Category: Artificial intelligence
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From Factory Floors to Smart Ecosystems: How AI and Automation Are Redefining Manufacturing Competitiveness
The Evolution of Manufacturing: From Labour Advantage to Intelligence Advantage For more than two centuries, manufacturing competitiveness has evolved through distinct phases. The early industrial revolution was powered by mechanisation and steam engines, the twentieth century by mass production and global supply chains, and the late twentieth century by labour-cost…
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AI Governance
When Technology Outpaces Governance The global conversation around artificial intelligence has entered a defining phase where innovation is no longer the only priority—trust, ethics, and accountability now sit at the centre of future technological development. A recent panel discussion on AI governance, human rights, and responsible technology highlighted this shift,…
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Industrial Automation & Robotics: The New Age of AI-Augmented Physical Intelligence
Industrial Automation’s Historical ArcIndustrial automation has evolved through distinct waves—mechanisation in the 18th century, electrification in the early 20th century, programmable logic control in the 1970s, and digital production in the 2000s. Each wave expanded productive capacity but remained limited by rigid systems. Early robots could repeat tasks with precision,…
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Responsible AI and the New Architecture of Progress: A Vision for Emerging Economies
A New Moment in Technological HistoryEvery generation witnesses a defining technological shift—but the rise of artificial intelligence marks something far more transformative. It is not just another innovation layer; it is a re-architecture of human capability itself. The story of this shift is deeply intertwined with the journey of societies…
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Artificial Intelligence and the Rewriting of Work: From Labour Arbitrage to Outcome Economies (Experts from AI Summit)
Historical Context: From Labour-Intensive Growth to Intelligent Automation Every major technological shift has redefined the meaning of work. The Industrial Revolution displaced artisans but created factory systems; the computer age reduced clerical burdens but expanded services and global trade. Artificial intelligence represents a more profound rupture. Unlike previous waves of…
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Health Innovation in the 21st Century: Why a Multi-Stakeholder Model Is No Longer Optional
Health innovation has always advanced at the intersection of science, policy, and society. From the eradication of smallpox through coordinated vaccination drives to the rapid development of mRNA vaccines during the COVID-19 pandemic, progress has rarely been the product of a single profession or institution. Instead, it has emerged from…
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Challenges of Quantum Computers for the Current State of International Economic Systems
Quantum computing is no longer a distant scientific curiosity—it is becoming a strategic, geopolitical, and economic force that could reorder global hierarchies. While the technology remains in its early commercial phase, its disruptive potential has already begun testing the resilience of international economic systems built on classical computing, secure communication,…
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Big AI vs Small AI: The New Frontier of Global Development
The World Bank President Ajay Banga’s distinction between Big AI and Small AI is emerging as one of the most important intellectual frameworks for understanding how artificial intelligence will reshape global development, labour markets, and economic resilience over the coming decade. This is not merely a technological categorisation—it is a…
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The Age Beyond Limits: How Humanoid Robots and Autonomous Systems Redefine the Global Economy
Human civilisation has always grown by expanding the productivity of each individual. From the plough to the steam engine, from electricity to computers, every great economic leap has followed an expansion in what a single human can produce within a unit of time. Today, we stand at the threshold of…
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