New UK cyber strategy focuses on trust in online public services

The UK government has announced new measures to strengthen the security and resilience of online public services as more interactions with the state move online. Ministers say public confidence is essential as citizens increasingly rely on digital systems for everyday services.

Backed by more than £210 million, the UK Government Cyber Action Plan outlines how cyber defences and digital resilience will be improved across the public sector. A new Government Cyber Unit will coordinate risk identification, incident response, and action on complex threats spanning multiple departments.

The plan underpins wider efforts to digitise public services, including benefits applications, tax payments, and healthcare access. Officials argue that secure systems can reduce bureaucracy and improve efficiency, but only if users trust that their data is protected.

The announcement coincides with parliamentary debate on the Cyber Security and Resilience Bill, which sets clearer expectations for companies supplying services to the government. The legislation is intended to strengthen cyber resilience across critical supply chains.

Ministers also highlighted new steps to address software supply chain risks, including a Software Security Ambassador Scheme promoting basic security practices. The government says stronger cyber resilience is essential to protect public services and maintain public trust.

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Universal Music Group partners with NVIDIA on AI music strategy

UMG has entered a strategic collaboration with NVIDIA to reshape how billions of fans discover, experience and engage with music by using advanced AI.

An initiative that combines NVIDIA’s AI infrastructure with UMG’s extensive global catalogue, aiming to elevate music interaction instead of relying solely on traditional search and recommendation systems.

The partnership will focus on AI-driven discovery and engagement that interprets music at a deeper cultural and emotional level.

By analysing full-length tracks, the technology is designed to surface music through narrative, mood and context, offering fans richer exploration while helping artists reach audiences more meaningfully.

Artist empowerment sits at the centre of the collaboration, with plans to establish an incubator where musicians and producers help co-design AI tools.

The goal is to enhance originality and creative control instead of producing generic outputs, while ensuring proper attribution and protection of copyrighted works.

Universal Music Group and NVIDIA also emphasise responsible AI development, combining technical safeguards with industry oversight.

By aligning innovation with artist rights and fair compensation, both companies aim to set new standards for how AI supports creativity across the global music ecosystem.

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ChatGPT Health offers personalised health support

OpenAI has launched ChatGPT Health, a secure platform linking users’ health information with ChatGPT’s intelligence. The platform supports, rather than replaces, medical care, helping users understand test results, prepare for appointments, and manage their wellness.

ChatGPT Health allows users to safely connect medical records and apps such as Apple Health, Function, and MyFitnessPal. All data is stored in a separate Health space with encryption and enhanced privacy to keep sensitive information secure.

Conversations in Health are not used to train OpenAI’s models.

The platform was developed with input from more than 260 physicians worldwide, ensuring guidance is accurate, clinically relevant, and prioritises safety.

HealthBench, a physician-informed evaluation framework, helps measure quality, clarity, and appropriate escalation in responses, supporting users in making informed decisions about their health.

ChatGPT Health is initially available outside the EEA, Switzerland, and the UK, with wider access coming in the coming weeks. Users can sign up for a waitlist and begin connecting records and wellness apps to receive personalised, context-aware health insights.

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AI model turns sleep data into early disease predictions

Stanford Medicine researchers have developed an AI model that can analyse a single night of sleep to predict long-term disease risk. Known as SleepFM, the system uses physiological signals recorded during overnight sleep studies to identify early indicators of future health conditions.

The model was trained on nearly 600,000 hours of polysomnography data from 65,000 participants. Polysomnography captures brain activity, heart rhythms, breathing patterns, eye movements, and muscle signals, creating one of the most data-rich assessments used in medicine.

SleepFM was designed as a foundation model that learns how multiple biological signals interact during sleep. By reconstructing missing data streams, the system identifies patterns across different physiological systems rather than analysing signals in isolation.

After training, the model matched or outperformed existing tools in standard sleep data assessments, including sleep stage classification and sleep apnoea severity. Researchers then linked sleep data with long-term health records to evaluate its ability to predict future disease onset.

