GPT-5 launches with ‘PhD-level performance’

OpenAI has unveiled GPT-5, the latest generation of its widely used ChatGPT tool, offering what CEO Sam Altman described as a ‘huge improvement’ in capability.

Now free to all users, the model builds on previous versions but stops short of the human-like reasoning associated with accurate artificial general intelligence.

Altman compared the leap in performance to ‘talking to a PhD-level expert’ instead of a student.

While GPT-5 does not learn continuously from new experiences, it is designed to excel in coding, writing, healthcare and other specialist areas.

Industry observers say the release underscores the rapid acceleration in AI, with rivals such as Google, Meta, Microsoft, Amazon, and Elon Musk’s xAI investing heavily in the race. Chinese startup DeepSeek has also drawn attention for producing powerful models using less costly chips.

OpenAI has emphasised GPT-5’s safety features, with its research team training the system to avoid deception and prevent harmful outputs.

Alongside the flagship release, the company launched two open-weight models that can be freely downloaded and modified, a move seen as both a nod to its nonprofit origins and a challenge to competitors’ open-source offerings.

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Autonomous AI coding tool Jules now publicly available from Google

Google has released its autonomous coding agent Jules for free public use, offering AI-powered code generation, debugging, and optimisation. Built on the Gemini 2.5 Pro model, the tool completed a successful beta phase before entering general availability with both free and paid plans.

Jules supports a range of users, from developers to non-technical staff, automating tasks like building features or integrating APIs. The free version allows 15 tasks per day, while the Pro tier significantly raises the limits, providing access to more powerful tools.

Beta testing began in May 2025 and saw Jules process hundreds of thousands of tasks. Its new interface now includes visual explanations and bug fixes, refining usability. Integrated with GitHub and Gemini CLI, Jules can suggest optimisations, write tests, and even provide audio summaries.

Google positions Jules as a step beyond traditional code assistants by enabling autonomy. However, former researchers warn that oversight remains essential to avoid misuse, especially in sensitive systems where AI errors could be costly.

While its free tier may appeal to startups and hobbyists, concerns over code originality and job displacement persist. Nonetheless, Jules could reshape development workflows and lower barriers to coding for a much broader user base.

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Scientists use AI to teach drones to program themselves

A computer scientist has shown that robots can now write the brains of other robots, thanks to generative AI.

Professor Peter Burke from the University of California, Irvine, has demonstrated a drone capable of creating and hosting its own control system using AI-written code, significantly reducing the time usually needed to build such infrastructure.

The project used several AI models and coding tools to prompt the creation of a real-time, web-based command centre hosted on the drone itself. The final system, which runs on a Raspberry Pi Zero 2 W, allows the drone to operate independently while remaining accessible over the internet.

Unlike traditional systems, where ground control is handled externally, the drone manages its own mission planning and navigation through a built-in AI-generated website.

Burke’s team used tools such as Claude, Gemini, ChatGPT, Cursor, and Windsurf to build the system across several sprints. Despite context limitations in each model, the final version was completed in just over 100 hours, around twenty times faster than a previous project of similar complexity.

The final codebase consisted of 10,000 lines and included everything from flight commands to map-based interaction and GPS tracking.

Although the technology shows promising potential in fields like aerial imagery and spatial AI, experts have raised safety concerns.

While a manual override system was included in the experiment, the ability for robots to self-generate control logic introduces new ethical and operational challenges, especially as such systems evolve to operate in unpredictable environments.

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Endex brings AI to Excel with OpenAI Startup Fund support

Endex.ai has secured $14 million in funding to bring AI directly into Microsoft Excel. The funding round was led by the OpenAI Startup Fund, marking a significant moment for traditional tools in the business world.

Founded in 2022 by Tarun Amasa and Kevin Yang, the startup has spent the past year collaborating quietly with financial institutions to refine its product.

Now available to the public through limited invites, the tool embeds itself within Excel and helps users manage tasks like financial modelling, data cleanup, and detailed analysis (without switching applications).

Unlike broader AI tools, Endex has been designed specifically for finance professionals. It understands financial terminology, adapts to user habits, and references trusted data sources such as SEC filings, CapIQ, and earnings reports.

The company describes its product as Excel-native, aiming to enhance rather than replace a tool already deeply integrated into finance work.

With the new funding, Endex plans to expand development and scale its reach. The AI agent already works on both Mac and Windows, and its frictionless interface is proving attractive in a field where saving time and improving accuracy can make a substantial difference.

