Tech

Jassem Khadim, Cybersecurity Is Becoming the UAE’s Invisible Infrastructure of Trust By Michelle Clark Smart cities are no longer experimental concepts but functioning ecosystems. Artificial intelligence is not a distant frontier but an operational layer embedded into governance, finance, communication, and daily life. In this environment, cybersecurity has ceased to be a technical specialty tucked away in server rooms. It has become part of the invisible architecture holding the entire digital nation together. Within this shifting landscape, Jassem Khadim represents a growing class of professionals who have moved beyond the traditional boundaries of digital communication and into a more sensitive domain: protection. His journey is not a dramatic reinvention but a gradual evolution shaped by the increasing awareness that influence without security is incomplete in a world built on data. He did not begin in cybersecurity. His earlier work in media placed him in the world of visibility, storytelling, and audience engagement. But over time, that exposure to digital ecosystems revealed a deeper layer beneath communication itself. Every message, every interaction, and every platform rested on a fragile foundation of data exchange and user trust. What once appeared as a space of expression gradually revealed itself as a space of exposure. The shift, as he describes it, was not about abandoning one field for another but about recognizing a limitation in perspective. Media, in his view, provides voice. Cybersecurity provides responsibility. At a certain point, he began to see that visibility alone was no longer enough in a world where every digital footprint carries risk. The question was no longer how far a message could travel, but how safely it could exist. This realization aligned closely with the broader transformation taking place in the UAE itself. As one of the world’s most rapidly advancing digital ecosystems, the country is not simply adopting technology but actively designing its future infrastructure. From digital identity systems to AI-driven governance models, the nation’s progress depends not only on innovation but on trust in systems that are increasingly interconnected. In such an environment, cybersecurity is not reactive. It is foundational. For Khadim, this national trajectory reinforced a personal conviction: that protection is not an optional layer added after innovation, but a parallel responsibility that must evolve alongside it. He describes this as a shift from visibility to responsibility, from being part of the conversation to safeguarding the conditions under which that conversation is possible. Yet what distinguishes his perspective is not just the technical awareness of cyber threats, but the human framing of them. He consistently returns to the idea that cybersecurity is not primarily about systems or code, but about behavior. Technology, he suggests, is rarely the weakest point. Human perception is. In highly developed digital environments, where services are designed to be seamless and frictionless, trust becomes automatic. Systems appear reliable by default. Interfaces are clean, transactions are instant, and services are integrated across platforms. But this very efficiency creates what he sees as a critical vulnerability: unquestioned trust. Attackers, in his understanding, do not begin by breaking systems. They begin by exploiting assumptions. The illusion of safety created by polished digital experiences often becomes the entry point for manipulation. In this sense, cybersecurity is not only a technical discipline but a psychological one. It requires understanding how people interpret legitimacy, authority, and risk in digital environments that increasingly resemble physical reality. This awareness has changed not only how he works but how he lives. Digital tools that once felt neutral now carry weight. Applications are no longer passive utilities but active channels of data exchange. Even convenience, something widely celebrated in modern digital design, is now seen through a more critical lens. Ease of access often comes with invisible trade-offs. However, this heightened awareness has not translated into fear. Instead, it has sharpened his sense of clarity. He describes this shift as moving from passive use to active observation. The goal is not to distrust technology but to understand its mechanics. In this way, awareness becomes less about anxiety and more about control, an informed state of engagement rather than a defensive posture. This distinction is important in a field often associated with alarmism. Cybersecurity discourse can easily drift toward fear-based messaging, emphasizing threats without offering clarity. Khadim rejects this approach. For him, the responsibility lies in elevating understanding without diluting seriousness. Complexity must be simplified, but risk must remain intact. The challenge is not to make cybersecurity feel safe, but to make it understandable. The emotional dimension of his work becomes most apparent when the conversation shifts from systems to people. The most difficult experiences, he notes, are rarely technical failures. They are human consequences. When individuals lose access to financial accounts, digital identities, or personal data, the impact extends beyond the digital realm. It affects dignity, stability, and in some cases, a sense of personal security that cannot easily be restored. In these moments, cybersecurity stops being an abstract field of prevention and becomes a direct engagement with human vulnerability. The role of a cybersecurity professional, in this sense, is not limited to stopping breaches but also to understanding the scale of their impact when prevention fails. It is here that Khadim sees the broader purpose of his work extending beyond education. Awareness campaigns alone, he suggests, are insufficient if they do not translate into behavioral change. Informing people about risk is not enough. The goal is to cultivate a mindset where critical thinking becomes automatic in digital interactions. This is particularly relevant in a society like the UAE, where technological integration is deeply embedded into governance, infrastructure, and daily life. In such environments, digital literacy is not optional. It is essential to participation. As systems become more interconnected, the consequences of individual actions scale beyond personal devices into broader networks. For Khadim, this transforms cybersecurity into a form of civic responsibility. Protecting digital environments becomes part of protecting national stability. In this sense, patriotism itself evolves. It is no longer limited to physical or symbolic acts but extends

The 250 Million Blackstone Inc. Deal Revealing How Abu Dhabi Is Rewiring Digital Capital Infrastructure By Michelle Clark There are moments in global finance when a transaction appears ordinary in size but extraordinary in meaning. A $250 million investment, in isolation, rarely shifts markets or alters balance sheets at the scale of global capital flows. Yet sometimes, it signals a change in direction rather than magnitude. The recent investment by Blackstone into Advanced Digital Gaming Technology, a UAE-based payments and data intelligence platform serving regulated digital markets, belongs to this category of signal events. The company sits not at the surface of the gaming industry but beneath it, operating in the infrastructure layer that enables digital transactions, compliance systems, and data-driven financial flows. It is not a game developer, nor an entertainment platform. It is part of the invisible machinery that allows regulated digital ecosystems to function. That distinction is essential because it reframes the entire investment away from entertainment and toward infrastructure. In the contemporary digital economy, infrastructure has become more valuable than content in many cases. Games, platforms, and digital environments generate attention, but infrastructure determines whether that attention can be monetized, regulated, and scaled across borders. Payment systems, identity verification frameworks, and data intelligence platforms now sit at the core of digital economic activity. Without them, even the most successful digital ecosystems cannot expand sustainably. The UAE’s role in this transaction is also