DA - Innovation - MSDI 2024

MSDI Innovation DA
1NC – Economy
Innovation is booming across all industries.
Berruti et al. 22’ – Dr. Federico, partner in McKinsey’s Toronto office. Alex Morris, partner in McKinsey’s Toronto office. Gisele Ho, senior manager. Phil Kirschner, a senior expert in the New York office. Sophie Norman, senior manager. Erik Roth, a senior partner in the Stamford, Connecticut, office. “How virtual work is accelerating innovation”, McKinsey & Company, https://www.mckinsey.com/capabilities/operations/our-insights/how-virtual-work-is-accelerating-innovation, 06-06-2022
Despite the upheaval caused by the COVID-19 pandemic—and partly because of it—innovation and digitization have been happening at a record-breaking pace. A McKinsey survey of top executives around the world found that companies accelerated their digitization of customer, supply chain, and internal operations by an average of three years.
Indeed, over the past two years, countries around the world have set records for new business formation, new patents issued, venture capital invested, and more. The US Census Bureau’s seasonally adjusted business formation statistics data show that through 2021, a record 5.38 million applications had been filed to form new businesses—an increase of more than 50 percent over prepandemic 2019.1 The brisk pace meant there were roughly 409,000 more US filings in 2021 than at the same point in prepandemic 2019. The World Intellectual Property Indicators also showed that aggregate global filing activity across 150 authorities grew in 2020, even amid the global health crisis.2 Venture capital flows have also boomed: in 2021, global venture capital more than doubled from 2020, rising 111 percent.3
What’s striking about these dramatic advances is that they largely entailed people collaborating remotely, leveraging technology in different ways, and being bolder with innovation, automation, and digitization than ever before. For decades, physical proximity has been considered essential to successful innovation. In an influential 1977 book, management professor Thomas Allen described a strong negative correlation between physical distance and frequency of communication, finding that people are four times as likely to regularly talk with someone six feet away from them as with someone 60 feet away, and people almost never communicate with colleagues on separate floors or in separate buildings.4
Strengthening patent protection discourages innovation – empirical data.
Day and Udick 19’ – Gregory, J.D., Ph.D., is an Assistant Professor at the University of Georgia Terry College of Business with a courtesy appointment in the School of Law. Steven, J.D., is an Associate at Skiermont Derby, LLP. “Patent Law and the Emigration of Innovation”, Washington Law Review, Vol. 94, No. 1, pg. 124-125, https://digitalcommons.law.uw.edu/wlr/vol94/iss1/4/, xx-xx-2019
Our hypothesis is that foreign patent environments offer inventors meaningful options influencing where they choose to innovate but not in the expected ways. We find that inventors are heterogeneous with contrasting preferences depending on their stage of innovation.22 Entrenched patent owners value stronger patent rights—reflected by sizeable royalty awards, treble damages, and equitable remedies—to deter and punish acts of infringement.23 Inventors during the innovation stage, on the other hand, have incentives to develop technology where patent rights are weaker. This is because the innovation process exposes the typical inventor to liability if the inventor’s R&D has unwittingly (or intentionally) incorporated another’s patented technology without permission.24 Increasing this issue’s saliency, there are both practicing and non-practicing entities that, in asserting meritless patent infringement claims, exploit the high costs of U.S. patent litigation; this strategy is typically meant to either extract rents from inventors or frustrate efforts to develop competing technology, which may lead early stage innovators to seek out foreign patent regimes.25 As a partner at an international law firm confirmed to us, patent litigation is a common strategy used against upstart companies who have “stepped on the toes” of dominant players.26 Another practitioner witnessed “egregious” examples of large companies “steamrolling” smaller inventors using patent litigation.27 Given the average cost to defend an infringement lawsuit in the United States is roughly $3.5 million28 and royalty awards have surpassed $2.5 billion29— which inventors can potentially mitigate by innovating almost anywhere but the United States—this may explain why the United States has reportedly lost innovation.
