Diplo Academy strengthened its online education offer in 2025, placing AI and practical learning at the centre of training for diplomats, policy makers and public officials facing growing digital pressures.
A notable change was the transition from traditional eight-week online courses to more focused four-week formats. The ongoing shift aims to better match the schedules of working professionals without compromising academic rigour, applied learning or peer exchange.
Artificial intelligence featured prominently across the curriculum, particularly through the AI Apprenticeship. Three editions of the course were delivered in 2025, including one designed for Geneva-based international organisations.
The AI Apprenticeship emphasises informed, knowledgeable, effective and responsible use of AI in everyday professional contexts. Inspired by the Swiss apprenticeship tradition, it combines hands-on practice, mentorship and critical thinking, enabling participants to apply AI tools while retaining human judgement and accountability.
Europe’s growing demand for cloud and AI services is driving a rapid expansion of data centres across the EU.
Policymakers now face the difficulty of supporting digital growth instead of undermining climate targets, yet reliable sustainability data remains scarce.
Operators are required to report on energy consumption, water usage, renewable sourcing and heat reuse, but only around one-third have submitted complete data so far.
Brussels plans to introduce a rating scheme from 2026 that grades data centres on environmental performance, potentially rewarding the most sustainable new facilities with faster approvals under the upcoming Cloud and AI Development Act.
Industry groups want the rules adjusted so operators using excess server heat to warm nearby homes are not penalised. Experts also argue that stronger auditing and stricter application of standards are essential so reported data becomes more transparent and credible.
Smaller data centres remain largely untracked even though they are often less efficient, while colocation facilities complicate oversight because customers manage their own servers. Idle machines also waste vast amounts of energy yet remain largely unmeasured.
Meanwhile, replacing old hardware may improve efficiency but comes with its own environmental cost.
Even if future centres run on cleaner power and reuse heat, the manufacturing footprint of the equipment inside them remains a major unanswered sustainability challenge.
Policymakers say better reporting is essential if the EU is to balance digital expansion with climate responsibility rather than allowing environmental blind spots to grow.
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Hardware maker Plaud has introduced a new AI notetaking pin called the Plaud NotePin S alongside a Mac desktop app for digital meeting notes ahead of CES in Las Vegas.
The wearable device costs 179 dollars and arrives with several accessories so users can attach or wear it in different ways. A physical button allows quick control of recordings and can be tapped to highlight key moments during conversations.
The NotePin S keeps the same core specifications as the earlier model, including 64GB of storage and up to 20 hours of continuous recording.
Two MEMS microphones capture speech clearly within roughly three metres. Owners receive 300 minutes of transcription each month without extra cost. Apple Find My support is also included, so users can locate the device easily instead of worrying about misplacing it.
Compared with the larger Note Pro, the new pin offers a shorter recording range and battery life, but the small size makes it easier to wear while travelling or working on the go.
Plaud says the device suits users who rely on frequent in-person conversations rather than long seated meetings.
Plaud has now sold more than 1.5 million notetaking devices. The company also aims to enter the AI meeting assistant market with a Mac desktop client that detects when a meeting is active and prompts users to capture audio.
The software records system sound and uses AI to organise the transcript into structured notes. Users can also add typed notes and images instead of relying only on audio.
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Hangzhou-based biotech start-up MindRank has entered Phase 3 clinical trials for its weight loss drug, marking China’s first AI-assisted Category 1 new drug to reach this stage. The trial involves MDR-001, a small-molecule GLP-1 receptor agonist developed using AI-driven techniques.
MindRank said the weight loss drug was designed to regulate blood sugar and appetite by mimicking natural hormones. According to founder and chief executive Niu Zhangming, the company is targeting regulatory approval in the second half of 2028, with a potential market launch in 2029.
The company said the development process for the weight loss drug took about 4.5 years, significantly shorter than the typical 7 to 10 years required to reach Phase 3 trials. Niu attributed the acceleration to AI tools that reduced research timelines and cut overall R&D costs by more than 60 per cent.
China-based MindRank uses proprietary AI systems, including large language models (LLMs), to identify weight-loss drug targets and shortlist compounds. The approach has raised target research accuracy above 97 per cent and supports safety and efficacy assessments.
Despite these advances, Niu said human expertise remains essential for strategic decision-making and integrating workflows. He added that AI-assisted drug discovery still faces long validation cycles, meaning its impact on life sciences may be more gradual than in other sectors.
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Samsung will open its CES 2026 presence with a Sunday evening press conference focused on integrating AI across its product portfolio. The event will take place on 4 January at the Wynn in Las Vegas and will be livestreamed online.
Senior executives, including TM Roh, head of the Device eXperience division, and leaders from Samsung’s visual display and digital appliance businesses, are expected to outline the company’s AI strategy. Samsung says the presentation will emphasise AI as a core layer across products and services.