significant. Over the past decade, it has positioned itself as a global hub for financial innovation, digital infrastructure, and regulated technology ecosystems. The country’s strategy has been to attract capital not just for consumption-driven sectors, but for foundational systems that support global digital flows. This includes fintech, data infrastructure, and increasingly, gaming-adjacent regulated markets. The timing of the investment adds another layer of interpretation. It arrives during a period of regional geopolitical disruption that has affected trade routes, energy markets, and investor sentiment across parts of the Middle East. In such environments, capital typically becomes more cautious, seeking safety in established markets. Yet in this case, investment continues to flow into the UAE, suggesting a differentiated perception of risk within the region. Rather than viewing the Middle East as a single risk category, global investors are increasingly segmenting it into zones of stability and volatility. The UAE has emerged as one of the jurisdictions perceived to offer regulatory clarity, institutional predictability, and long-term infrastructure planning. This perception plays a critical role in attracting cross-border capital during uncertain periods. The investment also reflects a broader shift in how private equity interprets digital economies. Firms like Blackstone do not typically invest in early-stage consumer platforms without a clear pathway to scalability and regulatory integration. Instead, they focus on infrastructure that can generate stable, long-term cash flows through embedded system usage. In this case, the focus is not on gaming content itself but on the transactional systems that support it. Digital gaming ecosystems are among the most transaction-intensive environments in the modern economy. Users engage in frequent microtransactions, subscription models, in-game purchases, and cross-platform digital exchanges. Each of these requires secure payment processing, compliance monitoring, and data intelligence. As these ecosystems expand globally, the need for robust infrastructure becomes more critical. The company at the center of this investment is positioned to operate across these layers. Its focus on payments and data intelligence suggests a role in enabling real-time financial processing and regulatory compliance across digital markets. This places it within a broader category of fintech-adjacent infrastructure providers that support high-volume, regulated digital ecosystems. What makes this category particularly important is its scalability. Unlike consumer platforms that rely on user growth cycles, infrastructure platforms scale with transaction volume across multiple industries. As digital economies expand, the underlying systems that support them become more deeply embedded, creating structural dependency. Gaming is one of the fastest-growing of these ecosystems, but it is not the only one. Digital entertainment, online marketplaces, subscription services, and regulated betting environments all rely on similar infrastructure layers. The convergence of these industries around shared financial and data systems is one of the defining features of the modern digital economy. The UAE’s strategy aligns with this convergence. By attracting infrastructure providers rather than only consumer-facing companies, it positions itself within the operational core of global digital systems. This approach reflects a broader economic transition from resource-based industries toward knowledge-based and infrastructure-driven sectors. Historically, economic power in the region was closely tied to physical resources such as energy exports. However, the global economy is increasingly shifting toward intangible assets, including data, intellectual property, and digital systems. Infrastructure that enables the movement and regulation of these assets is becoming strategically valuable. Artificial intelligence and automation are further accelerating this transformation. As digital systems become more complex, the need for intelligent infrastructure that can process, analyze, and regulate large volumes of transactions increases. Payment systems are no longer passive conduits but active components of digital ecosystems that influence user behavior, security, and compliance outcomes. In gaming environments, this complexity is particularly pronounced. Modern games function as persistent digital economies with internal currencies, marketplaces, and social systems. They require infrastructure that can handle high-frequency transactions while maintaining regulatory compliance across jurisdictions. This makes them similar in structure to financial markets, even if their surface experience is entertainment. The involvement of private equity capital in this space suggests growing institutional recognition of these dynamics. Rather than viewing gaming as a cultural industry alone, investors increasingly see it as part of a broader digital economy that requires financial and operational infrastructure comparable to traditional banking systems. The regulatory dimension is also central. As digital transactions increase in volume and complexity, governments are placing greater emphasis on compliance, identity verification, and anti-fraud systems. Infrastructure providers that can integrate these requirements into scalable platforms are likely to play an increasingly important role in the global economy. Cross-border scalability remains one of the most important challenges in this space. Digital economies do not operate within a single jurisdiction, yet regulatory frameworks are still

Fay GhaniUnlocking the Secrets of the Human Body in Space By Michelle Clark From a classroom in Amman to the laboratories of the Mayo Clinic in Florida, Fay Ghani’s journey into the realm of space medicine reads like the story of a lifelong curiosity that refused to be contained. As a fifth grader, Ghani’s mind would drift beyond the walls of her school, captivated by the vastness of the stars and the mysteries that lay beyond Earth. Space was more than a subject in a textbook; it was a universe of questions waiting to be explored. At the same time, she discovered another kind of universe closer to home: the human body. Her fascination with biology and physiology, first sparked in high school, revealed a complex network of systems and pathways that govern health and disease, reminding her that exploration could be as much inward as it could be outward. This dual curiosity the pull of the cosmos and the intricacies of life itself—would define the path that she has traveled ever since. Ghani’s undergraduate years at the University of Auckland in New Zealand marked a turning point. Immersed in biomedical science, she learned to navigate the mechanisms that sustain life, the interplay of cells, and the hidden pathways that, when disrupted, cause disease. Yet the pull of space remained persistent. During her studies, she discovered space medicine, a field that blends the rigor of medical science with the unknowns of space exploration.  It was an immediate revelation. Here was a discipline that allowed her to explore human biology under conditions previously unimagined, to understand how the body reacts when Earth’s gravity is no longer a constant companion. Today, Ghani studies the effects of spaceflight on stem cells, seeking insights that could improve human health both in orbit and on Earth. Space medicine is inherently interdisciplinary, drawing from biology, engineering, medicine, physics, and technology. Ghani thrives within this complexity. She works alongside clinicians, engineers, project scientists, science communicators, and astronauts. Each collaboration challenges her to expand her understanding, to reconcile diverse perspectives, and to innovate within a space that defies traditional boundaries. For Ghani, the excitement of space medicine lies in its unpredictability and fluidity. The field does not demand that she choose a single identity or discipline. It allows her to pursue a passion for space, an interest in biology, and a desire to contribute meaningfully to human knowledge all at once. Her international background informs her approach to both science and leadership. Having grown up in Jordan and New Zealand and lived in Australia and the United States, Ghani