Chapter 4
New Winners and Losers in the Digital Economy
Economic leadership has historically shifted between nations - from China to Italian city-states, to Portugal and Spain, to the Netherlands, to Britain, and then to the United States. Today, we're witnessing a similar shift in the Great Tech Game, with new winners and losers emerging. Unlike the industrial revolution where nations like Britain, Belgium, Germany, and the US became economic powerhouses while colonies lagged behind, the digital revolution offers unique opportunities for previously less-industrialized nations to increase productivity through technology adoption.
However, a widening gap is forming between technology "haves" and "have-nots," potentially triggering a second Great Divergence. Having internet users is necessary but insufficient for becoming a digital power. Success in the digital economy depends on ownership of infrastructure, technologies, code and data - not merely connection counts. Over 90% of the world's data centers are concentrated in wealthy European, North American and East Asian countries, with Latin America and Africa housing less than 2%. The US and China dominate with 90% of the largest tech firms and 75% of cloud computing capacity.
For nations lagging in digital development across Latin America, Africa, Central Asia, South Asia, and parts of Europe, genuine technological leapfrogging is "practically impossible" according to World Bank's Indermit Gill. While countries might leapfrog specific technologies (like India skipping landlines for mobile phones), advancing in general-purpose technologies is much harder. Nevertheless, digital laggards can catch up - difficult but possible, just as the East Asian Tigers caught up with industrialized nations despite being clear laggards.
To develop effective digital strategies, nations need comprehensive frameworks to assess digital competitiveness beyond simple metrics like unicorn counts. Key factors determining digital competitiveness include digital infrastructure, market size, capital availability, entrepreneurial talent, digital skills, R&D spending, industry transformation, business environment, and regulatory frameworks.
The ongoing structural economic transition offers unique opportunities for nations to carve roles in emerging value chains. Countries must evaluate their existing strengths, capabilities, and comparative advantages to develop tailored strategies. Some nations like the US and UK have adopted generalist approaches, while others follow niche strategies. Trading hubs like Singapore are repositioning themselves as digital entrepots, while countries like Ireland position themselves as attractive low-tax jurisdictions for Big Tech.
Chapter 5
Technology, Geopolitics and the New World Order
Technology has fundamentally altered geopolitics, shifting strategic advantage from territorial control to technological dominance. Nations increasingly recognize that technological leadership today ensures long-term strategic advantages spanning economic, security, and political domains. Beyond traditional strategic assets like shipping lanes, nations now prioritize control of information infrastructure including undersea fiber optic cables and data centers - the "technology silk routes" of our era.
The telegraph offers a powerful historical parallel to today's technological competition. In the nineteenth and twentieth centuries, Britain established monopolistic dominance over global telegraph communications. This "strategic backbone to the empire" reinforced British military and naval dominance worldwide while securing their colonies. During both world wars, this control proved decisive - notably when Britain cut Germany's telegraph cables the day after declaring war in 1914, isolating their opponents.
Today's "technology silk routes" primarily comprise undersea fiber optic cables, data centers and cloud networks. The internet's physical backbone consists of approximately 400 oceanic cables spanning about 1.2 million kilometers, carrying over 95% of global internet traffic. American tech giants are quietly dominating this network. Google owns major shares of over 100,000 km of submarine cables - nearly 10% of the global total. Facebook follows closely with co-ownership of about 92,000 km, while Amazon and Microsoft also control significant portions.
Though often overlooked in strategic planning, undersea cables and edge/CDN networks represent critical yet vulnerable components of global internet infrastructure with significant security and economic consequences. Major economic sectors would "snap to a halt" if these networks were disrupted. With the SWIFT international wire transfer network transmitting financial data across these cables to over 195 countries, widespread disruption could sabotage daily international financial transactions worth over $10 trillion.