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Apple pledges $100 billion more to boost US chip production

Apple is increasing its domestic investment by an additional $100 billion, bringing its total commitment to US manufacturing to $600 billion over the next four years.

The announcement was made by CEO Tim Cook during a joint appearance with President Donald Trump at the White House, as the administration signals plans to impose steep tariffs on foreign-made semiconductors.

The investment includes a new American Manufacturing Program aimed at expanding US production of key Apple components, such as AI servers and rare earth magnets. Facilities are already under development in states including Texas, Kentucky, and Arizona.

Apple says the initiative will support 450,000 jobs across all 50 states and reduce reliance on overseas supply chains.

Apple’s expanded spending arrives amid criticism of its slow progress in AI. With its ‘Apple Intelligence’ software struggling for traction, and the recent departure of foundation model head Rouming Pang to Meta, the company is now shifting focus.

Cook confirmed that investment in AI infrastructure is accelerating, with data centres expanding in five states.

While Apple’s move has drawn praise for supporting American jobs, it has also stirred controversy. Some users expressed discontent with Cook’s public alignment with Trump, despite the strategic importance of avoiding tariffs.

Trump stated that companies investing in the US would not face the proposed import charges.

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Game developers fear job loss as Google unveils Genie 3

Google’s new AI model, Genie 3, can generate interactive game worlds from simple text prompts. It creates rich, explorable environments in minutes, which previously took developers weeks to build by hand.

The technology offers eye-catching scenarios like flying over mountains, exploring volcanoes, or swimming through deep oceans. Although the graphics still show AI hallmarks, the functionality is advanced enough to raise concerns across the game industry.

Many fear that Genie 3 could render traditional development tools, such as Unity and Unreal, less essential, especially for prototyping or indie games. With just a few words, AI can now build what teams of artists and designers once did.

Job losses driven by AI are already happening in other sectors. Customer support, design, and language learning platforms have replaced humans with bots. Game developers may be next in line as studios seek to cut costs.

Some players may continue to favour human-made games, but the pressure is growing. Genie 3 shows that AI is no longer just assisting developers; it’s beginning to replace them.

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Cyber Force proposal gains momentum in Washington

A new commission will begin work next month to explore creating a standalone Cyber Force as a military service. The Centre for Strategic and International Studies leads the effort in collaboration with the Cyber Solarium Commission 2.0.

The study responds to ongoing weaknesses in how the US military organises, trains and equips personnel for cyber operations. These shortcomings have prompted calls for a dedicated force with a focused mission.

The Cyber Force would aim to improve readiness and capability in the digital domain, mirroring the structure of other service branches. Cyber operations are seen as increasingly central to national security.

Details of the commission’s work will emerge in the coming months as discussions shape what such a force might look like.

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News Corp CEO warns AI could ‘vandalise’ creativity and IP rights

News Corp chief executive Robert Thomson has warned that AI could damage creativity by undermining intellectual property rights.

At the company’s full-year results briefing in New York, he described the AI era as a historic turning point. He called for stronger protections to preserve America’s ‘comparative advantage in creativity’.

Thomson said allowing AI systems to consume and profit from copyrighted works without permission was akin to ‘vandalising virtuosity’.

He cited Donald Trump’s The Art of the Deal, published by News Corp’s book division, questioning whether it should be used to train AI that might undermine book sales. Despite the criticism, the company has rolled out its AI newsroom tools, NewsGPT and Story Cutter.

News Corp reported a two percent revenue rise to US$8.5 billion ($A13.1 billion), with net income from continuing operations climbing 71 percent to US$648 million.

Growth in the Dow Jones and REA Group segments offset news media subscriptions and advertising declines.

Digital subscribers fell across several mastheads, although The Times and The Sunday Times saw gains. Profitability in news media rose 15 percent, aided by editorial efficiencies and cost-cutting measures.

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OpenAI targets $500 billion valuation ahead of potential IPO

OpenAI is in early discussions over a share sale that could value the company at around $500 billion, according to a source familiar with the talks.

The transaction would occur before a possible IPO and let current and former employees sell several billion dollars’ worth of shares.

The valuation marks a steep rise from the $300 billion figure attached to its most recent funding round earlier in the year. Backed by Microsoft, OpenAI has seen rapid growth in users and revenue, with ChatGPT attracting about 700 million weekly active users, up from 400 million in February.

Revenue doubled in the first seven months of the year, reaching an annualised run rate of $12 billion, and is on track for $20 billion by year-end.