identifies as a global citizen. This perspective shapes her interactions, allowing her to approach colleagues and collaborators with curiosity, empathy, and openness. She values shared scientific goals above superficial similarities, recognizing that while humans differ in culture, language, and history, they are united by a desire to connect, to explore, and to innovate. This worldview has fostered a leadership style that is inclusive, flexible, and attuned to the potential of diverse ideas. The work of space medicine has also revealed the limits and resilience of the human body. Ghani’s research focuses on understanding how extreme conditions such as microgravity, cosmic radiation, isolation, and confinement affect physiology. Her studies show that certain systems, such as the lungs, adapt remarkably well to space, while others, including the visual and cognitive systems, are more vulnerable during long missions. These findings not only inform preparations for future space exploration but also illuminate human biology in new ways, with direct applications to healthcare on Earth. The accelerated bone loss experienced by astronauts, for example, mirrors conditions like osteoporosis, offering a unique laboratory for understanding and potentially treating this widespread disease. Ghani emphasizes that adaptation occurs both in space and upon return, with the most serious challenges emerging as the body readjusts to Earth’s environment. Ghani’s clinical experience on Earth complements her research in space. Understanding baseline health is essential to interpreting how spaceflight alters biological processes. She uses the unique conditions of space to investigate cellular communication, aging pathways, immune interactions, and other processes that are difficult to study under constant gravity. Each experiment in orbit provides insights that can inform medical treatments and therapies on Earth, demonstrating the reciprocal relationship between terrestrial medicine and space medicine. In Ghani’s view, space becomes a laboratory where the constraints of Earth are temporarily lifted, and the mysteries of human biology can be examined from a new perspective. Innovation in space medicine, according to Ghani, is about meaningful progress rather than novelty for its own sake. Developing sophisticated bioreactors or analytical tools is only part of the story. Real innovation lies in identifying gaps in current methodologies, implementing improvements, and planning experiments with foresight. It is an iterative process that balances ambition with careful consideration, ensuring that each step contributes to a broader understanding of human biology and spaceflight. Innovation is also about knowing when to refine existing standards and when to explore new directions, a principle that guides Ghani’s work and shapes the broader field. Collaboration forms the backbone of every successful mission. Engineers design the hardware that enables experiments in microgravity, biomedical scientists and clinicians develop the protocols and interpret the results, and project scientists maintain focus on milestones and overarching goals. International partnerships amplify the impact of this work, pooling expertise, data, and resources while reinforcing values of equity and shared responsibility. Ghani believes that the benefits of space medicine should extend globally, emphasizing that cooperation and inclusivity are not just ethical imperatives but scientific necessities. Representation and responsibility are equally central. Ghani acknowledges that underrepresented groups in science enrich the field by introducing new perspectives and broadening the scope of inquiry. Mentoring and visibility are vital to ensuring that emerging scientists, particularly women and young people in the MENA region, have access to opportunities and pathways that were once limited. For Ghani, these efforts are not peripheral to her work but integral, as diverse participation strengthens innovation and ensures that space medicine

Nikita Tomar, The Journey from Who She Was & Who She Became By Natalia Davis There are stories that begin with certainty, mapped out from an early age with clear intention. And then there are stories like that of Nikita Tomar, where direction is not given but discovered, slowly and sometimes unexpectedly, in the quiet moments between one chapter of life and the next. Before the cockpit, before the uniform, before the responsibility of guiding an aircraft across continents, there was a front desk. A hotel reception, where long hours were spent greeting strangers who carried stories from places she had never seen. It was a role grounded in patience and presence. She learned how to listen without interruption, how to remain composed when situations grew tense, and how to create comfort for people who were far from home. At the time, aviation was not part of her plan. There was no childhood blueprint of becoming a pilot, no early fascination with aircraft mechanics or flight theory. But there was something else. A growing curiosity about the world beyond familiar borders. The kind of curiosity that does not announce itself loudly, but stays with you, quietly shaping your choices. That curiosity eventually led her to aviation, though not immediately into the cockpit. Her first experience of the skies came as cabin crew. It was here, in the narrow aisles of an aircraft and the long hours spent between destinations, that she began to understand the deeper rhythm of this profession. It was not just about travel. It was about responsibility, timing, coordination, and trust. From her position in the cabin, the cockpit door was always closed, yet it represented an entirely different world. A space defined by discipline and decision-making. A place where every action carried consequence. She watched closely, absorbing the way pilots communicated, the calm they maintained even in demanding situations, and the quiet authority they carried. The idea did not arrive suddenly. It grew. What if she could sit there one day. What if she could take on that responsibility? What if her journey was meant to move in that direction, even if it had not started there. The decision to transition from cabin crew to pilot was not simple. It required stepping into unfamiliar territory, leaving behind the comfort of what she already knew. Training to become a pilot is not only academically demanding but mentally exhausting. It asks you to question yourself repeatedly, to confront your limitations, and to keep going even when progress feels slow. For Nikita, the challenge was even more personal. Coming from a non traditional background meant she had to build her foundation from the ground up. There were no shortcuts, no inherited knowledge. Every concept had to be learned, understood, and applied with precision. There were days when the weight of it all felt overwhelming. The volume of technical information alone could shake confidence. Aerodynamics, flight systems, navigation, weather patterns. Each subject required focus and discipline. And beyond theory, there was the task of translating knowledge into action in the cockpit, where every decision must be timely and accurate. Self doubt, she admits, was part of the process. It appeared in quiet moments, in the pauses between lessons, in the space where questions tend to grow louder. But she did not allow it to stay. Instead, she built a routine grounded in consistency. She showed up every day, even when it felt difficult, even when the outcome was uncertain. What kept her moving forward was not just ambition, but a clear sense of purpose. She knew what she was working toward. She could see it. And that vision carried her through the hardest phases of her training. Today, as part of Etihad Airways, she operates in an environment where precision is not optional. The airline is known for its high standards, and being part of it demands a level of professionalism that leaves no room for complacency. Each flight begins long before takeoff. Preparation is not rushed. It is deliberate. Weather conditions are studied carefully, not just in general terms but in detail that could influence every stage of the journey. Operational updates are reviewed, and every possible scenario is considered. At the airport, the crew briefing becomes a moment of alignment. It is where