The model demonstrated strong predictive performance across 130 conditions, encompassing various diseases, including cancers, cardiovascular disease, and neurological disorders. Researchers say the findings position sleep data as an early warning signal, while further work will focus on interpretation and real-world clinical use.

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How AI agents are quietly rebuilding the foundations of the global economy 

AI agents have rapidly moved from niche research concepts to one of the most discussed technology topics of 2025. Search interest for ‘AI agents’ surged throughout the year, reflecting a broader shift in how businesses and institutions approach automation and decision-making.

Market forecasts suggest that 2026 and the years ahead will bring an even larger boom in AI agents, driven by massive global investment and expanding real-world deployment. As a result, AI agents are increasingly viewed as a foundational layer of the next phase of the digital economy.

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What are AI agents, and why do they matter

AI agents are autonomous software systems designed to perceive information, make decisions, and act independently to achieve specific goals. Unlike traditional AI applications or conventional AI tools, which respond to prompts or perform single functions and often require direct supervision, AI agents are proactive and operate across multiple domains.

They can plan, adapt, and coordinate various steps across workflows, anticipating needs, prioritising tasks, and collaborating with other systems or agents without constant human intervention.

As a result, AI agents are not just incremental upgrades to existing software; they represent a fundamental change in how organisations leverage technology. By taking ownership of complex processes and decision-making workflows, AI agents enable businesses to operate at scale, adapt more rapidly to change, and unlock opportunities that were previously impossible with traditional AI tools alone. 

They fundamentally change how AI is applied in enterprise environments, moving from task automation to outcome-driven execution. 

Behind the scenes, autonomous AI agents are moving into the core of economic systems, reshaping workflows, authority, and execution across the entire value chain.

Why AI agents became a breakout trend in 2025

Several factors converged in 2025 to push AI agents into the mainstream. Advances in large language models, improved reasoning capabilities, and lower computational costs made agent-based systems commercially viable. At the same time, enterprises faced growing pressure to increase efficiency amid economic uncertainty and labour constraints. 

The fact is that AI agents gained traction not because of their theoretical promise, but because they delivered measurable results. Companies deploying AI agents reported faster execution, lower operational overhead, and improved scalability across departments. As adoption accelerated, AI agents became one of the most visible indicators of where new technology was heading next.

 Behind the scenes, autonomous AI agents are moving into the core of economic systems, reshaping workflows, authority, and execution across the entire value chain.

Global investment is accelerating the AI agents boom

Investment trends underline the strategic importance of AI agents. Venture capital firms, technology giants, and state-backed innovation funds are allocating significant capital to agent-based platforms, orchestration frameworks, and AI infrastructure. These investments are not experimental in nature; they reflect long-term bets on autonomous systems as core business infrastructure.

Large enterprises are committing internal budgets to AI agent deployment, often integrating them directly into mission-critical operations. As funding flows into both startups and established players, competition is intensifying, further accelerating innovation and adoption across global markets. 

The AI agents market is projected to surge from approximately $7.92 billion in 2025 to surpass $236 billion by 2034, driven by a compound annual growth rate (CAGR) exceeding 45%.

Behind the scenes, autonomous AI agents are moving into the core of economic systems, reshaping workflows, authority, and execution across the entire value chain.

Where AI agents are already being deployed at scale

Agent-based systems are no longer limited to experimental use, as adoption at scale is taking shape across various industries. In finance, AI agents manage risk analysis, fraud detection, reporting workflows, and internal compliance processes. Their ability to operate continuously and adapt to changing data makes them particularly effective in data-intensive environments.

In business operations, AI agents are transforming customer support, sales operations, procurement, and supply chain management. Autonomous agents handle inquiries, optimise pricing strategies, and coordinate logistics with minimal supervision.

One of the clearest areas of AI agent influence is software development, where teams are increasingly adopting autonomous systems for code generation, testing, debugging, and deployment. These systems reduce development cycles and allow engineers to focus on higher-level design and architecture. It is expected that by 2030, around 70% of developers will work alongside autonomous AI agents, shifting human roles toward planning, design, and orchestration.

