Sustainable development

Meta CEO unveils plan to spend hundreds of billions on AI data centres

Mark Zuckerberg has pledged to invest hundreds of billions of dollars to build a network of massive data centres focused on superintelligent AI. The initiative forms part of Meta’s wider push to lead the race in developing machines capable of outperforming humans in complex tasks.

The first of these centres, called Prometheus, is set to launch in 2026. Another facility, Hyperion, is expected to scale up to 5 gigawatts. Zuckerberg said the company is building several more AI ‘titan clusters’, each one covering an area comparable to a significant part of Manhattan.

He also cited Meta’s strong advertising revenue as the reason it can afford such bold spending despite investor concerns.

Meta recently regrouped its AI projects under a new division, Superintelligence Labs, following internal setbacks and high-profile staff departures.

The company hopes the division will generate fresh revenue streams through Meta AI tools, video ad generators, and wearable smart devices. It is reportedly considering dropping its most powerful open-source model, Behemoth, in favour of a closed alternative.

The firm has increased its 2025 capital expenditure to up to $72 billion and is actively hiring top talent, including former Scale AI CEO Alexandr Wang and ex-GitHub chief Nat Friedman.

Analysts say Meta’s AI investments are paying off in advertising but warn that the real return on long-term AI dominance will take time to emerge.

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DuckDuckGo adds new tool to block AI-generated images from search results

Privacy-focused search engine DuckDuckGo has launched a new feature that allows users to filter out AI-generated images from search results.

Although the company admits the tool is not perfect and may miss some content, it claims it will significantly reduce the number of synthetic images users encounter.

The new filter uses open-source blocklists, including a more aggressive ‘nuclear’ option, sourced from tools like uBlock Origin and uBlacklist.

Users can access the setting via the Images tab after performing a search or use a dedicated link — noai.duckduckgo.com — which keeps the filter always on and also disables AI summaries and the browser’s chatbot.

The update responds to growing frustration among internet users. Platforms like X and Reddit have seen complaints about AI content flooding search results.

In one example, users searching for ‘baby peacock’ reported seeing just as many or more AI images than real ones, making it harder to distinguish between fake and authentic content.

DuckDuckGo isn’t alone in trying to tackle unwanted AI material. In 2024, Hiya launched a Chrome extension aimed at spotting deepfake audio across major platforms.

Microsoft’s Bing has also partnered with groups like StopNCII to remove explicit synthetic media from its results, showing that the fight against AI content saturation is becoming a broader industry trend.

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Isambard-AI launch brings Britain closer to AI breakthroughs

The UK’s most powerful AI supercomputer, Isambard-AI, has officially launched in Bristol. Developed with HPE and NVIDIA, the £225 million system marks a major step in national research capability.

It can compute in one second what the global population would take 80 years to process. Housed at the National Composites Centre, it aims to drive breakthroughs in healthcare, robotics, climate science and more.

Built by the University of Bristol’s Centre for Supercomputing, the machine is part of the UK Government’s AI Research Resource (AIRR) and was launched by Science Secretary Peter Kyle.

Alongside the Dawn supercomputer in Cambridge, Isambard-AI will deliver 23 AI ExaFLOPs — equal to the UK population working non-stop for 85,000 years. It is 100,000 times faster than an average laptop and supports drug discovery, personalised medicine and advanced data analysis.

Powered by 5,400 Nvidia GH200 Grace Hopper Superchips and HPE’s Cray EX platform, it is among the greenest supercomputers globally, running on zero-carbon electricity and using direct liquid cooling to cut energy use by up to 90%.

Plans are underway to reuse its waste heat for nearby homes and businesses. Its sustainable design cuts emissions by 72% versus traditional builds.

The University of Bristol, chosen for its AI and HPC expertise, also offers a government-backed master’s through the Sparck AI scholarship. Vice-Chancellor Professor Evelyn Welch called the launch a milestone for British AI.

Researchers are already using Isambard-AI to analyse data from wearable cameras for assisted living support, and to scan MRI data to speed up cancer detection and treatment planning.

Other teams are modelling disease-related proteins and using AI to detect illness in dairy cattle by monitoring herd behaviour — showing the system’s broad real-world impact.