information is shared openly, where questions are asked, and where the team builds a shared understanding of the flight ahead. From there, the focus shifts to the aircraft itself. Checks are completed with care, not as routine tasks but as essential steps that ensure safety. Once in the cockpit, there is a quiet shift. Preparation gives way to execution. Yet even in this structured environment, no two flights are ever the same. Weather changes. Air traffic varies. Small adjustments are often required. It is this balance between structure and unpredictability that defines aviation. Operating out of Abu Dhabi has added depth to her experience. The city stands as one of the world’s key aviation centers, connecting cultures and continents in a way that feels almost seamless. Living there has exposed her to perspectives that extend far beyond her own background. The diversity she encounters daily, both within the airline and in the city itself, has shaped her in ways that go beyond her role as a pilot. It has influenced how she sees people, how she understands different cultures, and how she approaches communication. Yet, behind the professionalism and structure, there is also the need for balance. Aviation is demanding, and without careful attention, it can take more than it gives. Nikita approaches this with awareness. She values her time off, not as an afterthought but as a necessity. She stays active, explores new places, and allows herself moments of stillness when needed. Her connection with family remains an anchor. In a profession that often involves long hours and time away from home, those relationships provide stability. They remind her of where she started and why she chose this path. As a woman in

Peng Xiao, Pioneer of Intelligence-Led Innovation in UAE By Paul Smith As Group Chief Executive Officer of G42, Peng Xiao leads one of the most ambitious artificial intelligence and cloud computing organizations in the world. Based in Abu Dhabi, G42 has rapidly become a cornerstone of the United Arab Emirates’ strategy to harness artificial intelligence, sovereign data infrastructure, and intelligent systems for economic transformation and public impact. Under his guidance, G42 is not only shaping the future of AI domestically but also setting benchmarks globally for scalable, secure, and responsible technology deployment. Peng Xiao is a global technology and business leader whose responsibilities encompass defining the group’s overarching business and product strategies while overseeing operations across diverse industries including smart cities, healthcare, finance, energy, and education. G42’s ecosystem develops advanced solutions in artificial intelligence, big data analytics, cloud computing, and digital services that serve both government and private sector entities. Under Xiao’s leadership, G42 has become central to the UAE’s vision of intelligence led innovation, a philosophy that positions data and AI as foundational assets for future economic competitiveness. The organization’s work spans advanced AI research, the deployment of enterprise ready AI solutions, and the development of sovereign data centers and cloud infrastructure that support digital sovereignty, robust cybersecurity, and scalable computing capacity within national borders. G42’s mission reflects a belief that AI driven transformation can fundamentally reshape how societies operate. Whether enhancing citizen services, optimizing industrial processes, strengthening cybersecurity frameworks, or accelerating national digital initiatives, the solutions developed under Xiao’s leadership are designed to deliver measurable and sustainable impact. A significant component of G42’s current strategy involves scaling generative AI capabilities across sectors. These solutions are engineered to automate complex workflows, enhance data analysis, accelerate research, and support decision making processes in both public institutions and private enterprises. By embedding generative AI technologies into operational systems, G42 is enabling organizations to achieve higher efficiency, agility, and innovation readiness. Complementing this technological advancement is the company’s commitment to sovereign data infrastructure. G42 has invested in the development of advanced data centers engineered to handle large scale AI workloads and cloud services. These facilities provide secure, compliant, and high performance environments that empower national institutions and global partners to deploy AI driven applications with confidence. The emphasis on sovereign infrastructure ensures that sensitive data remains protected while enabling digital transformation at scale. Xiao’s strategic vision also includes ambitious long term goals for AI ecosystem expansion. He has articulated a roadmap that envisions the deployment of vast networks of AI agents capable of perceiving environments, processing complex datasets, and autonomously executing defined tasks. These intelligent systems are being developed to serve industries such as healthcare, energy, cybersecurity, and public administration, reinforcing G42’s commitment to applied and impactful AI. Healthcare innovation represents another domain where G42’s influence is increasingly visible. By integrating advanced analytics, machine learning models, and predictive algorithms into clinical environments, the organization contributes to enhanced diagnostics, personalized treatment pathways, and operational efficiency within healthcare systems. Xiao’s leadership underscores the importance of AI not only as a technological tool but as a transformative force capable of improving quality of life. Before assuming his current role, Peng Xiao built a distinguished career in enterprise software and technology leadership. He previously served in senior executive roles at MicroStrategy, where he oversaw global research and development, engineering teams, and product innovation strategies. His tenure there provided him with extensive experience in large scale software architecture, secure identity solutions, and enterprise analytics platforms. This background laid the foundation for his ability to scale G42 into a globally recognized technology powerhouse. Beyond his executive responsibilities, Xiao contributes to shaping the broader AI ecosystem within the UAE. He serves on the board of trustees of Mohamed bin Zayed University of Artificial Intelligence, the world’s first graduate level research university dedicated exclusively to artificial intelligence. In this capacity, he supports initiatives aimed at nurturing world class AI researchers and strengthening the UAE’s talent pipeline in advanced technologies. G42’s collaborative approach further reflects Xiao’s emphasis on global engagement. The company maintains partnerships with leading international technology firms and research institutions to accelerate innovation and ensure interoperability with global standards. These alliances enhance knowledge exchange and enable the co development of advanced solutions that address both regional and international challenges. At the heart of Xiao’s leadership philosophy lies a commitment to responsible innovation. He recognizes that artificial intelligence must be accompanied by strong governance frameworks, transparent operational models, and rigorous cybersecurity measures. Under his direction, G42 aligns its technological advancements with regulatory compliance, ethical considerations, and national strategic priorities. The convergence of AI research, sovereign cloud infrastructure, and applied digital transformation positions G42 as a central pillar of Abu Dhabi’s advanced technology landscape. Xiao’s balanced approach integrates visionary ambition with operational discipline, ensuring that innovation remains both scalable and secure. As global competition in artificial intelligence accelerates, leadership that combines technical expertise with strategic foresight becomes increasingly vital. Through his stewardship of G42, Peng Xiao continues to advance intelligence led innovation as a defining element of the UAE’s economic and technological evolution. By scaling generative AI solutions, strengthening sovereign data capabilities, and fostering cross sector collaboration, he is helping shape a resilient digital future anchored in advanced technology and global connectivity.