The company has already previewed several AI-enabled devices ahead of CES. The devices include a portable projector that adapts to its surroundings, expanded Google Photos integration on Samsung TVs, and new Micro RGB television displays.
The company is also highlighting AI-powered home appliances designed to anticipate user needs. Examples include refrigerators that track food supplies, generate shopping lists, and detect early signs of device malfunction.
New smartphones are not expected at the event, with the next Galaxy Unpacked launch reportedly scheduled for later in January or early February.
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A large energy and AI campus is taking shape outside Amarillo, Texas, as startup Fermi America plans to build what it says would be the world’s largest private power grid. The project aims to support large-scale AI training using nuclear, gas, and solar power.
Known as Project Matador, the development would host millions of square metres of data centres and generate more electricity than many US states consume at peak demand. The site is near the Pantex nuclear weapons facility and is part of a broader push for US energy and AI dominance.
Fermi is led by former Texas governor and energy secretary Rick Perry alongside investor Toby Neugebauer. The company plans to deploy next-generation nuclear reactors and offer off-grid computing infrastructure, though it has yet to secure a confirmed anchor tenant.
The scale and cost of the project have raised questions among analysts and local residents. Critics point to financing risks, water use, and the challenge of delivering nuclear reactors on time and within budget, while supporters argue the campus could drive economic growth and national security benefits.
Backed by political momentum and rising demand for AI infrastructure, Fermi is pressing ahead with construction and partnerships. Whether Project Matador can translate ambition into delivery remains a key test as competition intensifies in the global race to power next-generation AI systems.
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AI is reshaping Australia’s labour market at a pace that has reignited anxiety about job security and skills. Experts say the speed and visibility of AI adoption have made its impact feel more immediate than previous technological shifts.
Since the public release of ChatGPT in late 2022, AI tools have rapidly moved from novelty to everyday workplace technology. Businesses are increasingly automating routine tasks, including through agentic AI systems that can execute workflows with limited human input.
Research from the HR Institute of Australia suggests the effects are mixed. While some entry-level roles have grown in the short term, analysts warn that clerical and administrative jobs remain highly exposed as automation expands across organisations.
Economic modelling indicates that AI could boost productivity and incomes if adoption is carefully managed, but may also cause short-term job displacement. Sectors with lower automation potential, including construction, care work, and hands-on services, are expected to absorb displaced workers.
Experts and unions say outcomes will depend on skills, policy choices, and governance. Australia’s National AI Plan aims to guide the transition, while researchers urge workers to upskill and use AI as a productivity tool rather than avoiding it.
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A Guardian investigation has found that Google’s AI Overviews have displayed false and misleading health information that could put people at risk of harm. The summaries, which appear at the top of search results, are generated using AI and are presented as reliable snapshots of key information.
The investigation identified multiple cases where Google’s AI summaries provided inaccurate medical advice. Examples included incorrect guidance for pancreatic cancer patients, misleading explanations of liver blood test results, and false information about women’s cancer screening.
Health experts warned that such errors could lead people to dismiss symptoms, delay treatment, or follow harmful advice. Some charities said the summaries lacked essential context and could mislead users during moments of anxiety or crisis.
Concerns were also raised about inconsistencies, with the same health queries producing different AI-generated answers at different times. Experts said this variability undermines trust and increases the risk that misinformation will influence health decisions.
Google said most AI Overviews are accurate and helpful, and that the company continually improves quality, particularly for health-related topics. It said action is taken when summaries misinterpret content or lack appropriate context.
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Chinese President Xi Jinping said 2025 marked a year of major breakthroughs for the country’s AI and semiconductor industries. In his New Year’s address, he said that Chinese technology firms had made significant progress in AI models and domestic chip development.
China’s AI sector gained global attention with the rise of DeepSeek. The company launched advanced models focused on reasoning and efficiency, drawing comparisons with leading US systems and triggering volatility in global technology markets.
Other Chinese firms also expanded their AI capabilities. Alibaba released new frontier models and pledged large-scale investment in cloud and AI infrastructure, while Huawei announced new computing technologies and AI chips to challenge dominant suppliers.
China’s progress prompted mixed international responses. Some European governments restricted the use of Chinese AI models over data security concerns, while US companies continued engaging with Chinese-linked AI firms through acquisitions and partnerships.
Looking ahead to 2026, China is expected to prioritise AI and semiconductors in its next five-year development plan. Analysts anticipate increased research funding, expanded infrastructure, and stronger support for emerging technology industries.
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India’s government has set out plans to democratise AI infrastructure nationwide. The strategy focuses on expanding access beyond major technology hubs.
Officials aim to increase availability of computing power, datasets and AI models. Startups, researchers and public institutions are key intended beneficiaries.
New initiatives under IndiaAI and national supercomputing programmes will boost domestic capacity. Authorities say local compute access reduces reliance on foreign providers.
Digital public platforms will support data sharing and model development. The approach seeks inclusive innovation across education, healthcare and governance across India.
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