Business and Finance

Bitcoin Value Can Be Zero? The Thermodynamic Trap, Why Bitcoin Value Must Ultimately Vanish Steve Keen, A Distinguished US Expert believes Bitcoin value can go to zero. By Editorial Team The meteoric rise of Bitcoin from a fringe cryptographic experiment to a trillion dollar asset class has been one of the most remarkable financial phenomena of the twenty first century. To its proponents, it represents a digital gold or a revolutionary hedge against the profligacy of central banks. However, if one applies the cold logic of thermodynamics and the urgent realities of climate science, a different picture emerges. The very mechanism that provides Bitcoin with its security and scarcity is the same mechanism that will ultimately ensure its downfall. When we strip away the speculative fervor and the complex mathematical jargon, we are left with an inescapable conclusion that Bitcoin is a thermodynamic trap that will eventually go to zero. To understand why this collapse is inevitable, one must first look at the architectural foundation of the Bitcoin network. At its core, Bitcoin relies on a process known as proof of work. This is the system used to secure the public ledger and verify transactions. In a traditional banking system, security is maintained through centralized authority and legal frameworks. In the decentralized world of Bitcoin, security is bought through the sheer expenditure of physical energy. The network is designed such that breaking the ledger or altering the history of transactions would require an individual or entity to possess more computing power than the rest of the network combined. This ensures that the cost of an attack is prohibitively expensive, but it also means that the survival of the currency is inextricably linked to a massive and ever growing consumption of electricity. When Bitcoin was first introduced, the energy required to mine a block was negligible. A hobbyist could participate using a standard home computer. However, the system is designed with a difficulty adjustment algorithm that ensures blocks are produced roughly every ten minutes, regardless of how much computing power is joined to the network. As the price of Bitcoin rose, it became more profitable for miners to invest in specialized hardware and massive data centers. This created a competitive arms race where miners must constantly increase their energy consumption just to maintain their share of the network. This is not a bug in the system; it is the fundamental feature that makes the ledger immutable. The security of the coin is literally backed by the heat generated by millions of processors running at full capacity around the globe. From an economic perspective, this creates a bizarre situation where a digital asset requires more physical resources to maintain as it becomes more successful. Unlike traditional technologies which tend to become more efficient over time, Bitcoin’s design forces it to become more energy intensive. This creates a collision course with the physical limits of our planet. We are currently living in an era where climate scientists are warning us that we are reaching a tipping point. The global community is beginning to realize that our current levels of energy consumption are unsustainable and that we must make drastic cuts to our carbon footprint to avoid ecological catastrophe. In a world where we are struggling to find enough clean energy to power our homes, hospitals, and industries, the idea of dedicating a country sized amount of electricity to a digital ledger will become increasingly indefensible. There is a common argument among Bitcoin enthusiasts that the network can transition to renewable energy or that it actually incentivizes the development of green power by using stranded energy. This argument, while clever, misses the broader point of resource allocation. Even if Bitcoin were powered entirely by solar and wind, it would still represent a massive diversion of renewable resources that could be used to decarbonize other sectors of the economy that are essential for human survival, such as transportation, heating, and food production. >In a resource constrained world, society will eventually be forced to make hard choices about what activities are essential and what activities are luxuries we can no longer afford. When the choice is between maintaining a speculative digital asset and keeping the lights on in our cities, the outcome is predictable. We must look at the hierarchy of energy needs. If we are to successfully navigate the climate crisis, we will likely see the implementation of strict energy quotas or carbon taxes that reflect the true cost of consumption. Under such a regime, high energy activities that provide low social utility will be the first to be restricted or banned. Cryptocurrencies and frequent international travel are two of the most obvious targets for such measures because they are energy intensive and, in the case of Bitcoin, have alternatives that are orders of magnitude more efficient. Modern digital payment systems and centralized banking ledgers can process millions of transactions with a fraction of the energy that Bitcoin requires for a single block. While these systems lack the decentralized ethos of Bitcoin, they are thermodynamically viable in a way that Bitcoin is not. The eventual downfall of Bitcoin will not necessarily come from a flaw in its code or a hack of its network. Instead, it will come from a shift in the regulatory and social landscape. As the physical impacts of climate change become more pronounced, the political will to allow such massive energy expenditure for a speculative asset will evaporate. We will likely see governments around the world follow the lead of nations that have already begun to crack down on mining operations. Once the ability to mine is restricted or the cost of energy is adjusted to reflect its true environmental impact, the incentive to maintain the network will disappear. The security of the Bitcoin ledger is entirely dependent on the continuous participation of miners. If the mining rewards plus transaction fees no longer cover the cost of electricity and hardware, miners will shut down their machines. As the total hashing