Zeinab SaeedFrom Laboratory Curiosity to Global Impact, One Scientist Is Transforming Plastic Waste into Scalable, Sustainable Innovation By Jane Stevens Zeinab Saeed never set out to become a spokesperson for sustainability or a symbol of scientific entrepreneurship. Her journey began, quite simply, with curiosity, an insistence on asking better questions and refusing to accept familiar problems as unsolvable. Today, as a PhD chemist and co-founder working in sustainable materials and plastic upcycling, she occupies a space where science, business, and environmental responsibility meet. But what makes her story compelling is not just what she does; it is how deliberately and thoughtfully she has chosen to do it.For Saeed, science was never meant to live in isolation. From the earliest stages of her academic research, she was drawn to questions that extended beyond theory. Plastic waste, one of the most visible and persistent environmental challenges of our time, became a focal point not because it was fashionable, but because it was unavoidable. The world was producing vast amounts of plastic, discarding most of it, and then struggling to manage the consequences. To her, this raised a fundamental question: what if plastic waste was not treated as the end of a lifecycle, but as the beginning of another? That single shift in perspective would quietly shape the rest of her career. Rather than viewing sustainability as a constraint on innovation, Saeed saw it as a challenge worthy of rigorous scientific attention. Her work in chemistry allowed her to examine materials at a fundamental level, how they behave, how they degrade, and how they might be transformed. Yet even as her research advanced, she became increasingly aware of a gap that exists in much of academia. Discovery, she realized, does not automatically lead to change. A breakthrough confined to a journal article may advance knowledge, but it rarely alters systems on its own. This realization planted the seeds for a transition that many researchers contemplate but few pursue. Moving from academic research to building a company is not a small leap. It demands a different way of thinking, a tolerance for uncertainty, and a willingness to step outside familiar measures of success. For Saeed, however, the shift felt less like abandoning science and more like extending its reach. She credits her time at Khalifa University for nurturing this mindset. The institution’s emphasis on applied research and real-world problem solving helped normalize the idea that scientists can, and perhaps should, think beyond the laboratory. Support structures such as Khalifa University Enterprises Company provided a framework for turning research into viable technology, offering guidance in commercialization and business development. More importantly, she was surrounded by mentors who believed that her work deserved a life beyond publication. Among them was her PhD supervisor, Prof. Sharmarke Mohamed, whose encouragement and shared vision played a defining role. As both a scientist and a co-founder, his support reinforced the idea that entrepreneurship was not a detour from serious research, but a continuation of it. With that backing, the idea of building a company stopped feeling risky for its own sake and started feeling purposeful. As a co-founder, Saeed quickly learned that leadership in this space looks very different from leadership in academia. In research, expertise often speaks for itself. In a startup, expertise must be translated. Working with people from diverse backgrounds, engineers, investors, and business partners, forced her to rethink how she communicated. Complex scientific concepts had to be explained clearly and convincingly, without losing their integrity. This process reshaped her leadership style. She came to understand that being a founder is not about having every answer, but about creating alignment. Seeking investment sharpened this lesson even further. Investors wanted to know not only whether the science worked, but whether it could scale, whether it made economic sense, and whether it could survive outside controlled conditions. These questions were not obstacles; they were necessary tests of whether innovation could truly make an impact. Through these experiences, Saeed developed a leadership approach grounded in integration rather than authority. Effective leadership, she discovered, is about bringing expertise together and guiding it toward a shared outcome, one that balances scientific rigor with practical reality. Working in sustainable materials also demands patience, a quality that Saeed has learned to value deeply. Progress in this field is rarely fast. Materials must be tested, refined, and validated over long periods. Failures are part of the process, and breakthroughs often arrive incrementally rather than dramatically. What sustains her through these long timelines is a clear sense of purpose. Each small advance carries meaning because of what it could eventually enable. A result that confirms a hypothesis or improves performance is not just a data point; it is a step toward reducing environmental harm. For Saeed, this perspective transforms waiting into working, and time into investment. The pace may be slow, but it is deliberate, and that deliberateness is what gives the work its weight. As her work has gained visibility on a global level, Saeed has been careful not to let recognition redefine her motivations. Awards and acknowledgment are encouraging, she admits, but she does not see them as destinations. Instead, she treats them as reminders, signals that people are paying attention, and that attention comes with responsibility. That responsibility, in her view, lies in how science is communicated and represented. Visibility creates an obligation to speak clearly and honestly, to avoid overselling solutions, and to keep the focus on the broader challenges rather than individual success. Recognition, then, becomes something to carry forward rather than something to hold onto. This sense of responsibility extends into her view of business and sustainability. She has watched the conversation around sustainable materials change noticeably in recent years. What was once framed as a branding exercise has become a matter of survival. Companies are facing stricter regulations, more fragile supply chains, and consumers who are far more informed and vocal than before. Sustainability is no longer optional, and it is no longer abstract. From Saeed’s perspective, science

