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Artificial intelligence is reshaping the technology landscape, driving a powerful shift in how value is created, captured and distributed across industries. AI infrastructure investment continues to accelerate, while rapidly rising enterprise adoption is redefining competition, business models and margins. New capabilities, from autonomous agents to physical AI, are expanding the scope of what the technology can achieve. As this transformation unfolds, growth is becoming more uneven, leadership less certain and opportunities increasingly tied to those best positioned to adapt to an AI-first world.
The productivity breakthrough?
A new cyber arms race
When the disruptor gets disrupted
Building blocks
The final frontier for investors?
A prescription for progress
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Rise of the (embodied) machines
A new order takes shape
Cybersecurity
Explore
Software
The AI Cycle
Semiconductors
Technology Outlook
Space
Healthcare
Physical AI
How semiconductors are fuelling the AI infrastructure boom and unlocking a multiple-industry opportunity
Record investment, shifting leadership and the search for tomorrow's winners - and losers
Will AI force software to reinvent itself from the ground up?
Inside the AI-driven battle for operational resilience
From wearables to humanoids, physical AI is becoming technology's next great platform
The new space economy is commercial, competitive and just getting started
From promise to pipeline: a turning point arrives
From a chatbot to an integral part of the digital workforce
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AI Cycle
A new era in technology is unfolding as artificial intelligence drives a powerful surge in investment, reshapes competitive dynamics and challenges long-standing market leaders. AI spending is accelerating rapidly, particularly in data centres and infrastructure. Overall, sector growth remains strong but increasingly uneven as other parts of the technology market lag. As AI becomes central to corporate strategy, it is raising questions about who will capture the most value, signalling a more complex and uncertain era where dominance is no longer guaranteed. For investors, the key question is no longer whether AI matters. It clearly does. The more difficult question is who benefits and who does not.
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Tech Outlook
AI has become a core driver of economic and organisational change, spreading faster and embedding more deeply than any prior technology wave. Widespread adoption, rising usage intensity and breakthroughs in capability are converging to reshape how work is done and value is created. Businesses are moving from cautious experimentation to measurable productivity gains, supported by systems that can reason, act independently and manage complex workflows. At the same time, fierce competition, falling costs and expanding infrastructure are accelerating progress while raising new economic questions. As AI begins to handle longer, higher-value tasks, it moves closer to becoming a digital workforce, unlocking new possibilities while challenging existing industries and business models.
Rapid growth in artificial intelligence is reshaping the semiconductor industry, driving record revenues and pushing demand for high-performance chips and memory to new levels. Momentum extends beyond AI, with early signs of recovery emerging across industrial, automotive and analogue segments, while memory markets enter a powerful new cycle supported by supply constraints and rising data needs. Despite short-term volatility from geopolitical tensions, investment and innovation remain strong, with companies expanding capabilities through acquisitions and increased capital spending. As AI systems evolve and infrastructure scales, demand is expected to broaden, supporting a more balanced and sustained phase of growth across the semiconductor ecosystem.
Application software has entered a period of disruption as slowing growth, falling valuations, and rising AI uncertainty reshape the landscape. Software is becoming faster and cheaper to create, intensifying competition and challenging long-held assumptions about value. The emergence of autonomous AI agents signals a deeper transformation, where workflows are executed across systems with minimal human input. As these capabilities advance, traditional software risks losing its central role, prompting a critical shift in how products are built, delivered, and monetised in an increasingly dynamic market.
Cybersecurity stands at a critical intersection of rapid growth and escalating risk, as AI reshapes both cyber defences and attacks. Widespread AI adoption within organisations introduces new threats, from data leakage to the rise of powerful autonomous agents with privileged access. While AI also strengthens detection and response, it is challenging traditional security models and market dynamics. As attackers operate faster and systems grow more complex, the balance between innovation and protection is becoming increasingly fragile, setting the stage for a pivotal shift in how operational resilience is built and sustained.
A perscription for progress
Artificial intelligence is moving from promise to practical application in healthcare, as major model developers introduce tools designed for privacy, clinical integration, and administrative efficiency. These advances begin to address longstanding barriers to adoption while opening new possibilities in research and patient care. Drug discovery stands at the centre of this shift, where rising costs and stagnant productivity highlight the need for change. Early signals suggest AI may enable more targeted trials, faster development timelines, and improved success rates, though clear proof remains pending. As specialised tools evolve and an AI-native pipeline expands, the coming years are set to test whether these innovations can fundamentally reshape outcomes across the industry.
A rapidly expanding space economy is reshaping how infrastructure, technology, and global connectivity evolve, driven by falling launch costs, private-public partnerships, and intensifying geopolitical competition. Reusable rockets and next-generation systems could unlock entirely new markets, while low earth orbit satellite networks scale global internet access and enable data-driven industries. Emerging concepts such as space-based data centres and on-orbit services hint at further transformation, despite technical hurdles. As investment accelerates and commercial models mature, opportunities grow alongside risks, with a handful of dominant players positioning to define the next phase of economic activity beyond Earth.
Physical AI is rapidly becoming a major focus for technology companies, as they invest billions into humanoid robots and intelligent devices that can act in the real world. Production is beginning to scale, led largely by China, while Western players work to close gaps in manufacturing and deployment. Advances in AI models are giving robots greater ability to perceive, reason and act, yet real-world use remains limited and technical hurdles persist. At the same time, new AI-powered wearables and interfaces are emerging, blurring the line between devices and robots. Together, these trends point toward a single converging platform where AI interacts seamlessly with the physical world, though the path to widespread adoption remains uncertain.