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5G Advanced lays the groundwork for 6G, says 5G Americas

5G Americas has released a new white paper outlining how 5G Advanced features in 3GPP Releases 18 to 20 are shaping the path to 6G.

The report highlights how 5G Advanced is evolving mobile networks through embedded AI, scaled IoT, improved energy efficiency, and broader service capabilities. Viet Nguyen, President of 5G Americas, called it a turning point for wireless systems, offering more intelligent, resilient, and sustainable connectivity.

AI-native networking is a key innovation which brings machine learning into the radio and core network. The innovation enables zero-touch automation, predictive maintenance, and self-organising systems, cutting fault detection by 90% and reducing false alarms by 70%.

Energy efficiency is another core benefit. Features like cell sleep modes and antenna switching can reduce energy use by up to 56%. Ambient IoT also advances, enabling battery-less devices for industrial and consumer use in energy-constrained environments.

Latency improvements like L4S and enhanced QoS allow scalable support for immersive XR and real-time automation. Advances in spectral efficiency and satellite support are boosting uplink speeds above 500 Mbps and expanding coverage to remote areas.

Andrea Brambilla of Nokia noted that 5G Advanced supports digital twins, private networks, and AI-driven transformation. Pei Hou of T-Mobile said it builds on 5G Standalone to prepare for a sustainable shift to 6G.

The paper urges updated policies on AI governance, spectrum sharing, and IoT standards to ensure global interoperability. Strategic takeaways include AI, automation, and energy savings as key to long-term innovation and monetisation across the public and private sectors.

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Meta lures AI leaders as Apple faces instability

Meta has hired two senior AI researchers from Apple, Mark Lee and Tom Gunter, as part of its ongoing effort to attract top talent in AI, according to Bloomberg.

Instead of staying within Apple’s ranks, both experts have joined Meta’s Superintelligence Labs, following Ruoming Pang, Apple’s former head of large language model development, whom Meta recently secured with a reported compensation package worth over $200 million.

Gunter, once a distinguished engineer at Apple, briefly worked for another AI firm before accepting Meta’s offer.

The moves reflect increasing instability inside Apple’s AI division, where leadership is reportedly exploring partnerships with external providers like OpenAI to power future Siri features rather than relying solely on in-house solutions.

Meta’s aggressive hiring strategy comes as CEO Mark Zuckerberg prioritises AI development, pledging substantial investment in talent and computing power to rival companies such as OpenAI and Google.

Some Apple employees have been presented with counteroffers, but these reportedly fail to match the scale of Meta’s packages.

Instead of slowing down, Meta appears determined to solidify its position as a leader in AI research, continuing to lure key experts away from competitors while Apple faces challenges retaining its top engineers.

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Power demands reshape future of data centres

As AI and cloud computing demand surges, Siemens is tackling critical energy and sustainability challenges facing the data centre industry. With power densities surpassing 100kW per rack, traditional infrastructure is being pushed beyond its limits.

Siemens highlighted the urgent need for integrated digital solutions to address growing pressures such as delayed grid connections, rising costs, and speed of deployment. Operators are increasingly adopting microgrids and forming utility partnerships to ensure resilience and control over power access.

Siemens views data centres not just as energy consumers but as contributors to the grid, using stored energy to balance supply. The shift is pushing the industry to become more involved in grid stability and renewable integration.

While achieving net zero remains challenging, data centres are adopting on-site renewables, advanced cooling systems, and AI-driven management tools to boost efficiency.

Siemens’ own software, such as the Building X Suite, is helping reduce energy waste and predict maintenance needs, aligning operational effectiveness with sustainability goals.

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Chinese scientists develop new method to turn Moon dust into fuel

Chinese researchers have developed an innovative method to extract water and generate fuel from lunar soil, offering a potentially game-changing solution for future Moon missions.

By harnessing a ‘photothermal strategy’—a technique that converts light into heat—they demonstrated how carbon dioxide exhaled by astronauts could be transformed into oxygen, hydrogen, and carbon monoxide using water extracted directly from Moon dust.

The breakthrough, detailed in the journal Joule, centres on integrating water extraction with gas conversion in a single, energy-efficient step.

Professor Lu Wang from the Chinese University of Hong Kong, Shenzhen, described the discovery as a surprise, especially the soil’s unexpected catalytic potential. The integrated system could dramatically reduce reliance on costly Earth-supplied water, currently at about $83,000 per gallon.