The US and China are engaged in strategic battles over the undersea cable network, demonstrating how contentious internet infrastructure is becoming. Countries pressure firms to avoid building certain connections, as seen with the Pacific Light Cable Network project connecting the US, Philippines, Taiwan and Hong Kong. When Team Telecom (US security agencies) opposed the project citing concerns about Chinese data espionage, Facebook and Google submitted a revised plan excluding Hong Kong.
Chapter 6
The Battle for Technological Dominance
The Great Tech Game is rapidly reshaping the world order, with technological competition becoming the primary arena for geopolitical rivalry. The US and China, more than any other nations, recognize that technology isn't merely driving growth and geopolitical power - it is the fundamental foundation of power itself. This defining contest of the twenty-first century is unfolding before our eyes as other regions gradually grasp its long-term implications for global order.
China sees a "rare historic opportunity" to leapfrog past the US and other leading nations by gaining control of emerging technologies like 5G, robotics, AI and smart city infrastructure. Their goal is becoming the world's premier science and technology power by 2050. Through the "Digital Silk Road" initiative, Chinese companies have boosted internet connectivity across Africa, Eurasia and Latin America, with state-backed banks providing financing. Huawei and ZTE power nearly two-thirds of 5G networks outside China.
The US, recognizing its technological, economic, political and military dominance is under threat, is deploying a multifaceted strategy to block China's rise. The Foreign Investment Risk Review Modernization Act of 2018 (FIRRMA) enhanced the Committee on Foreign Investment's powers to apply national security considerations in reviewing foreign investments and broadened the definition of "critical technology." Through executive orders, the US aims to prevent American investments from financing Chinese military modernization and block the development of Chinese surveillance technology that facilitates human rights abuses.
Behind the visible battle for technological supremacy lies a crucial contest over technical standards - the norms, protocols, and architectures that operationalize emerging technologies. Standards have historically driven profit streams, as demonstrated by IBM's decades of licensing revenue after its PC standards became industry standards. China has strategically embraced standards-setting under the guidance of the Standards Administration of China (SAC) and its China Standards 2035 initiative. Taking advantage of American neglect, Chinese representatives have secured numerous leadership positions in key organizations.
The artificial intelligence revolution promises to unleash unprecedented productivity increases, functioning as the "electricity" of our era with extraordinarily broad applications. Venture capitalist Kai-Fu Lee predicts a bipolar AI world led by China and the United States, as these nations uniquely possess the essential ingredients for AI success: robust venture capital ecosystems, massive user bases, abundant data, talented entrepreneurs, AI researchers, and emerging AI companies.
Chapter 7
The Golden Age of Cyberespionage and Warfare
Technology is transforming espionage and warfare in unprecedented ways. The proliferation of personal devices and explosive growth in data flows have created new avenues for digital espionage that make traditional spycraft seem primitive by comparison. As global data flows skyrocket, encryption technologies to secure information and decryption capabilities to access it have become critical priorities for governments worldwide.
Cryptography, though developed early in the twentieth century, came into prominence during the world wars. Britain established its Government Code and Cipher School in 1919, which evolved into GCHQ, while the NSA emerged from America's WWII signals intelligence efforts in 1952. As private encryption technologies proliferated in the late 1990s, the NSA invested billions to maintain its eavesdropping capabilities. Edward Snowden's 2013 leaks revealed how intelligence agencies circumvent encryption either through access keys from technology companies or by installing "backdoor" entry provisions.
Cyberwarfare has rapidly risen to become the top threat in US intelligence assessments - a shift as dramatic as when the Soviets tested their first nuclear bomb. Cyber weapons are cheap to develop and easy to hide, yet in our networked world, they can remotely disrupt everything from phones to electrical grids to satellites. Unlike conventional warfare, cyberwar has unique characteristics: it's inexpensive (allowing smaller nations like North Korea to launch sophisticated attacks), digitally advanced nations are paradoxically more vulnerable, attribution is difficult, capabilities remain hidden, weapons can be stolen easily, damage potential is evolving rapidly, conflicts exist in a "gray area between war and peace," and defense requires unprecedented public-private coordination.
