Sustainable development

Amazon closes AI research lab in Shanghai as global focus shifts

Amazon is shutting down its AI research lab in Shanghai, marking another step in its gradual withdrawal from China. The move comes amid continuing US–China trade tensions and a broader trend of American tech companies reassessing their presence in the country.

The company said the decision was part of a global streamlining effort rather than a response to AI concerns.

A spokesperson for AWS said the company had reviewed its organisational priorities and decided to cut some roles across certain teams. The exact number of job losses has not been confirmed.

Before Amazon’s confirmation, one of the lab’s senior researchers noted on WeChat that the Shanghai site was the final overseas AWS AI research lab and attributed its closure to shifts in US–China strategy.

The team had built a successful open-source graph neural network framework known as DGL, which reportedly brought in nearly $1 billion in revenue for Amazon’s e-commerce arm.

Amazon has been reducing its footprint in China for several years. It closed its domestic online marketplace in 2019, halted Kindle sales in 2022, and recently laid off AWS staff in the US.

Other tech giants including IBM and Microsoft have also shut down China-based research units this year, while some Chinese AI firms are now relocating operations abroad instead of remaining in a volatile domestic environment.

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Musk denies fundraising as xAI eyes supercluster growth

According to sources cited by the Wall Street Journal, Elon Musk’s AI company xAI is reportedly working with Valor Equity Partners to raise to US$12 billion for expansion.

Valor, an investment firm founded by Antonio Gracias, a long-time associate of Musk, is in discussions with lenders to secure the capital.

Funds would be used to acquire a substantial number of Nvidia AI chips, which would then be leased to xAI to support a new large-scale data centre for training and running the Grok chatbot.

Neither Valor nor xAI provided comments in response to media enquiries. Some financial institutions involved in the talks have reportedly pushed for repayment within three years and are seeking to limit borrowing amounts to reduce risk exposure.

Developing and deploying advanced AI systems requires a vast investment in hardware, computational resources and specialist talent. Companies like OpenAI, Google and China-based DeepSeek compete intensely in this domain.

In a post on X, Musk confirmed that Grok is being trained using a supercluster with 230,000 GPUs, including 30,000 of Nvidia’s GB200 chips. Another supercluster will launch soon, beginning with 550,000 GB200 and GB300 chips.

Reports suggest xAI may spend around US$13 billion in 2025. Earlier in July, Financial Times reported that xAI was discussing raising funds in a deal potentially valuing the firm between US$170 billion and US$200 billion.

In response to those claims, Musk denied that fundraising was ongoing, stating: ‘We have plenty of capital.’

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EE expands 5G standalone network to reach over half the UK population

EE’s 5G standalone network is set to reach more than 34 million people across the UK by the end of August. The expansion will cover over half of the country’s population, including major cities, holiday destinations and key sporting and entertainment venues.

The telecom provider has already launched the upgraded network in many towns and cities, with a further 38 locations joining by the end of next month. These include places such as Aberdeen, Canterbury, Grimsby, Ipswich, Salisbury, Wrexham and Yeovil, among others.

5G standalone networks offer faster, more secure and low-latency mobile experiences without relying on older 4G infrastructure.

According to BT Group’s chief networks officer, the rollout is designed to improve performance whether someone is on a packed train platform, livestreaming at a concert, or calling loved ones from a holiday destination.

EE’s move is part of a broader strategy to improve everyday connectivity across the UK, aiming to deliver a more seamless experience for millions rather than limiting high-speed coverage to major urban centres alone.

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Autonomous vehicles fuel surge in 5G adoption

The global 5G automotive market is expected to grow sharply from $2.58 billion in 2024 to $31.18 billion by 2034, fuelled by the rapid adoption of connected and self-driving vehicles.

A compound annual growth rate of over 28% reflects the strong momentum behind the transition to smarter mobility and safer road networks.

Vehicle-to-everything communication is predicted to lead adoption, as it allows vehicles to exchange real-time data with other cars, infrastructure and even pedestrians.

In-car entertainment systems are also growing fast, with consumers demanding smoother connectivity and on-the-go access to apps and media.

Autonomous driving, advanced driver-assistance features and real-time navigation all benefit from 5G’s low latency and high-speed capabilities. Automakers such as BMW have already begun integrating 5G into electric models to support automated functions.

Meanwhile, the US government has pledged $1.5 billion to build smart transport networks that rely on 5G-powered communication.

North America remains ahead due to early 5G rollouts and strong manufacturing bases, but Asia Pacific is catching up fast through smart city investment and infrastructure development.

Regulatory barriers and patchy rural coverage continue to pose challenges, particularly in regions with strict data privacy laws or limited 5G networks.

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North Korea turns to Russia for AI development help

North Korea is dispatching AI researchers, interns and students to countries such as Russia in an effort to strengthen its domestic tech sector, according to a report by NK News.

The move comes despite strict UN sanctions that restrict technological exchange, particularly in high-priority areas like AI.

Kim Kwang Hyok, head of the AI Institute at Kim Il Sung University, confirmed the strategy in an interview with a pro-Pyongyang outlet in Japan. He admitted that international restrictions remain a major hurdle but noted that researchers continue developing AI applications within North Korea regardless.

Among the projects cited is ‘Ryongma’, a multilingual translation app supporting English, Russian, and Chinese, which has been available on mobile devices since 2021.

Kim also mentioned efforts to develop an AI-driven platform for a hospital under construction in Pyongyang. However, technical limitations remain considerable, with just three known semiconductor plants operating in the country.

While Russia may seem like a natural partner, its own dependence on imported hardware limits how much it can help.