When a Narrow Waterway Drives Global Prices & Household Budgets By Marina Ezzat Alfred For many people, a distant maritime passage rarely feels relevant to daily life. It exists somewhere far away, out of sight and out of mind, disconnected from routine concerns like rent, groceries, or transport costs. Yet there are certain places in the global economy whose influence is so concentrated that any disruption can ripple outward at remarkable speed. One such passage carries a significant share of the world’s energy supply, and when its stability is questioned, the effects move quickly through markets and into the everyday expenses of millions of people. A large portion of global oil and natural gas flows through this narrow route. Because so much supply is funneled through a single point, even the perception of disruption can trigger immediate reactions. Markets are highly sensitive to risk, and energy traders respond not only to actual shortages but also to the possibility of them. The result is often a rapid increase in prices, sometimes within hours. This kind of volatility does not remain confined to trading floors. It spreads outward, affecting transportation, production, and ultimately the cost of living. Energy plays a foundational role in modern economies. It powers factories, fuels transportation networks, and keeps homes running. When the price of oil or gas rises, it creates a chain reaction. Higher fuel costs make it more expensive to transport goods. Those increased costs are passed along to retailers, and eventually to consumers. Food prices rise because farming and distribution depend heavily on fuel. Clothing, electronics, and everyday goods become more expensive because they rely on global supply chains that are sensitive to energy costs. This process often unfolds faster than people expect. A spike in energy prices can begin influencing household expenses within days or weeks. Fuel stations adjust prices quickly, reflecting changes in wholesale costs. Airlines respond by increasing ticket prices or adding surcharges. Delivery services and logistics companies raise their rates, which in turn affects online shopping and retail pricing. What begins as a disruption in one part of the world becomes visible in the receipts and bills of ordinary households. Businesses tend to feel these pressures before consumers fully notice them. Companies that rely heavily on transportation or manufacturing are particularly exposed. Airlines, for example, operate on tight margins and are highly sensitive to fuel costs. When oil prices rise, they must either absorb the losses or pass them on to passengers. Most choose a combination of both, but over time, higher ticket prices become unavoidable. Shipping companies face similar challenges. Moving goods across oceans requires large quantities of fuel, and any increase in cost directly affects their operations. These companies typically pass on the additional expense to retailers, who then adjust prices for consumers. Manufacturers also face rising costs, especially those that depend on energy intensive processes or petroleum based materials. As their expenses increase, they are forced to either reduce margins or raise prices. Small and medium sized businesses often face the greatest difficulties in this environment. Unlike large corporations, they may not have the financial tools or reserves to manage sudden cost increases. They cannot easily hedge against energy price fluctuations or negotiate better rates with suppliers. As a result, they are more vulnerable to sudden changes. Some may delay hiring, postpone expansion plans, or reduce investment. Others may have no choice but to raise prices, even if it risks losing customers. While many sectors struggle, others experience increased demand. Industries related to energy production, infrastructure, and alternative energy sources may benefit from higher prices. Companies involved in efficiency technologies or renewable energy solutions often see increased interest as businesses and governments look for ways to reduce dependence on volatile fuel markets. This uneven impact highlights how economic shocks rarely affect all sectors in the same way. Instead, they create a landscape where some areas contract while others expand. Beyond the direct financial effects, there is also a psychological dimension that plays a crucial role. When people expect higher costs, they begin to change their behavior. Households may cut back on discretionary spending, postponing travel, dining out less frequently, or delaying major purchases. Even before price increases fully take hold, the anticipation of higher expenses can lead to reduced consumption. This shift in behavior has broader consequences for the economy. Consumer spending is a major driver of economic growth in many countries. When people spend less, businesses earn less revenue, which can lead to reduced hiring or investment. Over time, this can slow economic activity. What begins as a reaction to rising fuel costs can evolve into a wider slowdown driven by reduced confidence. Financial markets also respond to these developments. Investors tend to seek stability during periods of uncertainty, moving their money into assets that are perceived as safer. This can lead to fluctuations in stock markets, changes in bond yields, and shifts in currency values. These movements may seem distant from everyday life, but they can influence pensions, savings, and the overall health of the economy. One of the most significant concerns during periods of rising energy prices is inflation. When the cost of fuel increases, it contributes to a broader rise in prices across the economy. This type of inflation is particularly challenging because it is driven by supply constraints rather than strong demand. In such cases, traditional tools used to manage inflation may be less effective. Higher interest rates, for example, can reduce demand by making borrowing more expensive. However, they cannot increase the supply of energy or reduce production costs directly. This creates a difficult situation where efforts to control inflation may also slow economic growth. Policymakers must balance these competing pressures, often with limited options. The concept of stagflation becomes relevant in this context. This occurs when an economy experiences both slow growth and rising prices at the same time. It is a challenging scenario because the usual solutions for one problem can worsen the other. For households, this means facing