Our results generate novel empirical and theoretical insights into the way patent rights incentivize innovation. According to our quantitative analysis, some firms avoid the litigation risks of U.S. patent law by developing technology in countries that have lessened the costs and risks of patent enforcement (i.e., all the costs borne from the patent assertion and litigation processes).30 We deduce, then, that a critical and generally ignored element of patent law’s ability to promote innovation concerns where the resulting innovation takes place. It seems industry advocates and patent scholars overestimate how much innovation strong patent protection generates, while underestimating the deterrent effect of the high costs associated with patent enforcement. So, contrary to popular logic, recent congressional efforts, and industry advocates,31 our findings indicate that the increasingly common proposal to strengthen patent rights would have the opposite effect of diminishing innovation in the United States
Innovation is necessary for sustained economic growth
Hux Ventures, July 19 2023 “Economic Growth and Prosperity” https://www.linkedin.com/pulse/embracing-innovation-key-economic-growth-prosperity-huxventures/
In today's rapidly changing world, adopting innovation has become a crucial factor for the success and sustainability of economies. Innovation involves the creation and application of new ideas, processes, technologies, or business models, leading to improved productivity, increased competitiveness, and overall economic growth. In this content, we will explore why embracing innovation is vital for economies and how it drives progress and prosperity. 1. Driving Economic Growth Innovation plays a pivotal role in driving economic growth by fueling productivity gains and creating new opportunities. When businesses and industries embrace innovation, they become more efficient in their operations, reduce costs, and produce goods and services of higher quality. These advancements contribute to increased production and, subsequently, economic expansion. Moreover, innovation often leads to the emergence of entirely new industries and markets, spurring job creation and economic diversification. New technologies and disruptive ideas open up avenues for entrepreneurs and startups, fostering a vibrant ecosystem that encourages experimentation and creative problem-solving. 2. Enhancing Global Competitiveness In a globalized world, countries must remain competitive to thrive economically. By adopting innovation, economies can gain a competitive edge over others in the international arena. Innovative products and services attract consumers, both domestically and internationally, bolstering a nation's exports and balance of trade. Governments and businesses that prioritize research and development (R&D) investment and create supportive policies for innovation can attract foreign direct investment (FDI) and retain local talent. This results in a self-reinforcing cycle where a robust innovation ecosystem further strengthens a country's competitive advantage. 3. Addressing Societal Challenges Innovation plays a vital role in addressing pressing societal challenges such as climate change, healthcare, education, and poverty. Breakthroughs in renewable energy, sustainable agriculture, and resource conservation not only lead to a greener economy but also create opportunities for job growth and sustainable development. Innovations in healthcare and biotechnology improve the quality of life, extend lifespans, and reduce healthcare costs, benefiting both individuals and society as a whole. Additionally, advancements in education technology can enhance access to quality education, empowering people to contribute effectively to the economy. 4. Resilience and Adaptability Economies that embrace innovation demonstrate greater resilience in times of economic uncertainty or crisis. The ability to adapt to changing circumstances through innovative solutions allows businesses to weather challenges, maintain operations, and emerge stronger after downturns. During the COVID-19 pandemic, innovative companies swiftly pivoted to remote work, and industries adapted to the changing consumer landscape. These innovations helped minimize economic disruption and set the stage for a faster recovery. 5. Improving Standards of Living Ultimately, the widespread adoption of innovation leads to improved standards of living for the population. Innovation enhances efficiency and productivity across various sectors, making goods and services more affordable and accessible to a broader segment of society. As economies grow and prosper, governments can invest in public infrastructure, healthcare, education, and social welfare programs, fostering an environment of well-being and prosperity for citizens. In conclusion, adopting innovation is not merely an option but a necessity for economies seeking sustainable growth and development. By driving economic growth, enhancing global competitiveness, addressing societal challenges, fostering resilience, and improving standards of living, innovation becomes the driving force behind progress and prosperity. Governments, businesses, and individuals must collaborate to create an ecosystem that nurtures and supports innovation. Investing in education, research, and technology and promoting a culture of creativity and entrepreneurship are essential steps to ensuring that economies thrive in an ever-changing world. Through innovation, we can shape a brighter and more prosperous future for all.
Economic declines cascade and cause nuclear war.