The technological transformation of geopolitics has elevated new players in the global power hierarchy. Cyber-intelligence agencies like the NSA, GCHQ, GRU, Israeli 8200 Unit, and Chinese PLA Units have gained outsized influence within their governments. Two emerging actor types are reshaping the landscape: proxy actors like Shadow Brokers who conduct cyber-campaigns for sponsor governments, and technology firms including network/hardware companies, software giants, and cybersecurity firms.
Cyberattacks have grown in both frequency and scope over the past decade. Major incidents include the Colonial Pipeline attack, where DarkSide ransomware forced the shutdown of pipelines carrying 45% of the US East Coast's fuel supplies, ultimately costing $4.4 million in ransom. Around the same time, a US meat company paid $11 million after an attack shut down plants processing one-fifth of America's meat supply. These sophisticated attacks demonstrate the dangerous impact cyber weapons can have on critical infrastructure like food, electricity, and fuel supplies.
Chapter 8
The Tug of War: States vs Big Tech
The conflict between states and powerful private entities has persisted throughout history, from the Medicis to the East India Companies to oil barons. Today's battle between governments and Big Tech, however, operates at an unprecedented scale. Unlike previous corporate giants, tech titans influence vast portions of society, economy, and politics, accumulating more wealth, power and influence than any corporate group in history.
Big Tech firms have achieved unprecedented scale, wealth and market dominance. Google handles 90% of web searches, while Facebook platforms reach 95% of young people online. Together, Google and Facebook capture nearly 90% of online ad spending, with Facebook's properties reaching half the world's population. Amazon controls almost 50% of US online commerce, though Alibaba's global sales are three times larger. This dominance has generated extraordinary wealth, with tech firms now comprising over 25% of the S&P index value and holding $600 billion in cash reserves. Apple's $2 trillion market cap exceeds the GDP of countries like Italy and Canada.
The battle between states and Big Tech stems from Silicon Valley's countercultural roots in the 1960s, which fostered utopian visions of technology as a democratizing force free from government interference. Early tech pioneers embraced libertarian ideals, with John Perry Barlow's 1996 Declaration of Independence of Cyberspace openly challenging government sovereignty. Yet these visions contained contradictions - they opposed mega-institutions while simultaneously creating monopolistic platforms justified as necessary for a "global village."
Despite governments seemingly winning the first round against tech giants, Big Tech won't surrender without deploying sophisticated counterstrategies. They're dramatically increasing lobbying efforts, making themselves indispensable to governments, exploiting governmental vulnerabilities, and pivoting from opposing regulation to advocating for "the right regulation" - not from changed beliefs, but as part of a "grand bargain" where they accept some oversight in exchange for protecting their core monopolistic positions.
Big Tech firms are increasingly acquiring powers traditionally reserved for nation states - assuming civic duties, influencing foreign policy, launching digital currencies, and developing advanced cyber capabilities exceeding most governments. This rise of "superstar firms" signals what some call a "tectonic geopolitical shift" challenging the four-century-old Westphalian system of sovereignty. Microsoft's Brad Smith believes the next decade will determine the balance between tech giants and nation states.
Chapter 9
Technology's Impact on Society and Humanity
Technology is fundamentally reshaping human behavior, culture, and values in ways comparable to the agricultural revolution or industrial era. The smartphone has replaced the clock as the device synchronizing human activity, connecting half the world while simultaneously distracting us from deeper engagement. Marshall McLuhan's insight that "the medium is the message" remains powerful today - beyond content, technology platforms fundamentally alter our nervous systems and perception.
The internet's impact on behavior can be examined through five dimensions: digital deficits (declining cognitive capabilities), addictions (dopamine-inducing design), divisiveness (algorithm-driven filter bubbles), duress (stress and anxiety from information overload), and dangers (loss of security, privacy and work). While social media creates a sense of connectedness with more people, it makes deeper conversations scarcer and intimacy more problematic. Studies show that even the mere presence of smartphones diminishes cognitive capacity. Our ability to focus has declined along with attention spans, as we prefer shorter content and mistake information for wisdom.