Healthcare, research, and life sciences are also adopting AI agents for administrative automation, data analysis, and workflow optimisation, freeing professionals from repetitive tasks and improving operational efficiency.

Behind the scenes, autonomous AI agents are moving into the core of economic systems, reshaping workflows, authority, and execution across the entire value chain.

The economic impact of AI agents on global productivity

The broader economic implications of AI agents extend far beyond individual companies. At scale, autonomous AI systems have the potential to boost global productivity by eliminating structural inefficiencies across various industries. By automating complex, multi-step processes rather than isolated tasks, AI agents compress decision timelines, lower transaction costs, and remove friction from business operations.

Unlike traditional automation, AI agents operate across entire workflows in real time. It enables organisations to respond more quickly to market changes and shifts in demand, thereby increasing operational agility and efficiency at a systemic level.

Labour markets will also evolve as agent-based systems become embedded in daily operations. Routine and administrative roles are likely to decline, while demand will rise for skills related to oversight, workflow design, governance, and strategic management of AI-driven operations. Human value is expected to shift toward planning, judgement, and coordination. 

Countries and companies that successfully integrate autonomous AI into their economic frameworks are likely to gain structural advantages in terms of efficiency and growth, while those that lag behind risk falling behind in an increasingly automated global economy.

Behind the scenes, autonomous AI agents are moving into the core of economic systems, reshaping workflows, authority, and execution across the entire value chain.

AI agents and the future evolution of AI 

The momentum behind AI agents shows no signs of slowing. Forecasts indicate that adoption will expand rapidly in 2026 as costs decline, standards mature, and regulatory clarity improves. For organisations, the strategic question is no longer whether AI agents will become mainstream, but how quickly they can be integrated responsibly and effectively. 

As AI agents mature, their influence will extend beyond business operations to reshape global economic structures and societal norms. They will enable entirely new industries, redefine the value of human expertise, and accelerate innovation cycles, fundamentally altering how economies operate and how people interact with technology in daily life. 

The widespread integration of AI agents will also reshape the world we know. From labour markets to public services, education, and infrastructure, societies will experience profound shifts as humans and autonomous systems collaborate more closely.

Companies and countries that adopt these technologies strategically will gain a structural advantage, while those that lag behind risk falling behind in both economic and social innovation.

Ultimately, AI agents are not just another technological advancement; they are becoming a foundational infrastructure for the future economy. Their autonomy, intelligence, and scalability position them to influence how value is created, work is organised, and global markets operate, marking a turning point in the evolution of AI and its role in shaping the modern world.

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Amazon makes Alexa+ available in web browsers

Growing demand for AI assistants has pushed Amazon to open access to Alexa+ through a web browser for the first time.

Early-access users in the US and Canada can now sign in through Alexa.com, allowing interaction with the service without relying solely on Echo devices or the mobile app.

Amazon has positioned the move as part of a broader effort to keep pace with rivals such as OpenAI, Google and Anthropic in the generative AI space.

Alexa+ is designed to operate as an intelligent personal assistant instead of a simple voice tool. Users can manage travel bookings, restaurant reservations, home automation and weekly meal planning while maintaining personalised preferences and chat history across devices.

Prime subscribers will eventually receive the paid service at no extra charge, and Amazon says tens of millions already have access.

Amazon expects availability to expand over time as the company places greater emphasis on AI-driven consumer services. Web-based access marks an effort to ensure the assistant is reachable wherever users connect, rather than being tied only to Amazon hardware.

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NVIDIA and Siemens build new industrial AI operating system

Siemens and NVIDIA have expanded their strategic partnership to build what they describe as an Industrial AI operating system.

The collaboration aims to embed AI-driven intelligence throughout the entire industrial lifecycle, from product design and engineering to manufacturing, operations and supply chains.

Siemens will contribute industrial AI expertise alongside hardware and software, while NVIDIA will provide AI infrastructure, simulation technologies and accelerated computing platforms.