A former South Korean diplomat told NK News that Moscow lacks the domestic capacity to provide high-performance chips essential for advanced AI work, making large-scale collaboration difficult.

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New AI strategy aims to attract global capital to Indonesia

Indonesia is moving to cement its position in the global AI and semiconductor landscape by releasing its first comprehensive national AI strategy in August 2025.

Deputy Minister Nezar Patria says the roadmap aims to clarify the country’s AI market potential, particularly in sectors like health and agriculture, and provide guidance on infrastructure, regulation, and investment pathways.

Already, global tech firms are demonstrating confidence in the country’s potential. Microsoft has pledged $1.7 billion to expand cloud and AI capabilities, while Nvidia partnered on a $200 million AI centre project. These investments align with Jakarta’s efforts to build skill pipelines and computational capacity.

In parallel, Indonesia is pitching into critical minerals extraction to strengthen its semiconductor and AI hardware supply chains, and has invited foreign partners, including from the United States, to invest. These initiatives aim to align resource security with its AI ambitions.

However, analysts caution that Indonesia must still address significant gaps: limited AI-ready infrastructure, a shortfall in skilled tech talent, and governance concerns such as data privacy and IP protection.

The new AI roadmap will bridge these deficits and streamline regulation without stifling innovation.

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New AI pact between Sri Lanka and Singapore fosters innovation

Sri Lanka’s Cabinet has approved a landmark Memorandum of Understanding with Singapore, through the National University of Singapore’s AI Singapore program and Sri Lanka’s Digital Economy Ministry, to foster cooperation in AI.

The MoU establishes a framework for joint research, curriculum development, and knowledge-sharing initiatives to address local priorities and global tech challenges.

This collaboration signals a strategic leap in Sri Lanka’s digital transformation journey. It emerged during Asia Tech x Singapore 2025, where officials outlined plans for AI training, policy alignment, digital infrastructure support, and e‑governance development.

The partnership builds on Sri Lanka’s broader agenda, including fintech innovation and cybersecurity, to strengthen its national AI ecosystem.

With the formalisation of this MoU, Sri Lanka hopes to elevate its regional and global AI standing. The initiative aims to empower local researchers, cultivate tech talent, and ensure that AI governance and innovation are aligned with ethical and economic goals.

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UK and OpenAI deepen AI collaboration on security and public services

OpenAI has signed a strategic partnership with the UK government aimed at strengthening AI security research and exploring national infrastructure investment.

The agreement was finalised on 21 July by OpenAI CEO Sam Altman and science secretary Peter Kyle. It includes a commitment to expand OpenAI’s London office. Research and engineering teams will grow to support AI development and provide assistance to UK businesses and start-ups.

Under the collaboration, OpenAI will share technical insights with the UK’s AI Security Institute to help government bodies better understand risks and capabilities. Planned deployments of AI will focus on public sectors such as justice, defence, education, and national security.

According to the UK government, all applications will follow national standards and guidelines to improve taxpayer-funded services. Peter Kyle described AI as a critical tool for national transformation. ‘AI will be fundamental in driving the change we need to see across the country,’ he said.

He emphasised its potential to support the NHS, reduce barriers to opportunity, and power economic growth. The deal signals a deeper integration of OpenAI’s operations in the UK, with promises of high-skilled jobs, investment in infrastructure, and stronger domestic oversight of AI development.

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AI-powered app revolutionizes blight prevention

Researchers at Aberystwyth University have launched the DeepDetect project, an AI-driven mobile app designed to forecast potato blight before symptoms appear.

The app combines machine learning with real-time geolocation, delivering targeted alerts to farmers and enabling timely intervention.

Blight, caused by Phytophthora infestans, is a significant agricultural threat, accounting for about 20% of global potato yield losses and costing £3.5 billion annually.

Unlike traditional detection methods that rely on manual inspection and broad pesticide application, DeepDetect aims to reduce environmental impact and costs by offering precision alerts.

The development team is co-designing the interface and functionality with farmers and agronomists through focus groups and workshops, supported by a feasibility study funded under the Welsh Government’s Smart Flexible Innovation Support (SFIS) program.

The goal is to build a national early-warning system that could extend to other crops and regions.

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Replit revamps data architecture following live database deletion

Replit is introducing a significant change to how its apps manage data by separating development and production databases.

The update, now in beta, follows backlash after its coding AI deleted a user’s live database without warning or rollback. Replit describes the feature as essential for building trust and enabling safer experimentation through its ‘vibe coding’ approach.

Developers can now preview and test schema changes without endangering production data, using a dedicated development database by default. The incident that prompted the shift involved SaaStr.

AI CEO Jason M Lemkin, whose live data was wiped despite clear instructions. Screenshots showed the AI admitted to a ‘catastrophic error in judgement’ and failed to ask for confirmation before deletion.

Replit CEO Amjad Masad called the failure ‘unacceptable’ and announced immediate changes to prevent such incidents from recurring. Following internal changes, the dev/prod split has been formalised for all new apps, with staging and rollback options.

Apps on Replit begin with a clean production database, while any changes are saved to the development database. Developers must manually migrate changes into production, allowing greater control and reducing risk during deployment.

Future updates will allow the AI agent to assist with conflict resolution and manage data migrations more safely. Replit plans to expand this separation model to include services such as Secrets, Auth, and Object Storage.

The company also hinted at upcoming integrations with platforms like Databricks and BigQuery to support enterprise use cases. Replit aims to offer a more robust and trustworthy developer experience by building clearer development pipelines and safer defaults.

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