The Year UAE Quietly Redefined Global Trade, Beyond the Horizon By Marina Ezzat Alfred At the start of 2026, something remarkable unfolded in the United Arab Emirates, though it did not arrive with spectacle or noise. It appeared instead as a number, understated yet profound. Non oil foreign trade surpassed the one trillion dollar mark, reaching AED 3.67 trillion well ahead of the country’s original 2031 target. On the surface, it looked like a milestone reserved for economists and policymakers. Beneath it, however, was a far more compelling narrative, one shaped by ambition, discipline, and a deliberate reimagining of what a modern trading nation can become. For much of its modern history, the UAE was viewed through a particular lens. It was a place of movement, a highly efficient transit hub connecting continents. Goods flowed through its ports and airports in seamless succession, traveling from East to West and back again. Containers arrived, were processed with remarkable speed, and continued on their journeys. The system worked. It was reliable, strategic, and indispensable to global commerce. Yet by 2026, that description no longer fully captures reality. The UAE has begun to outgrow the role of a passageway. It is emerging instead as a place where trade routes are imagined, structured, and actively shaped. This transformation did not happen overnight, nor was it accidental. It reflects years of calculated decisions, long term investments, and a willingness to evolve beyond established strengths. Central to this shift has been the country’s expansive network of Comprehensive Economic Partnership Agreements. These agreements are not simply about lowering tariffs or increasing trade volumes in the traditional sense. They operate on a deeper level, addressing the subtle inefficiencies that often slow down cross border commerce. By aligning regulatory standards, simplifying customs procedures, and strengthening investor protections, these partnerships remove friction from the system. Trade becomes not just faster, but smoother and more predictable. In 2026, new agreements with countries such as Vietnam, Kenya, and Nigeria came into effect, each one adding a new dimension to the UAE’s global reach. These partnerships are not incidental. Vietnam connects the Emirates more deeply into the manufacturing ecosystems of Southeast Asia, offering access to dynamic production networks that continue to expand in scale and sophistication. Kenya serves as a gateway into East Africa, a region rich in agricultural potential and growing logistical importance. Nigeria, with its vast population and rising consumer demand, opens doors to one of the most significant markets on the African continent. Taken together, these relationships do more than increase trade flows. They reshape the map itself. The UAE now sits at the center of an interconnected system linking Southeast Asia, Africa, and the Middle East in ways that feel increasingly organic and mutually reinforcing. Geography becomes less about distance and more about connection. The Emirates is no longer simply bridging regions. It is helping design the pathways that bind them together. While the trillion dollar figure captures attention, it is the underlying activity that gives it meaning. Growth on this scale is not abstract. It reflects real changes across industries and communities. When non oil exports surged by nearly half in the period leading into 2026, the effects were felt far beyond spreadsheets. Factories extended their operating hours. Logistics companies expanded their workforces. Engineers refined production techniques and developed new systems. Traders navigated complex negotiations across multiple time zones, building relationships that extend beyond single transactions. The composition of exports reveals just how far the UAE’s economic landscape has evolved. Precious metals remain a cornerstone, but their role has become more sophisticated. The focus is no longer limited to re exporting raw materials. Instead, the Emirates has established itself as a trusted center for refining, certification, and secure trade. Gold, for example, now moves through a system defined by transparency and credibility, connecting producers in Africa with demand in Asia and financial networks in Europe. It is not merely about the movement of value, but about the creation of trust. Alongside this, advanced polymers have emerged as a significant contributor to export growth. These materials, essential to industries such as aerospace, healthcare, and sustainable packaging, signal a deeper level of industrial capability. The UAE is no longer confined to trading in basic commodities. It is increasingly involved in the production and export of high value components that form the backbone of modern manufacturing. This shift reflects an economy that is not only diversifying but also climbing the value chain. Specialized machinery adds another layer to this transformation. Equipment designed for energy systems, food processing, and modular construction is now being developed and exported from within the Emirates. The emphasis is on customization and integration, tailoring solutions to specific markets and needs. This represents a meaningful departure from the past. The UAE is no longer just importing and redistributing technology. It is actively shaping it, contributing to innovation and adapting it to diverse environments. Beyond growth and diversification, there is a growing emphasis on resilience. The disruptions experienced in recent years exposed vulnerabilities in global supply chains, from food security to industrial inputs. Rather than retreating or adopting a defensive posture, the UAE has responded by embedding resilience into its trade strategy. The approach is proactive, focusing on diversification and long term stability rather than short term gains. Food security has become a central element of this strategy. By building partnerships with agricultural producers in Africa and investing in agritech collaborations across Asia, the UAE is ensuring a more reliable flow of essential goods. Storage infrastructure has been enhanced, and digital tracking systems have been introduced to improve visibility and responsiveness. These measures create a buffer against global shocks, allowing supply chains to remain functional even under pressure. A similar philosophy applies to industrial resilience. Securing access to raw materials and critical components over the long term provides manufacturers with the predictability they need to invest and expand. Stability becomes a competitive advantage, enabling businesses to plan with confidence and pursue growth opportunities that might otherwise be too