The team used actual lunar samples collected during China’s Chang’E-5 mission to test their method. These samples, retrieved from the Moon’s near side in 2020, helped validate the concept in controlled lab conditions.

However, researchers caution that challenges such as radiation, microgravity, and extreme temperature fluctuations may complicate implementation on the Moon’s surface.

Even so, the results underscore the rapid progress of space programme in China. From relative obscurity just two decades ago, the country now positions itself as a frontrunner in building a sustainable Moon base, with ambitions to establish a permanent outpost by 2035.

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Eric Schmidt warns that AI growth is limited by electricity

Former Google chief executive Eric Schmidt has warned that electricity, rather than semiconductors, will limit the future growth of AI.

Speaking on the Moonshots podcast, Schmidt said the push towards artificial superintelligence—AI that exceeds human cognitive ability in almost all domains—will depend on securing sufficient power instead of just developing more advanced chips.

Schmidt noted the US alone may require an extra 92 gigawatts of electricity to support AI growth, equivalent to dozens of nuclear power stations.

Instead of waiting for new plants, companies such as Microsoft are seeking to retrofit closed facilities, including the Three Mile Island plant targeted for relaunch in 2028.

Schmidt highlighted growing environmental pressures, citing Microsoft’s 34% increase in water use within a year, a trend experts link directly to rising AI workloads.

Major AI developers like OpenAI’s Sam Altman also acknowledge energy as a key constraint. Altman has invested in nuclear fusion through Helion, while firms such as Microsoft and AMD are pressing US policymakers to fast-track energy permits.

Environmental groups, including Greenpeace, warn that unchecked AI expansion risks undermining climate goals instead of supporting them.

Schmidt believes superintelligence is inevitable and approaching rapidly, predicting specialised AI tools across all fields within five years. Rather than focusing solely on AI’s capabilities, he stressed the urgent need for planning energy infrastructure today to match tomorrow’s AI demands.

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Malaysia pushes clean tech and innovation for growth

Malaysia is accelerating its transition to a low-carbon and digitally driven economy by channelling investments into green technologies and innovation.

At the National Economic Forum 2025, Minister Chang Lih Kang outlined the country’s strategy to support sustainable growth through carbon management, hydrogen energy, green materials and circular economic models.

The government is also exploring advanced nuclear technologies such as Small Modular Reactors to support decarbonisation and enhance research, talent development and technology transfer.

A 17% increase in private R&D investment last year, mainly in clean energy and digital health, has helped build investor confidence. Authorities are now encouraging further growth through co-investment strategies, grants and collaborative innovation platforms.

Malaysia’s National Biotechnology Policy is also supporting biopharmaceuticals and agricultural biotech, in line with sustainability and ESG objectives. The Malaysian government aims to create a resilient, inclusive and innovation-driven economy for the next phase of regional development.

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Amazon cuts hundreds of AWS jobs amid AI shift

Amazon has reportedly cut hundreds of jobs within its Amazon Web Services cloud computing division, according to sources familiar with the matter.

Instead of providing specific numbers, Amazon confirmed the decision, citing ongoing efforts to optimise resources while continuing to invest in customer-focused innovation.

These layoffs follow warnings by CEO Andy Jassy, who recently said the rising use of generative AI would reduce workforce needs across the company.

The cuts affect several AWS teams, including specialists who support customers in developing new products and selling services. Employees reported receiving termination emails on Thursday, with their system access deactivated soon after.

Rather than focusing solely on AWS, Amazon has also been reducing roles in other units, such as its books division, devices and services unit, and Wondery podcast platform.

Despite these workforce reductions, AWS sales rose 17% in the first quarter to $29.3 billion compared to a year earlier, with operating income increasing by 23% to $11.5 billion.

Amazon, alongside firms like Microsoft, Meta, and CrowdStrike, is increasingly relying on AI tools instead of human workers to automate tasks, write software code, and streamline operations as part of a broader trend affecting the tech industry.

Amazon’s latest cuts reflect efforts by Jassy to reduce bureaucracy and eliminate managerial layers, aiming to keep the company agile amid rapid AI adoption and changing business priorities.

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