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Mount Fuji eruption simulated in an AI video for Tokyo

Residents of Tokyo have been shown a stark warning of what could happen if Mount Fuji erupts.

The metropolitan government released a three-minute AI-generated video depicting the capital buried in volcanic ash to raise awareness and urge preparation.

The simulation shows thick clouds of ash descending on Shibuya and other districts about one to two hours after an eruption, with up to 10 centimetres expected to accumulate. Unlike snow, volcanic ash does not melt away but instead hardens, damages powerlines, and disrupts communications once wet.

The video also highlights major risks to transport. Ash on train tracks, runways, and roads would halt trains, ground planes, and make driving perilous.

Two-wheel vehicles could become unusable under even modest ashfall. Power outages and shortages of food and supplies are expected as shops run empty, echoing the disruption seen after the 2011 earthquake.

Officials advise people to prepare masks, goggles, and at least three days of emergency food. The narrator warns that because no one knows when Mount Fuji might erupt, daily preparedness in Japan is vital to protect health, infrastructure, and communities.

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Dell expands AI innovation hub in Singapore to drive regional growth

Dell Technologies has launched a new Asia Pacific and Japan AI Innovation Hub in Singapore, strengthening its role in advancing AI across the region.

The hub extends the company’s Global Innovation Hub, which has already received more than US$50 million in investment since 2019. Its focus is on driving AI transformation, enablement and leadership, in line with Singapore’s National AI Strategy 2.0.

Instead of offering only infrastructure, the hub delivers end-to-end support, from strategy to deployment, helping enterprises bridge the gap between ambition and practical results. Research shows 62% of Singaporean businesses prefer such holistic partnerships.

Since 2024, the hub has developed about 50 AI prototypes and carried out more than 100 proof-of-concepts, workshops and demonstrations across areas such as generative and predictive AI.

The projects have already influenced multiple sectors. In energy, AI solutions are strengthening infrastructure resilience and enhancing customer engagement with digital humans and chatbots.

In telecommunications, AI is supporting agility and operational efficiency, while in education, cloud-based technologies are empowering research and innovation.

Dell’s AI Centre of Excellence Lab further supports these initiatives by testing solutions for AI PCs and edge computing in collaboration with academic and hardware partners.

A strong emphasis is also placed on skills development. By the end of 2025, the hub aims to train around 10,000 students and mid-career professionals in AI engineering, platform engineering and related fields.

Working with 10 local institutes, Dell is addressing the talent shortage reported by nearly half of Singaporean organisations. Events such as the Dell InnovateFest and the Dell Innovation Challenge provide platforms for students and partners to showcase ideas and create solutions for social good.

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Meta strikes $10 billion cloud deal with Google

Meta has signed a cloud computing deal with Google worth more than $10 billion, marking one of the most significant agreements in the industry.

The six-year partnership will see Meta use Google Cloud’s servers, storage, networking and other services to power its massive AI projects.

The deal comes as Meta accelerates its AI infrastructure spending, with CEO Mark Zuckerberg pledging hundreds of billions of dollars for new data centres.

Last month, Meta raised its capital expenditure forecast to $72 billion and disclosed plans to offload $2 billion in data centre assets to outside partners.

The partnership highlights a growing trend of rival technology giants collaborating on AI infrastructure. Just weeks earlier, OpenAI struck a similar deal to use Google Cloud services despite being a competitor in the AI field.

These agreements have boosted Google Cloud’s performance, which saw a 32% jump in second-quarter revenue in July, surpassing market expectations.

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Series K funding pushes Databricks valuation over $100bn

Databricks has secured a fresh funding round that pushes its valuation beyond $100bn, cementing its place among the world’s most valuable private tech firms. The Series K deal marks a sharp rise from the company’s $62bn figure in late 2024 and underscores investor confidence in its long-term AI strategy.

The new capital will accelerate Databricks’ global expansion, fuel acquisitions in the AI space, and support product innovation. Upcoming launches include Agent Bricks, a platform for enterprise-grade AI agents, and Lakebase, a new operational database that extends the company’s ecosystem.

Chief executive Ali Ghodsi said the round was oversubscribed, reflecting strong investor demand. He emphasised that businesses can leverage enterprise data to create secure AI apps and agents, noting that this momentum supports Databricks’ growth across 15,000 customers.

The company has also expanded its role in the broader AI ecosystem through partnerships with Microsoft, Google Cloud, Anthropic, SAP, and Palantir. Last year, it opened a European headquarters in London to cement the UK as a key market and strengthen ties with global enterprises.

Databricks has avoided confirming an IPO timeline, though Ghodsi told CNBC that investor appetite surged after fintech Figma’s listing. With Klarna now eyeing a return to New York, Databricks’ soaring valuation highlights how leading AI firms continue to attract capital even as market conditions shift.

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Applied Digital unveils $3 billion AI factory in North Dakota

Applied Digital is expanding in North Dakota with Polaris Forge 2, a $3 billion AI factory breaking ground in September 2025. The Harwood site will add 280 megawatts of capacity by 2027, cementing the state’s role in US AI infrastructure.

The project reflects demand and Applied Digital’s push to deliver high-performance compute power at scale. CEO Wes Cummins confirmed strong partner interest, including discussions with a US hyperscaler, and stated that the development will enhance growth and community value.

North Dakota has become a key destination for data centres, with abundant power, land, and a business-friendly climate. Polaris Forge 2 builds on the success of the Ellendale campus, with over 900 acres contracted and energy secured from Cass County Electric Cooperative.