MacBook Neo Brings Apple Inc.’s Laptop Experience to a New Price Point By Peter Davis When Apple Inc. introduces a new MacBook, the conversation usually revolves around power, design, and the steady climb of premium pricing. With the arrival of the MacBook Neo, however, Apple appears to be rewriting part of that narrative. Starting at $599, the MacBook Neo is positioned as the company’s most affordable laptop everan entry point aimed squarely at students, first-time Mac users, and everyday productivity seekers who have long admired the Mac ecosystem from a distance. One of the most revolutionary changes in this space is the rise of the AI concierge, which is redefining the very concept of a hotel stay. Gone are the days of clunky chatbots that provide scripted answers. The AI systems being developed today are more like a friend who understands your moods, your habits, and even your unspoken needs. Imagine arriving in Miami after a long international flight. As you unlock your room with your phone, the system detects signs of fatigue from your travel schedule and suggests drawing you a lavender-infused bath.  Overnight, a smart bed monitors your sleep patterns to ensure you rest well, and by morning, your favorite smoothie is waiting at your door, prepared exactly the way you like it. This isn’t just a gimmick; it’s technology that learns from your past trips and tailors itself in real time, while also keeping your privacy and data security a priority.  Hotels such as the fictional Bliss Stays are experimenting with “Vibe Planners,” systems that adjust your stay dynamically. Forgot to pack your running shoes? The AI will provide you with a pair and suggest the perfect jogging path along the beach at sunrise.  If you seem a little stressed, you might recommend a yoga class in the garden or book a quiet dinner table away from the crowd. What’s important here is that this innovation does not replace human hospitality. Staff members still add the warmth of personal notes, surprise treats, or insider recommendations for the best local food spots. Instead of replacing people, technology amplifies their ability to make each guest feel uniquely cared for. Experts predict that within the next few years, most upscale hotels will adopt such systems, thereby creating a new standard of satisfaction. But the journey begins even before you check in. Virtual and augmented reality opens new horizons, letting travelers preview experiences in astonishing detail. Imagine slipping on a VR headset and suddenly finding yourself strolling through Marrakech’s bustling souks. 

Nora Al Matrooshi, The Star Sailor Rewriting Arab Horizons By Editorial Desk For millennia, the night sky over the Arabian Peninsula has been more than a spectacle. It has been a guide, a calendar and a promise. Desert caravans read the constellations to cross shifting sands, while sailors of the Gulf trusted the stars to carry them across open water. Knowledge of the heavens was not abstract science but lived culture, passed down through memory, poetry and survival. In the twenty first century, that ancient relationship with the cosmos has found a new expression in Nora Al Matrooshi, the first Emirati and Arab woman to qualify as an astronaut. Her achievement is not only technological or professional. It is cultural, symbolic and deeply rooted in the long history of Arab navigation and curiosity. Born in 1993 in Sharjah, Al Matrooshi grew up in a society undergoing rapid transformation, balancing inherited tradition with global ambition. From an early age she spoke openly about wanting to go to space, a dream that might have sounded fanciful were it not so closely aligned with her family history. On her mother’s side, she comes from generations of sailors who worked the trade routes of the Arabian Gulf and the Indian Ocean. Their lives depended on reading winds, currents and stars, an intimacy with nature that echoes uncannily in modern spaceflight. The Greek origin of the word astronaut means star sailor, a coincidence that feels almost fated in her case. Where her ancestors crossed water, she is preparing to cross the vacuum. Her path to the astronaut corps was built on discipline rather than romance. She studied mechanical engineering at the United Arab Emirates University, graduating with distinction and establishing herself as one of the strongest students of her cohort. Engineering in the Gulf has long been associated with nation building, from energy infrastructure to urban expansion, and Al Matrooshi entered the workforce at the National Petroleum Construction Company as a piping engineer. There, she contributed to large scale industrial projects while also taking on a leadership role as vice president of the company’s youth council. In that capacity, she advocated for young Emiratis, particularly women, to see technical fields not as intimidating domains but as spaces in which they belonged. Her selection in 2021 for the UAE Astronaut Programme marked a turning point not only in her own life but in the cultural imagination of the region. More than four thousand applicants competed for two places. When Al Matrooshi was announced alongside Mohammad Al Mulla, the message was unmistakable. The national ambition to reach space was not gendered. It was collective. In a region where women’s progress is often discussed through external stereotypes, her selection reframed the narrative from within, presenting competence, resilience and aspiration as shared values. Training as an astronaut required her to adapt to one of the most demanding professional environments in the world. At NASA’s Johnson Space Center in Houston, she undertook years of instruction in spacecraft systems, robotics, geology, survival training and high performance aviation. She flew the T 38 jet, trained underwater for spacewalk simulations and learned to operate within the complex ecosystem of the International Space Station. Yet alongside the physical and intellectual challenges came a quieter but no less significant question of identity. How does a Muslim woman maintain her cultural and religious practices within systems designed without her in mind. One widely discussed example was the integration of modest dress with astronaut equipment. Rather than framing this as an obstacle, Al Matrooshi approached it as a design challenge, working with engineers to ensure safety and functionality while respecting her beliefs. The outcome was not a compromise but a demonstration that inclusion in science does not require erasure of identity. It showed that modern exploration can expand not only our physical reach but also our understanding of who gets to participate. The image of Al Matrooshi in a flight suit has resonated far beyond aerospace circles. For many in the Arab world, she represents a visible shift in what leadership and excellence look like. She speaks frequently about invisible barriers, not always imposed by law or policy but by expectation. By occupying a role historically dominated by men from a narrow set of cultures, she challenges those expectations simply by existing within the system and excelling at its highest standards. Her journey is inseparable from the broader trajectory of the United Arab Emirates, a nation that has placed space exploration at the heart of its long term vision. From the Mars Hope Probe to lunar ambitions, the UAE has framed space not as spectacle but as investment in knowledge, education and