The Circular Economy Shift Driving the UAE’s Low Carbon Growth By Marina Ezzat Alfred The United Arab Emirates has moved beyond treating sustainability as a distant policy ambition and is now embedding it into the core mechanics of its economy. With real GDP growth projected at around 5.3 percent, the country is confronting a challenge that has historically defined industrial expansion worldwide, how to grow output and prosperity without increasing emissions. Where economic development once rose in lockstep with energy consumption and carbon output, the UAE is actively attempting to decouple the two, transforming sustainability from an aspiration into an operating principle. This transition represents the execution stage of the UAE Net Zero 2050 strategy. Rather than being confined to high level commitments, climate considerations are now integrated into regulatory frameworks, financial systems, and infrastructure planning. The shift is structural rather than symbolic. Sustainability is no longer a reputational add on for corporations but a prerequisite for participation in the economy. The scale of investment reflects this shift. The UAE has committed roughly 600 billion dirhams, equivalent to about 160 billion dollars, toward clean and renewable energy through 2050. Installed solar capacity has expanded rapidly, led by projects such as the Mohammed bin Rashid Al Maktoum Solar Park, which is expected to reach 5 gigawatts of capacity, making it one of the largest single site solar parks in the world. The levelized cost of solar energy in the UAE has fallen to among the lowest globally, in some cases below 2 cents per kilowatt hour, reinforcing the economic case for renewables beyond environmental considerations. Entities like Masdar have evolved into global players, with renewable energy investments spanning more than 40 countries and a portfolio exceeding 20 gigawatts of capacity either installed or under development. This expansion signals that renewable energy is no longer experimental infrastructure but a central pillar of energy supply and economic diversification. Policy enforcement has kept pace with investment. The nationwide ban on single use plastic bags, combined with broader restrictions on disposable products, is reshaping supply chains and consumer behavior. Businesses are redesigning packaging systems and investing in recyclable and biodegradable materials, while manufacturers are shifting toward circular production models. Waste reduction is no longer driven by voluntary commitments but by enforceable regulation, pushing circularity into mainstream economic practice. The most profound transformation is unfolding within financial systems. Climate risk is now treated as financial risk. The Central Bank of the UAE has introduced a sustainable finance framework requiring banks and financial institutions to integrate environmental, social, and governance factors into risk assessments and lending decisions. This aligns with global trends where investors increasingly demand transparency on emissions, exposure to transition risks, and long term sustainability strategies. The implications are immediate. Access to capital is increasingly tied to environmental performance. Green bonds and sukuks have grown significantly, with the UAE becoming one of the largest issuers of sustainable debt in the region. Sustainability linked loans are structured so that borrowing costs are directly influenced by whether companies meet emissions reduction or efficiency targets. This creates measurable financial incentives that accelerate behavioral change across industries. Economic growth in the UAE is also being restructured at its source. Expansion is shifting away from energy intensive sectors toward renewables, digital technologies, advanced manufacturing, and sustainable infrastructure. Non oil sectors now contribute more than 70 percent of GDP, reflecting a deliberate move toward diversification. At the same time, investments in hydrogen, carbon capture, and energy storage are positioning the country within emerging low carbon value chains. Public investment continues to play a catalytic role. Sovereign wealth funds and government backed entities are deploying capital to reduce the risks associated with early stage technologies, enabling private sector participation. Over time, this approach builds commercially viable ecosystems around clean energy and sustainability driven industries. Food security illustrates how sustainability is being translated into everyday impact. The UAE, which imports close to 85 percent of its food, is investing heavily in controlled environment agriculture, vertical farming, and precision irrigation. These technologies reduce water consumption by up to 90 percent compared to traditional agriculture while increasing yield stability. Wastewater reuse and renewable powered desalination further support resource efficiency, creating closed loop systems that minimize environmental strain. This integration of agritech with sustainability policy strengthens both resilience and economic output. It shortens supply chains, reduces vulnerability to global disruptions, and contributes to non oil GDP growth while attracting investment aligned with climate objectives. Globally, capital markets are undergoing a structural shift toward sustainability. Institutional investors managing trillions of dollars are aligning portfolios with net zero targets, and climate disclosure standards are becoming mandatory across major economies. In this context, the UAE’s regulatory clarity and proactive integration of sustainability into financial and industrial systems are emerging as competitive advantages. The country is positioning itself as a regional hub for climate aligned investment by offering a stable regulatory environment and a pipeline of bankable green projects. This creates a reinforcing cycle where strong policy attracts capital, capital funds sustainable infrastructure, and successful implementation strengthens economic performance. Data from international assessments such as Climate Action Tracker indicate that while the UAE still faces challenges in aligning fully with global temperature goals, its policy trajectory shows increasing ambition, particularly in renewable deployment, efficiency improvements, and financial sector reforms. The gap between targets and implementation is narrowing as execution accelerates. What distinguishes the current phase is the shift from commitment to application. Economic growth continues, but it is being redesigned to operate within environmental constraints. Infrastructure is built with lifecycle efficiency in mind, financial systems reward sustainability performance, and resource management is integrated into production and consumption patterns. The UAE is not reducing its economic ambitions. It is redefining how those ambitions are achieved. The emerging model suggests that growth can be sustained while emissions are stabilized or reduced, provided that policy, finance, and technology are aligned. This transformation is still in progress, but its direction is clear. Sustainability in the UAE is no longer a narrative or a