The campus will employ more than 200 staff and contractors upon completion of operations. Governor Kelly Armstrong welcomed the investment, praising Applied Digital’s housing and workforce initiatives in Ellendale as a model for rural innovation and economic resilience.

Commerce Commissioner Chris Schilken said the Harwood site extends that success, reinforcing North Dakota as a hub for sustainable AI infrastructure. Applied Digital sees Polaris Forge 2 as advancing its mission to deliver innovation while driving local development and long-term growth.

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US may take stake in Intel to boost chip production

The US government is reportedly considering acquiring a stake in Intel to support its domestic chip manufacturing plans. Talks began after Intel CEO Lip-Bu Tan met with Trump administration officials on 11 August, following calls for his resignation over alleged China ties.

President Trump has pushed for greater control over the semiconductor sector and recently criticised Tan, prompting political pressure on Intel’s board.

While Intel declined to comment on a possible deal, it stated its commitment to supporting US technology and manufacturing leadership.

The proposed stake would aid Intel’s delayed Ohio chip factory project and expand its US production capacity.

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North Korean hackers switch to ransomware in major cyber campaign

A North Korean hacking unit has launched a ransomware campaign targeting South Korea and other countries, marking a shift from pure espionage. Security firm S2W identified the subgroup, ‘ChinopuNK’, as part of the ScarCruft threat actor.

The operation began in July, utilising phishing emails and a malicious shortcut file within a RAR archive to deploy multiple malware types. These included a keylogger, stealer, ransomware, and a backdoor.

ScarCruft, active since 2016, has targeted defectors, journalists, and government agencies. Researchers say the move to ransomware indicates either a new revenue stream or a more disruptive mission.

The campaign has expanded beyond South Korea to Japan, Vietnam, Russia, Nepal, and the Middle East. Analysts note the group’s technical sophistication has improved in recent years.

Security experts advise monitoring URLs, file hashes, behaviour-based indicators, and ongoing tracking of ScarCruft’s tools and infrastructure, to detect related campaigns from North Korea and other countries early.

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Google patches critical Chrome bugs enabling code execution

Chrome security update fixes six flaws that could enable arbitrary code execution. Stable channel 139.0.7258.127/.128 (Windows, Mac) and .127 (Linux) ships high-severity patches that protect user data and system integrity.

CVE-2025-8879 is a heap buffer overflow in libaom’s video codec. CVE-2025-8880 is a V8 race condition reported by Seunghyun Lee. CVE-2025-8901 is an out-of-bounds write in ANGLE.

Detection methods included AddressSanitizer, MemorySanitizer, UndefinedBehaviorSanitizer, Control Flow Integrity, libFuzzer, and AFL. Further fixes address CVE-2025-8881 in File Picker and CVE-2025-8882, a use-after-free in Aura.

Successful exploitation could allow code to run with browser privileges through overflows and race conditions. The automatic rollout is staged; users should update it manually by going to Settings > About Chrome.

Administrators should prioritise rapid deployment in enterprise fleets. Google credited external researchers, anonymous contributors, and the Big Sleep project for coordinated reporting and early discovery.

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Huawei’s dominance in AI sparks national security debate in Indonesia

Indonesia is urgently working to secure strategic autonomy in AI as Huawei rapidly expands its presence in the country’s critical infrastructure. Officials are under pressure to swiftly adopt enforceable safeguards to balance innovation and security. The aim is to prevent critical vulnerabilities from emerging.

Huawei’s telecom dominance extends into AI through 5G infrastructure, network tools, and AI cloud centres. Partnerships with local telecoms, along with government engagement, position the company at the heart of Indonesia’s digital landscape.

Experts warn that concentrating AI under one foreign supplier could compromise data sovereignty and heighten security risks. Current governance relies on two non-binding guidelines, providing no enforceable oversight or urgent baseline for protecting critical infrastructure.

The withdrawal of Malaysia from Huawei’s AI projects highlights urgent geopolitical stakes. Indonesia’s fragmented approach, with ministries acting separately, risks producing conflicting policies and leaving immediate gaps in security oversight.

Analysts suggest a robust framework should require supply chain transparency, disclosure of system origins, and adherence to data protection laws. Indonesia must act swiftly to establish these rules and coordinate policy across ministries to safeguard its infrastructure.

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Quantum computing breakthroughs push 2025 into a new era

Quantum computing is set to shift from theory to real-world applications in 2025, driven by breakthroughs from Google and IBM. With error-corrected qubits and faster processing, the market is projected to reach $292 billion by 2035.

New chips, such as Google’s Willow, have significantly reduced errors, while interconnect innovations link multiple processors. Hybrid quantum-classical systems are emerging, with AI refining results for logistics, energy grids, and secure financial transactions.

The technology is accelerating drug discovery, climate modelling, and materials science, cutting R&D timelines and improving simulation accuracy. Global firms like Pasqal are scaling production in Saudi Arabia and South Korea, even as geopolitical tensions rise.

Risks remain high, from the energy demands of quantum data centres to threats against current encryption. Experts urge rapid adoption of post-quantum cryptography and fault-tolerant systems before mass deployment.

As the UN marks 2025 as the International Year of Quantum Science, quantum computing is quietly being integrated into operations worldwide, solving problems that surpass those of classical machines. The revolution has begun, largely unnoticed but poised to redefine economies and technology.

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