe or RDMA-based systems, its CXL-over-Xlink approach combines Compute Express Link (CXL) with fast accelerator links such as UALink and NVLink.

The company claims this design can deliver up to 5.3 times faster AI training and reduce inference latency sixfold. By allowing CPUs and GPUs to access large shared memory pools via the CXL fabric, AI workloads are no longer restricted by the fixed memory limits inside each GPU.

It will enable data centres to scale compute and memory independently, adapting to changing workload demands without hardware overprovisioning.

Panmnesia’s system also reduces communication overhead using accelerator-optimised links for CXL traffic, helping maintain high throughput with sub-100ns latency.

The architecture incorporates a hierarchical memory model blending local high-bandwidth memory with pooled CXL memory, alongside scalable CXL 3.1 switches that connect hundreds of devices efficiently without bottlenecks.

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Google expands NotebookLM with curated content and mobile access

While Gemini often dominates attention in Google’s AI portfolio, other innovative tools deserve the spotlight. One standout is NotebookLM, a virtual research assistant that helps users organise and interact with complex information across various subjects.

NotebookLM creates structured notebooks from curated materials, allowing meaningful engagement with the content. It supports dynamic features, including summaries and transformation options like Audio Overview, making research tasks more intuitive and efficient.

According to Google, featured notebooks are built using information from respected authors, academic institutions, and trusted nonprofits. Current topics include Shakespeare, Yellowstone National Park and more, offering a wide spectrum of well-sourced material.

Featured notebooks function just like regular ones, with added editorial quality. Users can navigate, explore, and repurpose content in ways that support individual learning and project needs. Google has confirmed the collection will grow over time.

NotebookLM remains in early development, yet the tool already shows potential for transforming everyday research tasks. Google also plans tighter integration with its other productivity tools, including Docs and Slides.

The tool significantly reduces the effort traditionally required for academic or creative research. Structured data presentation, combined with interactive features, makes information easier to consume and act upon.

NotebookLM was initially released on desktop but is now also available as a mobile app. Users can download it via the Google Play Store to create notebooks, add content, and stay productive from anywhere.

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Zuckerberg unveils Meta’s multi-gigawatt AI data clusters

Meta Platforms is building several of the world’s largest data centres to power its AI ambitions, with the first facility expected to go online in 2026.

Chief Executive Mark Zuckerberg revealed on Threads that the site, called Prometheus, will be the first of multiple ‘titan clusters’ designed to support AI development instead of relying on existing infrastructure.

Frustrated by earlier AI efforts, Meta is investing heavily in talent and technology. The company has committed up to $72 billion towards AI and data centre expansion, while Zuckerberg has personally recruited high-profile figures from OpenAI, DeepMind, and Apple.

That includes appointing Scale AI’s Alexandr Wang as chief AI officer through a $14.3 billion stake deal and securing Ruoming Pang with a compensation package worth over $200 million.

The facilities under construction will have multi-gigawatt capacity, placing Meta ahead of rivals such as OpenAI and Oracle in the race for large-scale AI infrastructure.

One supercluster in Richland Parish, Louisiana, is said to cover an area nearly the size of Manhattan instead of smaller conventional data centre sites.

Zuckerberg confirmed that Meta is prepared to invest ‘hundreds of billions of dollars’ into building superintelligence capabilities, using revenue from its core advertising business on platforms like Facebook and Instagram to fund these projects instead of seeking external financing.

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Asia emerges as global hub for telco‑powered AI infrastructure

Asia‑Pacific telecom operators are rapidly building sovereign AI factories and high‑performance data centres optimised for AI workloads by retrofitting existing facilities with NVIDIA GPUs and leveraging their fibre networks and system‑management skillsets.

Major Southeast‑Asian telcos, including Singtel (RE: AI), Indonesia’s Indosat Ooredoo Hutchison, Vietnam’s FPT, Malaysia’s YTL, and India’s Tata Communications, are pioneering cloud‑based AI platforms tailored to local enterprise needs. These investments often mirror national AI strategies focused on data sovereignty and regional self‑sufficiency.

Operators are pursuing a hybrid strategy, combining partnerships with hyperscalers like AWS and Azure for scale, while building local infrastructure to avoid vendor lock‑in, cost volatility, and compliance risks. Examples include SoftBank and KDDI in Japan, KT and Viettel in Southeast Asia, and Kazakhtelecom in Central Asia.

This telco‑led, on‑premises AI infrastructure boom marks a significant shift in global AI deployment, transforming operators from mere connectivity providers into essential sovereign AI enablers.

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Google partners with UK government on AI training

The UK government has struck a major partnership with Google Cloud aimed at modernising public services by eliminating agreing IT systems and equipping 100,000 civil servants with digital and AI skills by 2030.

Backed by DSIT, the initiative targets sectors like the NHS and local councils, seeking both operational efficiency and workforce transformation.

Replacing legacy contracts, some of which date back decades, could unlock as much as £45 billion in efficiency savings, say ministers. Google DeepMind will provide technical expertise to help departments adopt emerging AI solutions and accelerate public sector innovation.

Despite these promising aims, privacy campaigners warn that reliance on a US-based tech giant threatens national data sovereignty and may lead to long-term lock-in.

Foxglove’s Martha Dark described the deal as ‘dangerously naive’, with concerns around data access, accountability, public procurement processes and geopolitical risk.