The potential sale comes as competition for AI talent intensifies.

Meta has invested billions in Scale AI to lure its chief executive, Alexandr Wang, to head its superintelligence unit. At the same time, firms such as ByteDance and Databricks have used private share sales to update valuations and reward staff.

Thrive Capital and other existing OpenAI investors are discussing joining the deal.

OpenAI is also preparing a major corporate restructuring that could replace its capped-profit model and clear the way for an eventual public listing.

However, Chief Financial Officer Sarah Friar said any IPO would only happen when the company and the markets are ready.

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The end of the analogue era and the cognitive rewiring of new generations

Navigating a world beyond analogue

The digital transformation of daily life represents more than just a change in technological format. It signals a deep cultural and cognitive reorientation.

Rather than simply replacing analogue tools with digital alternatives, society has embraced an entirely new way of interacting with information, memory, time, and space.

For younger generations born into this reality, digital mediation is not an addition but the default mode of experiencing the world. A redefinition like this introduces not only speed and convenience but also cognitive compromises, cultural fragmentation, and a fading sense of patience and physical memory.

Generation Z as digital natives

Generation Z has grown up entirely within the digital realm. Unlike older cohorts who transitioned from analogue practices to digital habits, members of Generation Z were born into a world of touchscreen interfaces, search engines, and social media ecosystems.

As Generation Z enters the workforce, the gap between digital natives and older generations is becoming increasingly apparent. For them, technology has never been a tool to learn. It has always been a natural extension of their daily life.

young university students using laptop and studying with books in library school education concept

The term ‘digital native’, first coined by Marc Prensky in 2001, refers precisely to those who have never known a world without the internet. Rather than adapting to new tools, they process information through a technology-first lens.

In contrast, digital immigrants (those born before the digital boom) have had to adjust their ways of thinking and interacting over time. While access to technology might be broadly equal across generations in developed countries, the way individuals engage with it differs significantly.

Instead of acquiring digital skills later in life, they developed them alongside their cognitive and emotional identities. This fluency brings distinct advantages. Young people today navigate digital environments with speed, confidence, and visual intuition.

They can synthesise large volumes of information, switch contexts rapidly, and interact across multiple platforms with ease.

The hidden challenges of digital natives

However, the native digital orientation also introduces unique vulnerabilities. Information is rarely absorbed in depth, memory is outsourced to devices, and attention is fragmented by endless notifications and competing stimuli.

While older generations associate technology with productivity or leisure, Generation Z often experiences it as an integral part of their identity. The integration can obscure the boundary between thought and algorithm, between agency and suggestion.

Being a digital native is not just a matter of access or skill. It is about growing up with different expectations of knowledge, communication, and identity formation.

Memory and cognitive offloading: Access replacing retention

In the analogue past, remembering involved deliberate mental effort. People had to memorise phone numbers, use printed maps to navigate, or retrieve facts from memory rather than search engines.

The rise of smartphones and digital assistants has allowed individuals to delegate that mental labour to machines. Instead of internalising facts, people increasingly learn where and how to access them when needed, a practice known as cognitive offloading.

digital brain

Although the shift can enhance decision-making and productivity by reducing overload, it also reshapes the way the brain handles memory. Unlike earlier generations, who often linked memories to physical actions or objects, younger people encounter information in fast-moving and transient digital forms.

Memory becomes decentralised and more reliant on digital continuity than on internal recall. Rather than cognitive decline, this trend marks a significant restructuring of mental habits.

Attention and time: From linear focus to fragmented awareness

The analogue world demanded patience. Sending a letter meant waiting for days, rewinding a VHS tape required time, and listening to an album involved staying on the same set of songs in a row.

Digital media has collapsed these temporal structures. Communication is instant, entertainment is on demand, and every interface is designed to be constantly refreshed.

Instead of promoting sustained focus, digital environments often encourage continuous multitasking and quick shifts in attention. App designs, with their alerts, pop-ups, and endless scrolling, reinforce a habit of fragmented presence.

Studies have shown that multitasking not only reduces productivity but also undermines deeper understanding and reflection. Many younger users, raised in this environment, may find long periods of undivided attention unfamiliar or even uncomfortable.