Maavak 21 – Dr. Mathew, PhD in Risk Foresight from the Universiti Teknologi Malaysia, External Researcher (PLATBIDAFO) at the Kazimieras Simonavicius University, Expert and Regular Commentator on Risk-Related Geostrategic Issues at the Russian International Affairs Council. “Horizon 2030: Will Emerging Risks Unravel Our Global Systems?”, Salus Journal, The Australian Journal for Law Enforcement, Security and Intelligence Professionals, Vol. 9, No. 1, pg. 2-8, https://search.informit.org/doi/abs/10.3316/informit.673954589035546, 04-14-2021
Various scholars and institutions regard global social instability as the greatest threat facing this decade. The catalyst has been postulated to be a Second Great Depression which, in turn, will have profound implications for global security and national integrity. This paper, written from a broad systems perspective, illustrates how emerging risks are getting more complex and intertwined; blurring boundaries between the economic, environmental, geopolitical, societal and technological taxonomy used by the World Economic Forum for its annual global risk forecasts. Tight couplings in our global systems have also enabled risks accrued in one area to snowball into a full-blown crisis elsewhere. The COVID-19 pandemic and its socioeconomic fallouts exemplify this systemic chain-reaction. Onceinexorable forces of globalization are rupturing as the current global system can no longer be sustained due to poor governance and runaway wealth fractionation. The coronavirus pandemic is also enabling Big Tech to expropriate the levers of governments and mass communications worldwide. This paper concludes by highlighting how this development poses a dilemma for security professionals. Key Words: Global Systems, Emergence, VUCA, COVID-9, Social Instability, Big Tech, Great Reset INTRODUCTION The new decade is witnessing rising volatility across global systems. Pick any random “system” today and chart out its trajectory: Are our education systems becoming more robust and affordable? What about food security? Are our healthcare systems improving? Are our pension systems sound? Wherever one looks, there are dark clouds gathering on a global horizon marked by volatility, uncertainty, complexity and ambiguity (VUCA). But what exactly is a global system? Our planet itself is an autonomous and selfsustaining mega-system, marked by periodic cycles and elemental vagaries. Human activities within however are not system isolates as our banking, utility, farming, healthcare and retail sectors etc. are increasingly entwined. Risks accrued in one system may cascade into an unforeseen crisis within and/or without (Choo, Smith & McCusker, 2007). Scholars call this phenomenon “emergence”; one where the behaviour of intersecting systems is determined by complex and largely invisible interactions at the substratum (Goldstein, 1999; Holland, 1998). The ongoing COVID-19 pandemic is a case in point. While experts remain divided over the source and morphology of the virus, the contagion has ramified into a global health crisis and supply chain nightmare. It is also tilting the geopolitical balance. China is the largest exporter of intermediate products, and had generated nearly 20% of global imports in 2015 alone (Cousin, 2020). The pharmaceutical sector is particularly vulnerable. Nearly “85% of medicines in the U.S. strategic national stockpile” sources components from China (Owens, 2020). An initial run on respiratory masks has now been eclipsed by rowdy queues at supermarkets and the bankruptcy of small businesses. The entire global population – save for major pockets such as Sweden, Belarus, Taiwan and Japan – have been subjected to cyclical lockdowns and quarantines. Never before in history have humans faced such a systemic, borderless calamity. COVID-19 represents a classic emergent crisis that necessitates real-time response and adaptivity in a real-time world, particularly since the global Just-in-Time (JIT) production and delivery system serves as both an enabler and vector for transboundary risks. From a systems thinking perspective, emerging risk management should therefore address a whole spectrum of activity across the economic, environmental, geopolitical, societal and technological (EEGST) taxonomy. Every emerging threat can be slotted into this taxonomy – a reason why it is used by the World Economic Forum (WEF) for its annual global risk exercises (Maavak, 2019a). As traditional forces of globalization unravel, security professionals should take cognizance of emerging threats through a systems thinking approach. METHODOLOGY An EEGST sectional breakdown was adopted to illustrate a sampling of extreme risks facing the world for the 2020-2030 decade. The transcendental quality of emerging risks, as outlined on Figure 1, below, was primarily informed by the following