Prof. Nancy Ip The Responsibility of Knowledge A Life in Neuroscience Leadership & the Pursuit of Science That Serves Humanity By Paul Smith For Nancy Ip, the pursuit of knowledge has always carried a deeper meaning. Scientific discovery, in her view, is not only about understanding the world. It is also about improving it. As President of The Hong Kong University of Science and Technology in Hong Kong, Prof Nancy Ip stands among the most influential figures shaping scientific research and higher education in Asia. Her career bridges two worlds that often seem distant from one another. One is the careful, methodical environment of neuroscience research. The other is the complex landscape of global education, innovation, and leadership. Yet for her these worlds are inseparable because knowledge carries a responsibility that extends far beyond academic walls. The modern era presents challenges that no single discipline can solve alone. Climate change affects ecosystems, economies, and public health simultaneously. Technological advances are transforming industries and social structures with remarkable speed. Aging populations around the world are placing new pressures on healthcare systems and scientific research In such a world, universities cannot limit themselves to producing research papers and graduates. Institutions of higher learning must become places where knowledge meets society. Scientists must help people understand change, guide policymakers with evidence, and develop innovations that address real problems. Prof Nancy Ip believes that open collaboration remains one of the most powerful tools available to science. Progress accelerates when ideas move freely across disciplines and borders. Partnerships between universities, governments, industries, and communities ensure that discoveries do not remain confined to laboratories but reach the people who need them most. Education plays a central role in this mission. The challenges of the twenty first century require thinkers who are comfortable working across multiple fields. Solving complex biomedical problems may involve physicians who understand patients, molecular biologists who study cellular processes, engineers who design new technologies, and data scientists who analyze enormous datasets. Recognizing this reality, The Hong Kong University of Science and Technology has embraced interdisciplinary learning as a defining part of its academic culture. Students are encouraged to explore connections between science, engineering, technology, and the humanities. The goal is to cultivate curiosity and creativity rather than narrow specialization. The belief that institutions must invest deeply in people is something Prof Nancy Ip learned early in her career. When she joined the university in the early nineteen nineties, she worked closely with its founding president, Woo Chia-Wei. His leadership left a lasting influence on the university and on those who worked alongside him. Prof Woo held a simple but powerful conviction. Great universities are built by great scholars. Recruiting exceptional faculty members and giving them the freedom to pursue ambitious research would create an environment where talent could flourish. That philosophy helped transform a young institution into one of Asia’s leading centers of research within just a few decades Another lesson from those early years concerned the importance of visionary thinking. Long before regional integration became widely discussed, Prof Woo recognized the potential for collaboration between Hong Kong and neighboring cities in southern China. His ideas anticipated the rise of the Greater Bay Area, an ambitious region linking innovation, finance, manufacturing, and research across multiple cities. The experience reinforced an enduring principle. Leadership requires the courage to pursue ideas that may not yet be widely understood. Institutions grow when they invest in people and maintain a long term vision. Despite the many responsibilities of leading a major university, scientific research remains central to Prof Nancy Ip’s life. Internationally recognized for her work in neuroscience, she has devoted decades to understanding the biological mechanisms that govern the human brain. One of the most pressing challenges in this field is the global rise of Alzheimer’s disease. As populations age, the number of people affected by dementia continues to grow rapidly. Families across the world confront the emotional and practical consequences of a condition that gradually erodes memory and cognitive ability. For many years, scientists struggled to find effective ways to diagnose and treat Alzheimer’s. One difficulty lies in the nature of the disease itself. Biological changes begin developing in the brain long before symptoms appear. By the time memory problems become noticeable, significant neurological damage may already have occurred. Prof Nancy Ip’s research focuses on identifying these early biological signals. Advances in biotechnology now allow scientists to analyze the molecular composition of the human body with remarkable precision. Proteins circulating in the bloodstream can reveal subtle changes associated with neurological conditions. Researchers at the university have developed a blood based diagnostic test capable of detecting Alzheimer’s related changes with remarkable accuracy. By examining a group of protein biomarkers, the test can identify individuals who may be at risk even before symptoms appear. Such discoveries represent an important step toward earlier intervention. If doctors can identify the disease in its earliest stages, treatments may be more effective and patients may have better chances of maintaining cognitive health. The future of medical research also depends on understanding how diseases affect different populations. For decades much of the global biomedical data used in research was drawn largely from Western populations. Yet genetic diversity, lifestyle patterns, and environmental factors can influence how illnesses develop in different communities. To address this gap, researchers in Hong Kong established a comprehensive biobank containing biological samples and clinical data from thousands of Chinese Alzheimer’s patients. This resource provides scientists with valuable information for studying genetic risk factors and disease progression within this population. The insights gained from such research contribute to the growing field of personalized medicine. Instead of applying identical treatments to every patient, doctors can tailor therapies according to individual biological characteristics. Precision medicine promises more effective care and improved patient outcomes. Scientific discovery rarely occurs in isolation. Progress depends on cooperation between institutions, industries, and governments. Prof Nancy Ip has spent many years building partnerships that connect academic research with real world innovation. Effective collaboration begins with a shared