The lost sense of the analogue

Analogue interactions involved more than sight and sound. Reading a printed book, handling vinyl records, or writing with a pen engaged the senses in ways that helped anchor memory and emotion. These physical rituals provided context and reinforced cognitive retention.

highlighter in male hand marked text in book education concept

Digital experiences, by contrast, are streamlined and screen-bound. Tapping icons and swiping a finger across glass lack the tactile diversity of older tools. Sensory uniformity might lead to a form of experiential flattening, where fewer physical cues are accessible to strengthen memory.

Digital photography lacks the permanence of a printed one, and music streamed online does not carry the same mnemonic weight as a cherished cassette or CD once did.

From communal rituals to personal streams

In the analogue era, media consumption was more likely to be shared. Families gathered around television sets, music was enjoyed communally, and photos were stored in albums passed down across generations.

These rituals helped synchronise cultural memory and foster emotional continuity and a sense of collective belonging.

The digital age favours individualised streams and asynchronous experiences. Algorithms personalise every feed, users consume content alone, and communication takes place across fragmented timelines.

While young people have adapted with fluency, creating their digital languages and communities, the collective rhythm of cultural experience is often lost.

People no longer share the same moment. They now experience parallel narratives shaped by personal profiles and rather than social connections.

Digital fatigue and social withdrawal

However, as the digital age reaches a point of saturation, younger generations are beginning to reconsider their relationship with the online world.

While constant connectivity dominates modern life, many are now striving to reclaim physical spaces, face-to-face interactions, and slower forms of communication.

In urban centres, people often navigate large, impersonal environments where community ties are weak and digital fatigue is contributing to a fresh wave of social withdrawal and isolation.

Despite living in a world designed to be more connected than ever before, younger generations are increasingly aware that a screen-based life can amplify loneliness instead of resolving it.

But the withdrawal from digital life has not been without consequences.

Those who step away from online platforms sometimes find themselves excluded from mainstream social, political, or economic systems.

Others struggle to form stable offline relationships because digital interaction has long been the default. Both groups would probably say that it feels like living on a razor’s edge.

Education and learning in a hybrid cognitive landscape

Education illustrates the analogue-to-digital shift with particular clarity. Students now rely heavily on digital sources and AI for notes, answers, and study aids.

The approach offers speed and flexibility, but it can also hinder the development of critical thinking and perseverance. Rather than engaging deeply with material, learners may skim or rely on summarised content, weakening their ability to reason through complex ideas.

ChatGPT students Jocelyn Leitzinger AI in education

Educators must now teach not only content but also digital self-awareness. Helping students understand how their tools shape their learning is just as important as the tools themselves.

A balanced approach that includes reading physical texts, taking handwritten notes, and scheduling offline study can help cultivate both digital fluency and analogue depth. This is not a nostalgic retreat, but a cognitive necessity.

Intergenerational perception and diverging mental norms

Older and younger generations often interpret each other through the lens of their respective cognitive habits. What seems like a distraction or dependency to older adults may be a different but functional way of thinking to younger people.

It is not a decline in ability, but an adaptation. Ultimately, each generation develops in response to the tools that shape its world.

Where analogue generations valued memorisation and sustained focus, digital natives tend to excel in adaptability, visual learning, and rapid information navigation.

multi generation family with parents using digital tablet with daughter at home

Bridging the gap means fostering mutual understanding and encouraging the retention of analogue strengths within a digital framework. Teaching young people to manage their attention, question their sources, and reflect deeply on complex issues remains vital.

Preserving analogue values in a digital world

The end of the analogue era involves more than technical obsolescence. It marks the disappearance of practices that once encouraged mindfulness, slowness, and bodily engagement.

Yet abandoning analogue values entirely would impoverish our cognitive and cultural lives. Incorporating such habits into digital living can offer a powerful antidote to distraction.

Writing by hand, spending time with printed books, or setting digital boundaries should not be seen as resistance to progress. Instead, these habits help protect the qualities that sustain long-term thinking and emotional presence.

Societies must find ways to integrate these values into digital systems and not treat them as separate or inferior modes.

Continuity by blending analogue and digital

As we have already mentioned, younger generations are not less capable than those who came before; they are simply attuned to different tools.

The analogue era may be gone for good, but its qualities need not be lost. We can preserve its depth, slowness, and shared rituals within a digital (or even a post-digital) world, using them to shape more balanced minds and more reflective societies.

To achieve something like this, education, policy, and cultural norms should support integration. Rather than focus solely on technical innovation, attention must also turn to its cognitive costs and consequences.

Only by adopting a broader perspective on human development can we guarantee that future generations are not only connected but also highly aware, capable of critical thinking, and grounded in meaningful memory.

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