pillars of systems thinking (Rickards, 2020): • Diminishing diversity (or increasing homogeneity) of actors in the global system (Boli & Thomas, 1997; Meyer, 2000; Young et al, 2006); • Interconnections in the global system (Homer-Dixon et al, 2015; Lee & Preston, 2012); • Interactions of actors, events and components in the global system (Buldyrev et al, 2010; Bashan et al, 2013; Homer-Dixon et al, 2015); and • Adaptive qualities in particular systems (Bodin & Norberg, 2005; Scheffer et al, 2012) Since scholastic material on this topic remains somewhat inchoate, this paper buttresses many of its contentions through secondary (i.e. news/institutional) sources. ECONOMY According to Professor Stanislaw Drozdz (2018) of the Polish Academy of Sciences, “a global financial crash of a previously unprecedented scale is highly probable” by the mid- 2020s. This will lead to a trickle-down meltdown, impacting all areas of human activity. The economist John Mauldin (2018) similarly warns that the “2020s might be the worst decade in US history” and may lead to a Second Great Depression. Other forecasts are equally alarming. According to the International Institute of Finance, global debt may have surpassed $255 trillion by 2020 (IIF, 2019). Yet another study revealed that global debts and liabilities amounted to a staggering $2.5 quadrillion (Ausman, 2018). The reader should note that these figures were tabulated before the COVID-19 outbreak. The IMF singles out widening income inequality as the trigger for the next Great Depression (Georgieva, 2020). The wealthiest 1% now own more than twice as much wealth as 6.9 billion people (Coffey et al, 2020) and this chasm is widening with each passing month. COVID-19 had, in fact, boosted global billionaire wealth to an unprecedented $10.2 trillion by July 2020 (UBS-PWC, 2020). Global GDP, worth $88 trillion in 2019, may have contracted by 5.2% in 2020 (World Bank, 2020). As the Greek historian Plutarch warned in the 1st century AD: “An imbalance between rich and poor is the oldest and most fatal ailment of all republics” (Mauldin, 2014). The stability of a society, as Aristotle argued even earlier, depends on a robust middle element or middle class. At the rate the global middle class is facing catastrophic debt and unemployment levels, widespread social disaffection may morph into outright anarchy (Maavak, 2012; DCDC, 2007). Economic stressors, in transcendent VUCA fashion, may also induce radical geopolitical realignments. Bullions now carry more weight than NATO’s security guarantees in Eastern Europe. After Poland repatriated 100 tons of gold from the Bank of England in 2019, Slovakia, Serbia and Hungary quickly followed suit. According to former Slovak Premier Robert Fico, this erosion in regional trust was based on historical precedents – in particular the 1938 Munich Agreement which ceded Czechoslovakia’s Sudetenland to Nazi Germany. As Fico reiterated (Dudik & Tomek, 2019): “You can hardly trust even the closest allies after the Munich Agreement… I guarantee that if something happens, we won’t see a single gram of this (offshore-held) gold. Let’s do it (repatriation) as quickly as possible.” (Parenthesis added by author). President Aleksandar Vucic of Serbia (a non-NATO nation) justified his central bank’s gold-repatriation program by hinting at economic headwinds ahead: “We see in which direction the crisis in the world is moving” (Dudik & Tomek, 2019). Indeed, with two global Titanics – the United States and China – set on a collision course with a quadrillions-denominated iceberg in the middle, and a viral outbreak on its tip, the seismic ripples will be felt far, wide and for a considerable period. A reality check is nonetheless needed here: Can additional bullions realistically circumvallate the economies of 80 million plus peoples in these Eastern European nations, worth a collective $1.8 trillion by purchasing power parity? Gold however is a potent psychological symbol as it represents national sovereignty and economic reassurance in a potentially hyperinflationary world. The portents are clear: The current global economic system will be weakened by rising nationalism and autarkic demands. Much uncertainty remains ahead. Mauldin (2018) proposes the introduction of Old Testament-style debt jubilees to facilitate gradual national recoveries. The World Economic Forum, on the other hand, has long proposed a “Great Reset” by 2030; a socialist utopia where “you’ll own nothing and you’ll be happy” (WEF, 2016). In the final analysis, COVID-19 is not the root cause of the current global economic turmoil; it is merely an accelerant to a burning house of cards that was left smouldering since the 2008 Great Recession (Maavak, 2020a). We also see how the four main pillars of systems thinking 

Preview shortened. Download the file for the full document.