international collaboration. Al Matrooshi embodies this philosophy. She often references the forward looking mindset of Sheikh Zayed bin Sultan Al Nahyan, whose belief in education and imagination laid the groundwork for such achievements. In that sense, her story is not an exception but a continuation of a national ethos that treats ambition as a civic duty. Looking ahead, Al Matrooshi has spoken of her hope to take part in future lunar missions as international programmes expand. Whether her path leads to the International Space Station, the Moon or beyond, the cultural impact of her presence is already secure. An Emirati woman training for deep space missions would have been almost unimaginable a generation ago. Today, it is a lived reality. Beyond the technical milestones, she has emerged as a cultural ambassador, articulating a vision in which faith, gender and science are not in conflict but in conversation. Her message to young people is deceptively simple. Pursue what gives you meaning, even when the path is uncharted. In societies where conformity has often been prized over experimentation, that message carries quiet radicalism. Nora Al Matrooshi stands at a rare intersection of past and future. She carries with her the memory of sailors who trusted the stars and the aspirations of a generation determined to reach them. The Arabian night sky, once a guide for survival,

The Dubai Flying Taxi and the End of the Urban Gridlock By Peter Davis The morning sun over the Persian Gulf has always reflected off the glass and steel of Dubai’s skyline with a certain prophetic intensity. But as we stand in the early days of 2026, the light catches something entirely new, a silhouette that, until very recently, existed only in the conceptual renders of science fiction. Suspended between the shimmering spire of the Burj Khalifa and the turquoise waters of the Palm Jumeirah, a fleet of six-rotor aircraft now hums with the sound of a city that has finally outpaced the ground. This is the dawn of Advanced Air Mobility (AAM), and with the official commercial launch on March 31, 2026, Dubai has become the world’s first true laboratory for a life lived in three dimensions. For decades, the global conversation regarding “flying cars” was dismissed as a retro-futuristic fantasy, a trope of mid-century optimism that failed to account for the crushing realities of battery density, noise pollution, and air traffic complexity. Yet, the skepticism is being silenced by the soft, electric whir of the Joby S4. The launch of the world’s first commercial flying taxi service in Dubai is not merely a localized transit upgrade; it is a seismic shift in the architecture of human movement. We are witnessing the decoupling of geography from time. In a city where the arterial pulse of Sheikh Zayed Road has long been prone to the occasional sclerotic jam of supercars and logistics haulers, the sky has been opened as a release valve, a high-speed bypass that redefines the very essence of a modern metropolis. The Engineering of a Silent Revolution To understand the magnitude of this moment, one must look past the sleek carbon-fiber fuselage and into the intricate machinery of the partnership that made it possible. This was not an overnight success but a calculated, decade-long sprint led by Dubai’s Roads and Transport Authority (RTA) in collaboration with Joby Aviation and Skyports Infrastructure. While other global hubs like New York, Los Angeles, and London spent years entangled in the thickets of local zoning laws and fragmented regulatory hurdles, Dubai’s leadership moved with a singular, strategic efficiency. They recognized early on that the primary barrier to flight was not just the aircraft, but the ecosystem. The aircraft itself, the Joby S4, is a marvel of Distributed Electric Propulsion (DEP). To the casual observer, it looks like a cross between a sophisticated drone and a private jet of the future. However, the engineering genius lies in its redundancy. Unlike a traditional helicopter, which relies on a single complex rotor head, a notorious “single point of failure”, the S4 utilizes six independent tilting rotors. This means that if one, or even two, motors were to fail, the aircraft can transition its power and land with the grace of a bird. For the passengers, the most striking element isn’t the speed, though 321 km/h is certainly exhilarating, but the silence. At cruising altitude, the sound of the rotors is lost to the ambient wind, a stark contrast to the thudding, aggressive cacophony of the traditional helicopters that have long ferried the ultra-wealthy. The 12-Minute Commute The true value proposition of the flying taxi is found in the math of the commute. The journey from Dubai International Airport (DXB) to the Palm Jumeirah, a route that once demanded a forty-five-minute commitment to the asphalt and the whims of rush-hour traffic, now takes a mere 10 to 12 minutes. As you lift off from the DXB Vertiport, a three-story architectural gem integrated into the airport’s existing terminal structure, the city unfolds beneath you in a way that feels intimate rather than distant. You aren’t just flying over Dubai; you are moving through it. The route passes the Downtown hub, where the vertiport sits nestled near the Dubai Mall, looking like a futuristic lily pad amidst a sea of skyscrapers. From this vantage point, the sheer scale of the infrastructure investment becomes clear. These are not mere landing pads; they are high-tech portals equipped with rapid-charging systems that can replenish the aircraft’s batteries in the time it takes for a passenger to deboard and a new group to check in. By the time you reach the American University in Dubai (AUD) vertiport in the Marina or the rooftop terminal at Atlantis The Royal on the Palm, the traditional concept of “distance” has been rendered obsolete. Vertiports The New Anchors of Urban Real Estate The infrastructure is being developed by Skyports Infrastructure, which has designed a “plug-and-play” terminal system specifically for the high-density environment of Dubai. The DXB hub alone covers 3,100 square meters and is designed to handle up to 170,000 passengers annually. But the significance of these buildings goes beyond throughput. We are seeing a fundamental shift in real estate valuation. Historically, the value of a property in Dubai was dictated by its proximity to the Metro or its ease of access to the main highways. Today, a new metric has emerged: “Vertiport Proximity.” Developers are already redesigning penthouses and commercial towers to include private landing zones and integrated air-taxi lounges. The “Marina-to-Downtown” corridor, once a logistical hurdle for many residents, has become a non-issue, effectively merging two of the city’s most vibrant districts into a single, seamless urban experience. This connectivity is attracting a new wave of global tech talent and venture capital, as Dubai cements its reputation as the world’s living laboratory for the Fourth Industrial Revolution. The vertiport at Dubai Mall, developed in collaboration with Emaar, isn’t just a transport stop; it’s a lifestyle statement, connecting the world’s largest shopping destination to the global aviation network in a matter of minutes. The Regulatory Blueprint One of the most under-reported aspects of Dubai’s success is the legislative ground cleared by the General Civil Aviation Authority (GCAA). Dubai is currently the only city in the world with a dedicated national legal framework for vertiports and eVTOL operations. The GCAA’s “CAR-HVD” regulations have become