The Great Supply Chain Reshuffle, Fragmented Trade in 2026 By Marina Ezzat Alfred If you walk through a factory floor in 2026, you can feel it, something fundamental has changed. The conversation is no longer just about speed, cost, and efficiency. It’s about resilience. It’s about risk. And increasingly, it’s about politics. For decades, global trade operated like a finely tuned machine. A component might be designed in one country, manufactured in another, assembled in a third, and shipped worldwide, all timed perfectly to arrive “just in time.” That system delivered lower prices and impressive corporate margins. It also created deep interdependence. Today, that model has been reshaped. The global economy is no longer one seamless web. Instead, it resembles a patchwork of economic blocs, clusters of countries aligned not just by trade interests, but by strategic and security priorities. This is not a temporary reaction to recent crises. It is a structural shift. National security now influences commercial decisions in ways that would have seemed extraordinary just a decade ago. From Efficiency at All Costs to Strategic Reliability Globalization once rewarded whoever could produce at the lowest cost. Businesses built supply chains optimized down to the minute. Warehouses were lean. Inventory was minimal. If everything worked perfectly, the system was brilliant.But perfection proved fragile. When disruptions hit, whether from health crises, geopolitical tensions, or trade disputes, entire industries stalled. A shortage of one critical input could halt production across continents. Companies that once celebrated lean inventory began asking a different question: What happens if the supply stops? By 2026, governments and corporate leaders alike have absorbed that lesson. Trade policy now overlaps heavily with national security. Export controls, technology restrictions, and investment screening have become standard. Strategic industries, semiconductors, energy systems, pharmaceuticals, advanced materials, are treated not just as commercial sectors but as pillars of sovereignty. The result is a world organized around strategic alignment. Trade still flows, but increasingly within trusted networks. A New Playbook Inside boardrooms, the conversation has shifted. Efficiency is no longer the sole benchmark. Resilience has entered the equation. Instead of relying on a single global production base, companies are building regional ecosystems. A firm might now operate separate manufacturing hubs in North America, Europe, and Asia, each capable of serving its local market independently. This reduces exposure to border disruptions or political tensions. But it comes at a cost. Duplicate facilities mean higher capital expenditure. Maintaining multiple supply chains increases operational complexity. What used to be a streamlined network has become a web of parallel systems. The reshuffle requires investment, serious investment. Building new factories, securing alternative suppliers, and developing domestic capacity in strategic industries demands billions of dollars. Governments are stepping in with subsidies and incentives, recognizing that supply chain resilience is a national priority. For companies, this means redirecting capital toward infrastructure and long-term stability rather than short-term gains. The return on investment may be slower. But the value lies in durability. Managing supply chains across multiple blocs is no simple task. Companies must navigate different regulations, compliance requirements, and geopolitical risks. Legal and risk management teams are no longer back-office functions, they are central to strategy. Executives now monitor political developments with the same intensity they once reserved for quarterly earnings. Uneven Growth in a Divided Landscape Not all countries are experiencing this shift in the same way. Some nations have positioned themselves as stable, reliable bridges between economic blocs. By maintaining diplomatic balance and offering predictable business environments, they are attracting record levels of foreign direct investment. For these countries, fragmentation has created opportunity. They become regional manufacturing hubs, logistics gateways, or strategic intermediaries. Jobs follow. Infrastructure expands. Technology transfer accelerates. Other economies face tougher adjustments. Those heavily dependent on a single export market may find access narrowing. Fragmentation reduces the scale advantages that once fueled rapid growth. When markets segment, efficiency declines. And when efficiency declines, productivity growth can slow. Governments are playing a more active role in shaping economic outcomes. Subsidies, tax breaks, and strategic investments are being deployed to secure domestic capacity in key industries. Industrial policy, once controversial in many advanced economies, is now mainstream. Yet it carries risks: misallocation of capital, political favoritism, and competitive distortions can all undermine long-term efficiency. Still, in 2026, few governments are willing to leave strategic industries entirely to market forces. Paying the Price of Resilience One of the clearest consequences of this reshuffle is inflation. For years, consumers benefited from what might be called the “globalization discount.” By sourcing goods from the lowest-cost producers worldwide, companies kept prices low. Competition across borders restrained inflation.That era is fading. Building duplicate facilities, paying higher wages in reshored locations, and complying with diverse regulations all increase production costs. Prioritizing reliability over the cheapest option inevitably raises the baseline price of goods. These costs do not disappear. They move through the supply chain and reach the consumer. Unlike a temporary commodity spike, this inflationary pressure is structural. Even if raw material prices stabilize, the global production model has changed. Efficiency has been partially sacrificed for security. Central banks now face a more complicated environment. Not all inflation stems from demand. Some of it reflects a fundamental reorganization of how the world produces and trades. Living in the New Trade Era The Great Supply Chain Reshuffle is not the end of globalization. Goods still cross borders. Investment still flows internationally. But the spirit has shifted. The defining value of the previous era was optimization. The defining value of 2026 is resilience. Businesses are learning to operate in a world where alliances matter as much as cost structures. Governments are recalibrating openness with strategic autonomy. Consumers may notice slightly higher prices, but behind those price tags lies a deliberate choice: stability over vulnerability. This new landscape is more complex, and in many ways more expensive. Yet it reflects a deeper recognition that economic systems do not exist in isolation from politics and security. The global trade machine has not stopped. It has simply