The companies plan to develop fully AI-driven adaptive manufacturing sites, beginning in 2026 with Siemens’ electronics factory in Erlangen, Germany.

Digital twins will be used as active intelligence tools instead of static simulations, allowing factories to analyse performance in real time, test improvements virtually and convert successful adjustments directly into operational changes.

Both firms will also accelerate semiconductor design by combining Siemens’ EDA tools with NVIDIA’s GPU-accelerated computing and AI models. The goal is to shorten design cycles, improve manufacturing yields and support the development of advanced AI-enabled products.

The partnership also aims to create next-generation AI factories that optimise power, cooling, automation and infrastructure efficiency.

Siemens and NVIDIA intend to use the same technologies internally to improve their own operations before scaling them to customers. They argue the partnership will help industries adopt AI more rapidly and reliably, while supporting more resilient and sustainable manufacturing worldwide.

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Samsung puts AI trust and security at the centre of CES 2026

The South Korean tech giant, Samsung, used CES 2026 to foreground a cross-industry debate about trust, privacy and security in the age of AI.

During its Tech Forum session in Las Vegas, senior figures from AI research and industry argued that people will only fully accept AI when systems behave predictably, and users retain clear control instead of feeling locked inside opaque technologies.

Samsung outlined a trust-by-design philosophy centred on transparency, clarity and accountability. On-device AI was presented as a way to keep personal data local wherever possible, while cloud processing can be used selectively when scale is required.

Speakers said users increasingly want to know when AI is in operation, where their data is processed and how securely it is protected.

Security remained the core theme. Samsung highlighted its Knox platform and Knox Matrix to show how devices can authenticate one another and operate as a shared layer of protection.

Partnerships with companies such as Google and Microsoft were framed as essential for ecosystem-wide resilience. Although misinformation and misuse were recognised as real risks, the panel suggested that technological counter-measures will continue to develop alongside AI systems.

Consumer behaviour formed a final point of discussion. Amy Webb noted that people usually buy products for convenience rather than trust alone, meaning that AI will gain acceptance when it genuinely improves daily life.

The panel concluded that AI systems which embed transparency, robust security and meaningful user choice from the outset are most likely to earn long-term public confidence.

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Chatbots under scrutiny in China over AI ‘boyfriend’ and ‘girlfriend’ services

China’s cyberspace regulator has proposed new limits on AI ‘boyfriend’ and ‘girlfriend’ chatbots, tightening oversight of emotionally interactive artificial intelligence services.

Draft rules released on 27 December would require platforms to intervene when users express suicidal or self-harm tendencies, while strengthening protections for minors and restricting harmful content.

The regulator defines the services as AI systems that simulate human personality traits and emotional interaction. The proposals are open for public consultation until 25 January.

The draft bans chatbots from encouraging suicide, engaging in emotional manipulation, or producing obscene, violent, or gambling-related content. Minors would need guardian consent to access AI companionship.

Platforms would also be required to disclose clearly that users are interacting with AI rather than humans. Legal experts in China warn that enforcement may be challenging, particularly in identifying suicidal intent through language cues alone.

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Grok misuse prompts UK scrutiny of Elon Musk’s X

UK Technology Secretary Liz Kendall has urged Elon Musk’s X to act urgently after reports that its AI chatbot Grok was used to generate non-consensual sexualised deepfake images of women and girls.

The BBC identified multiple examples on X where users prompted Grok to digitally alter images, including requests to make people appear undressed or place them in sexualised scenarios without consent.

Kendall described the content as ‘absolutely appalling’ and said the government would not allow the spread of degrading images. She added that Ofcom had her full backing to take enforcement action where necessary.

The UK media regulator confirmed it had made urgent contact with xAI and was investigating concerns that Grok had produced undressed images of individuals. X has been approached for comment.

Kendall said the issue was about enforcing the law rather than limiting speech, noting that intimate image abuse, including AI-generated content, is now a priority offence under the Online Safety Act.

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