Digital addictions are deteriorating our physical, mental, and emotional health, leading to depression, loneliness, and even suicidal behavior among young people. Productivity at work is declining while stress, anxiety, and depression become commonplace. Children growing up with excessive screen time face poor attention spans and lack of personal connections, potentially becoming dysfunctional adults. Noreena Hertz has termed this "The Lonely Century," arguing that loneliness extends beyond personal isolation to include disconnection from politics, work, and society, fueling divisiveness and extremism worldwide.
We cannot turn back the clock on technology, but must learn to navigate these new waters. People are adapting through various strategies: digital detoxes like Vipassana retreats, "digital sabbaths" on weekends, apps that limit phone usage, and even abandoning smartphones altogether. Ultimately, we need a fundamental reassessment of our values and a personal "philosophy of technology use" - similar to conscious consumption - where we turn to digital technology only when it's truly the most efficient method for achieving our objectives.
The behavioral changes driven by technology will profoundly shape our values, societies, economies, and the world order. Just as Baby Boomers changed America's destiny, current generations molded by technology will determine our collective future. The "jet ski" approach to information processing will influence how our leaders make policy decisions. If Gandhi and Martin Luther King were shaped by reading lengthy works like Tolstoy's "War and Peace," what will shape tomorrow's leaders who have endless information at their fingertips but diminished capacity for deep engagement?
Chapter 10
Navigating the Great Tech Game
Technology brings profound changes to our politics, economies and lives that defy simple optimistic or pessimistic views. The Great Tech Game is causing seismic shifts in global economic, political and social structures that we don't fully understand. From artificial intelligence reshaping labor markets to social media transforming democratic discourse, these changes are fundamentally altering how societies function. The interconnected nature of these transformations means that developments in one area rapidly cascade into others, creating complex feedback loops that challenge traditional policy approaches.
Nations must develop strategic approaches to the Great Tech Game or risk missing transformative opportunities. Success requires rapidly building digital economies by integrating technology and data across all sectors to boost productivity. This means investing in digital infrastructure, from 5G networks to cloud computing capabilities, while simultaneously developing human capital through education and training programs. Countries must establish defensible competitive positions in the global ecosystem through multiple strategies tailored to their unique strengths and circumstances. Some may focus on becoming AI research hubs, others on manufacturing advanced semiconductors, while others might excel in cybersecurity or digital services.
The technology era brings both tremendous opportunity and profound challenges. Like previous transformative eras, it will create new winners and losers among nations, ideologies, and governance systems. Countries that successfully harness technological innovation can experience unprecedented economic growth and social development. However, those that fall behind risk becoming digitally colonized, dependent on other nations' technological platforms and infrastructure. Unlike past transitions, the pace of change is accelerating, giving us less time to adapt our institutions and values. The emergence of quantum computing, biotechnology, and advanced AI systems is compressing timeframes for strategic decision-making.
As we navigate this new landscape, we must remember that technology itself is neither good nor bad - its impact depends entirely on how we design and use it. The Great Tech Game isn't just about economic or geopolitical dominance; it's ultimately about what kind of world we want to create. This requires careful consideration of ethical frameworks, privacy protections, and democratic values in technological development. By understanding technology's historical context, economic implications, geopolitical dimensions, and societal effects, we can make more informed choices that align technology with our deepest human values and aspirations. This includes ensuring technological benefits are broadly shared, protecting individual rights in the digital age, and maintaining human agency in increasingly automated systems.
Success in the Great Tech Game requires balancing innovation with responsibility, competition with cooperation, and progress with preservation of human values. Nations must develop comprehensive strategies that address not only technological capabilities but also regulatory frameworks, educational systems, and social safety nets. The winners will be those who can navigate these complex trade-offs while maintaining social cohesion and democratic principles.