Abdallah Abu SheikhWhere The Dunes Learn To Think & The Inner Life Of Emirati Progress By Ami Pandey There are men whose influence can be measured in numbers, valuations, users, and exits. Then there are men whose influence seeps quietly into the texture of daily life, altering how people speak, connect, trust, and imagine their future. Abdallah Abu Sheikh belongs firmly to the latter. His story is often told through the language of technology and business, yet those terms only skim the surface of what he represents to the United Arab Emirates. To understand him properly, one must look beyond the platforms and into the cultural temperament that animates his work. He is not simply building companies; he is shaping a distinctly Emirati way of participating in the digital age, one that carries memory, manners, and moral weight into spaces usually governed by speed alone. The Emirates has always understood progress as something more layered than acceleration. Long before fibre optics and artificial intelligence, this land mastered the art of connection through trade routes, oral agreements, and trust built face-to-face in the majlis. Abdallah’s instinctive brilliance lies in recognising that modern technology, if it is to serve this society honestly, must behave with the same courtesy. His ventures echo this sensibility. They do not shout. They do not overwhelm. They listen. They simplify. They gather people into systems that feel less like machines and more like extended households. This quality is rarely articulated in profiles about him, yet it is the thread that binds everything he touches. Patriotism, in his case, is not symbolic. It is structural. It appears in decisions about where data lives, whose language is prioritised, which communities are designed for first rather than last. Abdallah has always worked with an unspoken awareness that the Emirates is a young nation with an ancient soul, and that the digital realm is now one of its most contested territories. To relinquish it entirely to external powers would be a quiet erosion of sovereignty. His insistence on homegrown infrastructure, Arabic language intelligence, and regionally anchored platforms is therefore not merely a strategic move. It is protective. It is an act of care towards a culture that deserves to see itself reflected in the tools it uses every day. What sets him apart from many global technology leaders is his emotional relationship with scale. Growth, for Abdallah, is not about domination. It is about continuity. He expands not to erase alternatives but to integrate them into something more cohesive. This is deeply Emirati in spirit. Historically, survival in the desert depended on cooperation rather than conquest. His businesses mirror this ethic. They pull fragmented services into unified ecosystems, reducing friction not to capture attention but to give time back to people. In a world obsessed with extraction, this orientation towards ease is quietly radical. There is also a gentleness in how he thinks about labour, a respect that is rarely foregrounded in discussions of technology. The Emirates is built by hands from every corner of the world, and Abdallah has never treated this reality as an abstraction. His platforms consistently account for those who live on the margins of glamour but at the centre of reality. Blue collar workers, migrants, small traders, families separated by borders and remittances are not an afterthought in his vision. They are central characters. By designing systems that dignify their participation, he restores a moral balance often lost in high growth environments. This, too, is a form of patriotism, one that recognises the nation not as a logo but as a living mosaic of effort. Culturally, Abdallah moves with an unusual internal stillness. He is not driven by spectacle. His confidence is rooted, almost pastoral, shaped by an understanding that endurance matters more than applause. This temperament likely emerges from the intersection of his international exposure and his Middle Eastern grounding. Time spent in Britain instilled in him a respect for process, institutional memory, and the long view. Yet he never absorbed the emotional distance that often accompanies those systems. Instead, he carried home the discipline and fused it with Gulf warmth, producing a leadership style that is firm without being brittle, ambitious without being arrogant. In private conversations, those close to him often remark on his attentiveness. He listens with intent, not as a performance but as a habit. This trait informs his approach to innovation. Rather than imposing solutions, he studies patterns of frustration and desire within society, then designs quietly around them. The result is technology that feels intuitive, almost inevitable, as though it always existed and was merely waiting to be formalised. This ability to translate lived experience into scalable systems is one of his least discussed strengths, yet it is arguably his most powerful. Abdallah’s relationship with business is philosophical. He sees commerce not as an end but as a language through which values can be expressed at scale. Profit, in his worldview, is a form of validation, not justification. It confirms that a service is needed, not that it is complete. This explains why he often speaks about building rather than winning, about ecosystems rather than monopolies. His ambition is generative. He wants to leave behind structures that outlast his personal involvement, frameworks that continue serving long after his name recedes from the spotlight. This long arc thinking mirrors the national mindset of the Emirates itself, a country planned in decades rather than quarters. Technology, under his stewardship, becomes almost ceremonial. It is introduced with intention, aligned with human rhythms rather than imposed upon them. There is a cultural sensitivity in his insistence on reducing digital clutter, on unifying experiences rather than multiplying them. In a subtle way, this echoes the Emirati appreciation for simplicity beneath opulence. Just as traditional architecture hides cooling courtyards behind grand facades, his platforms conceal complexity beneath effortless interfaces. The user is spared the burden of understanding the machinery, invited instead into a space that simply works. Another rarely acknowledged dimension of Abdallah Abu