Digital cooperation Archives | Page 155 of 215

AI tool could change marine forecasting methods

An AI-driven forecasting tool developed by the Met Office and the University of Exeter is poised to reshape how marine operations are planned. The low-cost model, MaLCOM, has successfully predicted ocean currents in the Gulf of Mexico.

Designed initially to forecast regional wave patterns around the UK, the framework’s adaptability is now helping model ocean currents in new environments.

The tool’s ability to run on a laptop makes it highly accessible, offering real-time insights that could aid offshore energy.

Researchers emphasise the importance of the model’s transparency, which allows users to inspect how it processes data and generates forecasts. This design supports trust in its outputs and offers a strong foundation for ongoing development.

The project began five years ago and has grown through collaboration between academia, government and industry.

Its recent recognition with the ASCE Offshore Technology Conference Best Paper Award underscores the value of partnerships in accelerating progress in AI-based weather and climate tools.

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FlySafair introduces AI interface for smarter bookings

South African airline FlySafair has introduced Lindi, an AI-powered interface to assist customers with booking and travel management. Accessible 24/7 via WhatsApp, Lindi can handle single-passenger flight bookings, seat or name changes, and provide travel details.

FlySafair is the first South African carrier to implement a free AI travel assistant capable of managing bookings and setting a new benchmark for customer service. The initiative reflects the airline’s commitment to affordable, efficient, and tech-driven travel experiences.

Chief marketing officer Kirby Gordon said the technology offers a scalable way to provide each passenger with a virtual assistant. The airline aims to expand Lindi’s capabilities to improve service quality and customer satisfaction further.

FlySafair hopes Lindi’s human-like interaction will redefine digital engagement in the aviation industry and demonstrate practical value as AI becomes more embedded in everyday life.

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OpenAI rejects Robinhood’s token offering

OpenAI has publicly disavowed Robinhood’s decision to sell so-called ‘OpenAI tokens’, warning that these blockchain-based contracts do not offer real equity in the company.

In a statement posted on X, OpenAI made clear that it had not approved, endorsed, or participated in the initiative and emphasised that any equity transfer requires its direct consent.

Robinhood recently announced plans to offer tokenised access to private firms like OpenAI and SpaceX for investors in the EU. The tokens do not represent actual shares but mimic price movements using blockchain contracts.

Despite OpenAI’s sharp rejection, Robinhood’s stock surged to record highs following the announcement.

A Robinhood spokesperson later claimed the tokens were linked to a special purpose vehicle (SPV) that owns OpenAI shares, though SPVs do not equate to direct ownership either.

The company said the move aims to give everyday investors indirect exposure to high-profile startups through digital contracts.

Robinhood CEO Vlad Tenev defended the strategy on X, saying the token sale was just the beginning of a broader effort to democratise access to private markets.

OpenAI, meanwhile, declined to comment further.

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OpenAI and Oracle join forces for massive AI data centre expansion

OpenAI had signed a significant cloud computing deal with Oracle worth $30 billion per year, aiming to secure around 4.5GW of capacity through the Stargate joint venture, in which Oracle is a key investor.

Oracle plans to develop several large-scale data centres across the United States, including a potential expansion of its Abilene, Texas, site from 1.2GW to 2GW.

According to reports from Bloomberg and the Financial Times, other locations under consideration include Michigan, Wisconsin, Wyoming, New Mexico, Georgia, Ohio, and Pennsylvania.

In addition to its collaboration with Oracle, OpenAI continues using Microsoft Azure as its primary cloud provider and works with CoreWeave and Google. Notably, OpenAI leverages Google’s custom TPUs in some operations.

Despite the partnerships, OpenAI is pursuing plans to build its data centre infrastructure. The company also intends to construct a Stargate campus in the United Arab Emirates, in collaboration with Oracle, Nvidia, Cisco, SoftBank, and G42, and is scouting global locations for future facilities.

The massive investment underscores OpenAI’s growing compute needs and the global scale of its AI ambitions.

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Croatia turns bus stops into AI-powered health stations

Croatia has introduced a groundbreaking public health campaign that uses AI and interactive billboards to tackle undiagnosed spinal issues. The initiative, led by Croatia Poliklinika, has provided over 100,000 free posture screenings and reached nearly 78% of the country’s population.

By converting bus stops into makeshift health stations, the project enables passers-by to receive posture checks via AI-powered digital billboards. The system analyses spine alignment at eight points and offers instant feedback, encouraging users to seek specialist help through a QR code.

The campaign has sparked immediate behavioural change, with 97% of people adjusting their posture during the scan. Since its launch, Croatia has seen a 46% rise in preventive spine check-ups, turning passive advertising spaces into tools for public well-being.

Croatia Poliklinika, which operates nine clinics nationwide, says the project demonstrates how digital infrastructure can reshape healthcare accessibility. The success is being hailed as a model for how technology can redefine public health engagement in everyday spaces.

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Grammarly invests in email with Superhuman acquisition

Grammarly announced on Tuesday that it has acquired email client Superhuman to expand its AI capabilities within its productivity suite.

Financial details of the deal were not disclosed by either company. Superhuman, founded by Rahul Vohra, Vivek Sodera and Conrad Irwin, has raised over $114 million from investors such as a16z and Tiger Global, with a last valuation of $825 million.

Grammarly CEO Shishir Mehrotra said the acquisition will enable the company to bring enhanced AI collaboration to millions more professionals, adding that email is not just another app but a crucial platform where users spend significant time.

Superhuman’s CEO Rahul Vohra and his team are joining Grammarly, promising to invest further in improving the Superhuman experience and building AI agents that collaborate across everyday communication tools.