his Excellency, Faisal Al Bannai, Vanguard of the United Arab Emirates’ Advanced Technology Ambitions By Editorial Desk Rapid technological transformation and evolving security dynamics define this period. His Excellency Faisal Al Bannai stands at the forefront of the United Arab Emirates’ drive to become a global powerhouse in advanced technology and defence innovation. As Chairman of the Board of Directors of EDGE Group, he plays a pivotal role in shaping not only the UAE’s defence capabilities but also its broader knowledge-based economy. With a career spanning entrepreneurship, cyber security, telecommunications, and high impact research governance, Al Bannai’s leadership reflects a deep understanding of how emerging technologies intersect with national resilience, economic diversification, and global competitiveness. EDGE was established to consolidate and accelerate the UAE’s advanced defence and technology capabilities under one integrated platform. As its former CEO and Managing Director, and now Chairman of the Board, Al Bannai has been instrumental in guiding the group’s transformation into one of the world’s leading advanced technology conglomerates for defence and beyond. Leveraging a range of emerging technologies that define the new era of hybrid warfare, EDGE is structured around four strategic business clusters: Platforms and Systems, Missiles and Weapons, Electronic Warfare and Cyber Technologies, and Trading and Mission Support. This integrated model enables EDGE to address the full spectrum of modern defence requirements, from advanced autonomous systems and precision guided munitions to cyber resilience and mission critical support services. Under Al Bannai’s leadership, EDGE has embraced innovation as a core principle, investing in next generation technologies such as artificial intelligence, autonomous systems, secure communications, and advanced manufacturing. By aligning operational excellence with cutting edge research and development, Al Bannai has positioned EDGE not merely as a defence supplier, but as a technology driven enterprise capable of responding to complex and evolving global security challenges. Beyond his role at EDGE, Al Bannai serves as Secretary General of the Advanced Technology Research Council, a central pillar in Abu Dhabi’s strategy to cultivate high impact research and development. ATRC was established to accelerate a culture of innovation and discovery in the emirate, focusing on advanced technology domains that can deliver transformative economic and societal impact. In this capacity, Al Bannai plays a critical role in shaping Abu Dhabi’s research agenda, ensuring that investments in science and technology translate into tangible outcomes for both the public and private sectors. Under his stewardship, ATRC strengthens collaboration between academia, industry, and government institutions. This integrated ecosystem supports the development of intellectual property, commercialization pathways, and a sustainable pipeline of talent. By reinforcing Abu Dhabi and the UAE’s position as a global innovation hub, Al Bannai contributes directly to the nation’s long term economic diversification strategy. Al Bannai’s commitment to education and institutional development further underscores his broader vision for a knowledge driven economy. He serves as a Member of the Board of Trustees for Khalifa University of Science and Technology, one of the region’s leading research universities focused on applied science and engineering. Khalifa University plays a crucial role in nurturing critical thinkers and innovators who can contribute to advanced industries such as aerospace, artificial intelligence, robotics, and renewable energy. Through his involvement at the board level, Al Bannai helps ensure that academic programs align with national priorities and industry needs. In addition, he is a board member of the Emirates Research and Development Council and a council member of United Arab Emirates University. These roles collectively position him at the intersection of research governance, higher education, and strategic policymaking. His cross sector engagement reflects a holistic approach. Defence innovation cannot thrive in isolation. It must be supported by world class research institutions, forward thinking regulatory frameworks, and a strong culture of scientific inquiry. Al Bannai’s work across these bodies demonstrates his understanding that national security, economic resilience, and academic excellence are deeply interconnected. Long before leading EDGE and ATRC, Faisal Al Bannai had already established himself as a visionary entrepreneur. Earlier in his career, he founded DarkMatter, a global cyber security service provider. Under his leadership, DarkMatter grew into a US$400 million business, delivering advanced cyber solutions to governments and enterprises. The company’s rapid expansion reflected both the increasing global demand for cyber resilience and Al Bannai’s ability to anticipate emerging threats in the digital domain. Prior to DarkMatter, he founded Axiom Telecom, which became the largest distributor of mobile devices in the Middle East. With an annual turnover reaching US$2.5 billion, Axiom Telecom demonstrated his capacity to scale operations, build strong partnerships with global technology brands, and manage complex regional supply chains. Since 2005, Al Bannai has continued to serve as a member of Axiom Telecom’s board, maintaining his influence in the telecommunications and consumer technology sectors. These entrepreneurial achievements provided him with practical experience in building organizations from the ground up, experience that later proved invaluable in structuring and scaling national level technology entities such as EDGE. Al Bannai’s impact has been widely recognized through numerous accolades and rankings. In 2005, he received the Lifetime Achievement Award, presented by Mohammed bin Rashid Al Maktoum, Vice President and Prime Minister of the UAE and Ruler of Dubai. This prestigious recognition underscored his early and sustained contributions to the region’s technology and business landscape. He was named Technology Business Leader of the Year at the Gulf Business Awards in 2017, highlighting his influence within the regional technology sector. In 2021, he ranked number 20 on Forbes Top CEOs in the Middle East list, reflecting his leadership at EDGE during a period of rapid growth and international expansion. He also appeared in Arabian Business 100 Inspiring Leaders in the Middle East ranking in 2018, as well as the Gulf Business Arab Power List in multiple years. These recognitions collectively affirm his standing as one of the region’s most influential technology leaders. Faisal Al Bannai holds a bachelor’s degree in Finance from Boston University in the United States and a master’s degree in Shipping Trade and Finance from City University in the United Kingdom. His international education provided