As ministers pursue broader technological transformation, similar partnerships with Microsoft, OpenAI and Meta are underway, reflecting an industry-wide effort to bridge digital skills gaps and bring agile solutions into Whitehall.

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How agentic AI is transforming cybersecurity

Cybersecurity is gaining a new teammate—one that never sleeps and acts independently. Agentic AI doesn’t wait for instructions. It detects threats, investigates, and responds in real-time. This new class of AI is beginning to change the way we approach cyber defence.

Unlike traditional AI systems, Agentic AI operates with autonomy. It sets objectives, adapts to environments, and self-corrects without waiting for human input. In cybersecurity, this means instant detection and response, beyond simple automation.

With networks more complex than ever, security teams are stretched thin. Agentic AI offers relief by executing actions like isolating compromised systems or rewriting firewall rules. This technology promises to ease alert fatigue and keep up with evasive threats.

A 2025 Deloitte report says 25% of GenAI-using firms will pilot Agentic AI this year. SailPoint found that 98% of organisations will expand AI agent use in the next 12 months. But rapid adoption also raises concern—96% of tech workers see AI agents as security risks.

The integration of AI agents is expanding to cloud, endpoints, and even physical security. Yet with new power comes new vulnerabilities—from adversaries mimicking AI behaviour to the risk of excessive automation without human checks.

Key challenges include ethical bias, unpredictable errors, and uncertain regulation. In sectors like healthcare and finance, oversight and governance must keep pace. The solution lies in balanced control and continuous human-AI collaboration.

Cybersecurity careers are shifting in response. Hybrid roles such as AI Security Analysts and Threat Intelligence Automation Architects are emerging. To stay relevant, professionals must bridge AI knowledge with security architecture.

Agentic AI is redefining cybersecurity. It boosts speed and intelligence but demands new skills and strong leadership. Adaptation is essential for those who wish to thrive in tomorrow’s AI-driven security landscape.

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Ooredoo launches local AI cloud service in Qatar

Ooredoo has unveiled a new sovereign AI cloud service powered by NVIDIA Hopper GPUs, hosted locally in Qatar’s data centres. The move supports the country’s broader aim to advance digital transformation and position itself as a regional leader in AI innovation.

The service accelerates AI adoption across key sectors such as energy, finance, logistics, healthcare and smart cities. As an NVIDIA Cloud Partner, Ooredoo now provides customers access to cutting-edge GPU technology and the NVIDIA AI Enterprise platform for developing and scaling AI solutions.

Use cases include real-time financial analysis, supply chain optimisation and chatbot development, all supported by high-performance cloud computing infrastructure operated by Syntys. These capabilities aim to deliver robust local AI services that meet national security and sovereignty requirements.

The initiative aligns with the Qatar Digital Agenda 2030 and the National AI Strategy, which advocate for local hosting, advanced digital infrastructure and responsible AI development. Ooredoo’s CEO, Sheikh Ali Bin Jabor Al-Thani, said the project will drive economic growth and innovation across all levels of society.

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Lloyds Bank to test neurosymbolic AI for better customer support

Lloyds has partnered with UnlikelyAI to test neurosymbolic AI across its operations to enhance customer service and reinforce its commitment to responsible AI. The trial will occur in Lloyd’s Innovation Sandbox and focus on ensuring accurate, consistent and explainable outputs.

UnlikelyAI combines neural networks with logic-based symbolic reasoning to produce AI that avoids hallucinations and supports transparent decision-making. The firm was founded by William Tunstall-Pedoe, the creator of voice assistant Evi, which helped build Amazon’s Alexa.

Lloyds hopes the technology will drive more personalised customer support and improve internal efficiency. The bank recently migrated its AI platforms to Google Cloud, further strengthening its digital infrastructure.

The announcement follows increased scrutiny from MPs over banks’ reliance on AI and tech vulnerabilities. Lloyds CEO Charlie Nunn believes new large language models could significantly improve customer interaction and personalised advice.

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Apple may use ChatGPT or Claude to power Siri

Apple is reportedly in talks with OpenAI and Anthropic as it considers outsourcing AI technology for its voice assistant, Siri.

The discussions are said to include the possibility of training versions of ChatGPT or Claude to run on Apple’s cloud infrastructure. According to Bloomberg’s Mark Gurman, Apple is currently leaning towards Anthropic’s Claude as a better fit for Siri, although no final decision has been made.

While Apple already allows users to access ChatGPT through its Apple Intelligence platform, the integration is currently optional and user-driven.

What is now under consideration would mark a significant shift, such as choosing a third-party model to power Siri directly. The initiative comes as the company struggles to keep pace in a rapidly advancing AI market dominated by Google, OpenAI, and others.

Apple is still developing its large language models under a project codenamed LLM Siri. However, these in-house systems are reportedly lagging behind leading models already available.

Should Apple proceed with a third-party integration, it would signal a rare admission that its internal AI efforts are not enough to compete at the highest level.

Once celebrated for breakthrough innovations like the iPhone, Apple has faced growing criticism for a lack of fresh ideas. With rivals embedding generative AI into everyday tools, the pressure is mounting.

If Siri remains limited — still unable to answer basic questions — Apple risks alienating even its most loyal users. Whether through partnership or internal progress, the company now faces a narrowing window to prove it still leads, instead of follows.

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