Recently, Superhuman introduced AI-powered features like scheduling, replies and email categorisation. Grammarly aims to leverage the technology to build smarter AI agents for email, which remains a top use case for its customers.

The move follows Grammarly’s acquisition of productivity software Coda last year and the promotion of Shishir Mehrotra to CEO.

In May, Grammarly secured $1 billion from General Catalyst through a non-dilutive investment, repaid by a capped percentage of revenue generated using the funds instead of equity.

The Superhuman deal further signals Grammarly’s commitment to integrating AI deeply into professional communication.

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Gemini AI suite expands to help teachers plan and students learn

Google has unveiled a major expansion of its Gemini AI tools tailored for classroom use, launching over 30 features to support teachers and students. These updates include personalised AI-powered lesson planning, content generation, and interactive study guides.

Teachers can now create custom AI tutors, known as ‘Gems’, to assist students with specific academic needs using their own teaching materials. Google’s AI reading assistant is also gaining real-time support features through the Read Along tool in Classroom, enhancing literacy development for younger users.

Students and teachers will benefit from wider access to Google Vids, the company’s video creation app, enabling them to create instructional content and complete multimedia assignments.

Additional features aim to monitor student progress, manage AI permissions, improve data security, and streamline classroom content delivery using new Class tools.

By placing AI directly into the hands of educators, Google aims to offer more engaging and responsive learning, while keeping its tools aligned with classroom goals and policies. The rollout continues Google’s bid to take the lead in the evolving AI-driven edtech space.

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Meta launches AI superintelligence lab to compete with rivals

Meta has launched a new division called Meta Superintelligence Labs to accelerate its AI ambitions and close the gap with rivals such as OpenAI and Google.

The lab will be led by Alexandr Wang, former CEO of Scale AI, following Meta’s $14.3 billion investment in the data-labeling company. Former GitHub CEO Nat Friedman and SSI co-founder Daniel Gross will also hold key roles in the initiative.

Mark Zuckerberg announced the new effort in an internal memo, stating that Meta is now focused on developing superintelligent AI systems capable of matching or even outperforming humans. He described this as the beginning of a new era and reaffirmed Meta’s commitment to leading the field.

The lab’s mission is to push AI to a point where it can solve complex tasks more effectively than current models.

To meet these goals, Meta has been aggressively recruiting AI researchers from top competitors. Reports suggest that OpenAI employees have been offered signing bonuses as high as $100 million to join Meta.

New hires include talent from Anthropic and Google, although Meta has reportedly avoided deeper recruitment from Anthropic due to concerns over culture fit.

Meta’s move comes in response to the lukewarm reception of its Llama 4 model and mounting pressure from more advanced AI products released by competitors.

The company hopes that by combining high-level leadership, fresh talent and massive investment, its new lab can deliver breakthrough results and reposition Meta as a serious contender in the race for AGI.

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Apple may use ChatGPT or Claude to power Siri

Apple is reportedly in talks with OpenAI and Anthropic as it considers outsourcing AI technology for its voice assistant, Siri.

The discussions are said to include the possibility of training versions of ChatGPT or Claude to run on Apple’s cloud infrastructure. According to Bloomberg’s Mark Gurman, Apple is currently leaning towards Anthropic’s Claude as a better fit for Siri, although no final decision has been made.

While Apple already allows users to access ChatGPT through its Apple Intelligence platform, the integration is currently optional and user-driven.

What is now under consideration would mark a significant shift, such as choosing a third-party model to power Siri directly. The initiative comes as the company struggles to keep pace in a rapidly advancing AI market dominated by Google, OpenAI, and others.

Apple is still developing its large language models under a project codenamed LLM Siri. However, these in-house systems are reportedly lagging behind leading models already available.

Should Apple proceed with a third-party integration, it would signal a rare admission that its internal AI efforts are not enough to compete at the highest level.

Once celebrated for breakthrough innovations like the iPhone, Apple has faced growing criticism for a lack of fresh ideas. With rivals embedding generative AI into everyday tools, the pressure is mounting.

If Siri remains limited — still unable to answer basic questions — Apple risks alienating even its most loyal users. Whether through partnership or internal progress, the company now faces a narrowing window to prove it still leads, instead of follows.

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Africa risks being left behind in global AI development

Africa is falling far behind in the global race to develop AI, according to a new report by Oxford University.

The study mapped the location of advanced AI infrastructure and revealed that only 32 countries — just 16% of the world — currently operate major AI data centres.

These facilities are essential for training and developing modern AI systems. In contrast, most African nations remain dependent on foreign technology providers, limiting their control over digital development.

Rather than building local capacity, Africa has essentially been treated as a market for AI products developed elsewhere. Regional leaders have often focused on distributing global tech tools instead of investing in infrastructure for homegrown innovation.

One notable exception is Strive Masiyiwa’s Cassava Technologies, which recently partnered with Nvidia to launch the continent’s first AI factory, which is located in South Africa. The project aims to expand across Egypt, Kenya, Morocco and Nigeria.

Unlike typical data centres, an AI factory is explicitly built to support the full AI lifecycle, from raw data to trained models. Nvidia’s GPUs will power the facility, enabling ‘AI as a service’ to be used by governments, businesses, and researchers across the continent.

Cassava’s model offers a more sustainable vision, where African data is used to create local solutions, instead of exporting value abroad.

Experts argue that Africa needs more such initiatives to reduce dependence and participate meaningfully in the AI economy. An AI Fund supported by leading African nations could help finance new factories and infrastructure.

With time running out, leaders must move beyond surface-level engagement and begin coordinated action to address the continent’s growing digital divide.

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