From Startups to Stability, Inside the UAE’s SME Boom By Marina Ezzat Alfred Not long ago, starting a business in the United Arab Emirates felt like stepping into unfamiliar territory reserved for large corporations and seasoned investors. The process was often perceived as complex and expensive. It seemed designed for companies with legal departments, established networks, and significant financial backing. For individual entrepreneurs or small teams with limited capital, the barriers appeared high and the risks daunting. Today, that perception has changed dramatically. Across the Emirates, a new generation of founders is building companies with confidence and clarity. What once felt intimidating now feels attainable. The environment has shifted from exclusivity to accessibility, and that shift has unlocked a powerful wave of small and medium sized enterprises across the country. This is the new SME gold rush. It is not driven by speculation or hype. It is fueled by practical reforms, streamlined systems, and a mindset that values independence and ownership. Entrepreneurs are no longer waiting for perfect conditions. They are acting, launching, testing, and refining in real time. From Side Projects to Structured Companies One of the clearest indicators of this transformation is the type of businesses being launched. Many of today’s SMEs did not begin as formal companies. They started as side projects. An online store managed in the evenings. A freelance consultant offering services through personal networks. A small creative studio built around individual expertise and reputation. In the past, formalizing such activities into licensed businesses felt like a major leap. Today, that leap is smaller and far less intimidating. Licensing pathways have become more transparent. Costs are easier to calculate. Application processes are faster and more digital. The stigma once attached to starting small has faded. Launching lean is now seen as a smart strategy rather than a sign of weakness. Entrepreneurs across Dubai, Abu Dhabi, Sharjah, Ras Al Khaimah, and Ajman are making decisions based on logic and efficiency rather than prestige alone. They evaluate jurisdictions according to setup speed, visa flexibility, and cost effectiveness. This practical approach has led to a more balanced distribution of company formation activity across the Emirates. Instead of one dominant center, multiple hubs of entrepreneurship are emerging, each offering distinct advantages. A Destination for Global Founders The surge in SME formation is not limited to local entrepreneurs. The United Arab Emirates has positioned itself as a preferred base for international founders seeking stability, connectivity, and regulatory clarity. For many, the appeal lies in predictability. The country offers clear rules, efficient administration, and a business friendly legal framework. Operating in English within a globally connected economy allows founders to engage with clients and partners across continents. From the Middle East to Africa, from Asia to Europe, the UAE serves as a strategic bridge. Combined with advanced digital infrastructure and world class logistics, it enables companies to operate internationally from day one. For solo entrepreneurs and small teams, this matters deeply. The ability to open corporate bank accounts, invoice international clients, sponsor residency visas, and operate transparently transforms ambition into action. It creates an environment where ideas can move quickly from concept to execution without unnecessary friction. Where Momentum Is Strongest While the SME boom spans many industries, certain sectors have shown particularly strong and sustainable growth. E commerce remains highly visible. However, the profile of today’s online businesses differs from earlier waves. Many are niche focused and data driven. They often launch with a global mindset rather than limiting themselves to a single market. Models such as drop shipping, print on demand, and partnerships with third party logistics providers allow founders to scale without heavy upfront investment in inventory or warehousing. Social media platforms and short form video have become powerful growth engines. Influencer collaborations and targeted digital advertising enable small brands to reach audiences quickly and cost effectively. With the right positioning and messaging, a modest operation can gain recognition and traction at remarkable speed. Consulting and professional services have also expanded significantly. Professionals in strategy, marketing, finance, human resources, operations, and technology are increasingly choosing independence over traditional corporate employment. Instead of joining large firms, they establish focused consultancies that address specific challenges for defined client segments. Flexible licensing options allow these consultants to operate legally while maintaining agility. The UAE’s diverse business ecosystem generates strong demand for specialized expertise, both locally and internationally. As companies scale and adapt, they require guidance, and SMEs are well positioned to provide it. Media and creative industries are experiencing renewed energy. Content agencies, production studios, podcast networks, and personal brand driven ventures are flourishing. The region’s growing emphasis on storytelling, digital presence, and cultural identity has created space for smaller, nimble players. The rise of the creator economy has lowered entry barriers, enabling individuals and small teams to compete with established firms through authenticity, speed, and specialization. Technology enabled services form another pillar of growth. Many SMEs are not building massive platforms. Instead, they offer focused solutions such as automation tools, artificial intelligence powered applications, software as a service products, and tailored IT support. These companies often begin with minimal overhead, test their offerings quickly, and refine based on real customer feedback. This iterative approach reduces risk and strengthens resilience. Reforms That Reshaped the Landscape The rapid expansion of SMEs in the United Arab Emirates did not occur by chance. It is the result of deliberate policy reforms and regulatory modernization. The introduction of full foreign ownership across many business activities removed a significant psychological and operational barrier. Entrepreneurs now have greater control over their ventures and clearer long term security. This clarity encourages commitment and sustained investment. Simplified license categories, including instant licenses and freelancer permits, have reduced administrative complexity. Multi activity licenses allow companies to evolve without being constrained by rigid classifications. As business models shift, entrepreneurs can adapt their legal structures more easily. Cost structures have also become more flexible. Lower initial fees, installment payment options, and reduced capital requirements have made entry more accessible. For early