In one operation, termed ‘vibe hacking’, attackers used Claude Code to automate reconnaissance, ransomware creation, credential theft, and ransom-demand generation across 17 organisations, including those in healthcare, emergency services and government.
The firm also documents other troubling abuses: North Korean operatives used Claude to fabricate identities, successfully get hired at Fortune 500 companies and maintain access, all with minimal real-world technical skills. In another case, AI-generated ransomware variants were developed, marketed and sold to other criminals on the dark web.
Experts warn that such agentic AI systems enable single individuals to carry out complex cybercrime acts once reserved for well-trained groups.
While Anthropic has deactivated the compromised accounts and strengthened its safeguards, the incident highlights an urgent need for proactive risk management and regulation of AI systems.
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In partnership with the Ellison Institute of Technology, Oxford University has received a £118 million grant to launch CoI-AI, Correlates of Immunity-AI, a five-year vaccine research programme.
Led by Professors Sir Andrew Pollard and Daniela Ferreira, the initiative will combine human challenge trials with AI analysis to explore how the immune system responds to antibiotic-resistant bacteria such as Streptococcus pneumoniae, Staphylococcus aureus and E. coli.
AI models developed at EIT will process vast human-derived datasets, including blood and tissue samples, to identify protective immune responses, profoundly accelerating vaccine discovery and design. CoI-AI pioneers a collaboration of biomedical science and advanced AI within a high-risk, precision-driven framework.
The non-invasive system uses electroencephalography (EEG) to decode brain signals and combines them with an AI camera platform for real-time assistance. The results, published in ‘Nature Machine Intelligence’, demonstrate significant performance improvements over traditional BCIs.
Participants tested the device on two tasks: moving a cursor across a computer screen and directing a robotic arm to reposition blocks. All completed tasks faster with AI assistance, while a paralysed participant, unable to finish without support, succeeded in under seven minutes.
Researchers emphasise the importance of safety and accessibility. Unlike surgically implanted BCIs, which remain confined to limited clinical trials, the wearable device avoids neurosurgical risks while offering new independence for people with paralysis or ALS.
Future development will focus on making AI ‘co-pilots’ more adaptive, allowing robotic arms to move with greater precision, dexterity, and task awareness.
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The move follows months of user complaints about Google Home’s performance, including issues with connectivity and the assistant’s failure to recognise basic commands.
With Gemini’s superior ability to understand natural language, the upgrade is expected to improve how users interact with their smart devices significantly. Home devices should better execute complex commands with multiple actions, such as dimming some lights while leaving others on.
However, the update will also introduce ‘Gemini Live’ to compatible devices, a feature allowing for natural, back-and-forth conversations with the AI chatbot.
The Gemini for Google Home upgrade will initially be rolled out on an early access basis. It will be available in free and paid tiers, suggesting that some more advanced features may be locked behind a subscription.
The update is anticipated to make Google Home and Nest devices more reliable and to handle complex requests easily.
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Agentforce AI now conducts approximately 50 percent of customer interactions and has helped Salesforce reconnect with over 100 million previously neglected sales leads. The move enabled rebalancing of headcount and increased capacity for sales operations.
This development follows earlier claims that AI would augment rather than replace human roles. The company emphasises that AI handles standard cases while humans oversee complex or ambiguous ones, likening the interaction to a ‘self-driving’ model where the human steps in when needed.
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According to Bloomberg, OpenAI is weighing partnerships in India to build a data centre of at least 1 gigawatt capacity as part of its Stargate project. Such a facility would represent one of Asia’s most significant AI infrastructure investments.
The company recently registered as a legal entity in India and is recruiting a local team. It also announced plans in August to open its first office in New Delhi later this year, highlighting the importance of India’s second-largest market by user base.
The prospective data centre is linked to Stargate, a private-sector AI investment programme valued at up to $500 billion and backed by SoftBank, OpenAI and Oracle. The project was first introduced in January by US President Donald Trump.
Details on the timing and location of the Indian facility remain unclear. Reports suggest that OpenAI chief executive Sam Altman could provide further information during a visit to India in September.
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Cyber security specialists warn that human behaviour remains the most significant vulnerability in digital defence, despite billions invested in AI and advanced systems.
Experts note that in the Gulf, many cybersecurity breaches in 2025 still originate from human error, often triggered by social engineering attacks. Phishing emails, false directives from executives, or urgent invoice requests exploit psychological triggers such as authority, fear and habit.
Analysts argue that building resilience requires shifting workplace culture. Security must be seen not just as the responsibility of IT teams but embedded in everyday decision-making. Staff should feel empowered to question, report and learn without fear of reprimand.
AI-driven threats, from identity-based breaches to ransomware campaigns, are growing more complex across the region. Organisations are urged to focus on digital trust, investing in awareness programmes and user-centred protocols so employees become defenders rather than liabilities.
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Kazakhstan has announced its support for China’s proposal to establish a Global Organisation for Cooperation in AI, highlighting its ambition to strengthen digital ties with Beijing.
President Kassym-Jomart Tokayev voiced his backing during the Kazakh-Chinese Business Council meeting in Beijing, following his participation in the Shanghai Cooperation Organisation summit in Tianjin.
Tokayev stressed that joint efforts in AI were vital as experts predict the global market could reach $5 trillion by 2033, accounting for nearly one-third of the technology sector. He praised China’s digital achievements and urged bilateral collaboration in emerging technologies.
Kazakhstan has taken notable steps to position itself as a regional digital hub, launching Central Asia’s first supercomputer and the AlemAI International Centre for AI earlier this year.
Tokayev added that partnerships with Chinese firms, including a major construction agreement, would accelerate the development of Alatau City as a separate innovation ecosystem.
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IBM has announced plans to develop next-generation computing architectures by integrating quantum computers with high-performance computing, a concept it calls quantum-centric supercomputing.
The company is working with AMD to build scalable, open-source platforms that combine IBM’s quantum expertise with AMD’s strength in HPC and AI accelerators. The aim is to move beyond the limits of traditional computing and explore solutions to problems that classical systems cannot address alone.
Quantum computing uses qubits governed by quantum mechanics, offering a far richer computational space than binary bits. In a hybrid model, quantum machines could simulate atoms and molecules, while supercomputers powered by CPUs, GPUs, and AI manage large-scale data analysis.
Arvind Krishna, IBM’s CEO, said the approach represents a new way of simulating the natural world. AMD’s Lisa Su described high-performance computing as foundational to tackling global challenges, noting the partnership could accelerate discovery and innovation.
An initial demonstration is planned for later this year, showing IBM quantum computers working with AMD technologies. Both companies say open-source ecosystems like Qiskit will be crucial to building new algorithms and advancing fault-tolerant quantum systems.
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Elon Musk’s AI chatbot, Grok, has faced repeated changes to its political orientation, with updates shifting its answers towards more conservative views.
xAI, Musk’s company, initially promoted Grok as neutral and truth-seeking, but internal prompts have steered it on contentious topics. Adjustments included portraying declining fertility as the greatest threat to civilisation and downplaying right-wing violence.
Analyses of Grok’s responses by The New York Times showed that the July updates shifted answers to the right on government and economy, while some social responses remained left-leaning. Subsequent tweaks pulled it back closer to neutrality.
Critics say that system prompts, such as short instructions like ‘be politically incorrect’, make it easy to adjust outputs, but also leave the model prone to erratic or offensive responses. A July update saw Grok briefly endorse a controversial historical figure before xAI turned it off.
The case highlights growing concerns about political bias in AI systems. Researchers argue that all chatbots reflect the worldviews of their training data, while companies increasingly face pressure to align them with user expectations or political demands.
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