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21. Towards a green, competitive and resilient EU economy: How can digitalisation help?

Author:
Annika Hedberg and Stefan Sipka
Publication Date:
07-2020
Content Type:
Working Paper
Institution:
European Policy Centre
Abstract:
EU leaders stress the importance of the green transition and digital transformation and consider it crucial to the EU's recovery from the coronavirus crisis. Rightly so. Aligning the EU's green and digital transition policies carries enormous potential and should become central to the Union's efforts to create a competitive and sustainable climate-neutral economy. The European Commission's Green Deal proposal – supported by, for example, the Industrial Strategy, the Circular Economy Action Plan and Digital Strategy – already recognises that the two transitions are closely linked. But the EU should go a step further. It should lead the way and ensure that digitalisation enhances environmental protection and climate action and that the digital sector becomes greener. The findings in this paper are the result of a year-long EPC research project commissioned by the German Federal Ministry for the Environment, Nature Conservation and Nuclear Safety (BMU).
Topic:
Science and Technology, European Union, Economy, Green Technology, and Sustainability
Political Geography:
Europe

22. Lessons Learned and Evolving Practices of the TIBER Framework for Resilience Testing in the Netherlands

Author:
Petra Hielkema and Raymond Kleijmeer
Publication Date:
10-2019
Content Type:
Working Paper
Institution:
Carnegie Endowment for International Peace
Abstract:
Financial institutions face an evolving threat landscape with a wide range of hostile actors targeting them. Regulators and consumers reasonably expect the institutions to make themselves more secure. The question then emerges as to whether financial institutions are complying with the different standards, rules, and regulations regarding their security. International standard-setting bodies have recognized the need to raise the bar higher for the resilience of financial institutions. The publication of the Committee on Payments and Market Infrastructures-International Organization of Securities Commissions (CPMI-IOSCO) guidance on cyber resilience in June 2016 has been pivotal in emphasizing the need to have an integrated approach for financial market infrastructures, with the institution’s board being ultimately responsible and accountable for cyber resilience.1 Increasingly, authorities and financial institutions alike recognize that, in addition to assessing the overall resilience posture of a financial institution against sophisticated attacks, it will be important to actually test this posture. The CPMI-IOSCO guidance includes a chapter dedicated to testing, containing several examples of activities to that end. Recently, frameworks for testing the resilience posture of institutions in practice have been developed internationally.
Topic:
Markets, Science and Technology, Finance, and Resilience
Political Geography:
Europe, Netherlands, and Global Focus

23. Kick-Starting Cosmopolitan Governance Through Science: The Case of a Giant Laser System

Author:
Nikola Schmidt and Ondrej Ditrych
Publication Date:
12-2019
Content Type:
Working Paper
Institution:
Institute of International Relations Prague
Abstract:
Recommendations are articulated for a state such as the Czech Republic for which a pragmatic normative the framework defined herein provides a useful perspective to look at the governance of new technologies that ensure normatively desirable outcomes of sweeping technological change, and stimulate international scientific collaboration with positive spill-over effects to other domains of international cooperation. This research was supported by the Technological Agency of the Czech Republic. Particularly through a scientific grant TACR TL01000181: “A multidisciplinary analysis of planetary defense from asteroids as the key national policy ensuring further flourishing and prosperity of humankind both on Earth and in Space.”
Topic:
Science and Technology, Governance, and Space
Political Geography:
Europe and Czech Republic

24. China Global Security Tracker

Author:
Helena Legarda
Publication Date:
02-2019
Content Type:
Working Paper
Institution:
International Institute for Strategic Studies
Abstract:
Europe has become a major target of China’s push to acquire advanced key technologies. These technologies support the development of dual-use products with civilian as well as military applications, a development that is in line with China’s efforts towards civil-military integration. The EU has been slow to wake up to this trend. Despite recent efforts, including those to set up a tighter investment screening mechanism, it still lacks strong coordinated regulations to protect its research and technologies. Even more importantly, the author of our newest China Global Security Tracker, MERICS researcher Helena Legarda, warns that Europe lacks a clear policy or strategy to keep up with China’s ambitions in this area. Joint European initiatives providing strategic guidance and adequate funding for innovation in dual-use technologies will be needed to not only preserve but to advance the EU’s scientific and engineering expertise. The China Global Security Tracker is a bi-annual publication as part of the China Security Project in cooperation between Mercator Institute for China Studies (MERICS) and the International Institute for Strategic Studies (IISS). This issue also features the Trump administration’s tightened export controls in response to China’s civil-military integration efforts, and it tracks other security developments in China in the second half of 2018, from the launch of a number of new defense systems to an increase in China’s military diplomacy activities around the world.
Topic:
Security, Diplomacy, Regional Cooperation, Science and Technology, Military Strategy, and European Union
Political Geography:
China, Europe, Beijing, and Asia

25. China Global Security Tracker, No.5

Author:
Helena Legarda
Publication Date:
06-2019
Content Type:
Working Paper
Institution:
International Institute for Strategic Studies
Abstract:
Presenting China as a 'responsible power' – Beijing releases first major defense white paper in four years
Topic:
Security, Defense Policy, Science and Technology, and Military Spending
Political Geography:
United States, Japan, China, Europe, Canada, Taiwan, France, and North America

26. Assessing Europe's Space Dependency and Its Implications

Author:
Guilhem Penent
Publication Date:
06-2019
Content Type:
Commentary and Analysis
Institution:
Institut français des relations internationales (IFRI)
Abstract:
It is a classic exercise to imagine what today’s world would be like if all satellites were shut down. The exact consequences of such a scenario, which is not unlikely given the inherent vulnerability of space systems to natural, accidental and deliberate interferences, are however difficult to appreciate, even for specialists. In the smartphone age, much of what we take for granted is provided by space technologies. They are so effective at delivering essential, though unseen, services (e.g. positioning, navigation and timing signals, geographic information data, and broadcasting relay and amplification) that many aspects of our modern society have become reliant upon them. As emphasized by Florence Parly, the French minister for the armed forces, in last September: “From rural to urban areas, from the very small to the large companies, every day, more than 10 satellites on average accompany us and help us in our daily lives.”
Topic:
Defense Policy, Science and Technology, Space, and Autonomy
Political Geography:
Europe and European Union

27. Bridging the divide: new evidence about firms and digitalisation

Author:
Reinhilde De Veugelers
Publication Date:
12-2019
Content Type:
Policy Brief
Institution:
Bruegel
Abstract:
Using new evidence on the digitalisation activities of firms in the European Union and the United States, we document a trend towards digital polarisation based on firms’ use of the latest digital technologies and their plans for future investment in digitalisation. A substantial share of firms are not implementing any state-of-the-art digital technologies and do not have plans to invest in digitalisation. However, there is also a substantial share of firms that are already partially or even fully implementing state-of-the-art digital technologies in their businesses and that plan to further increase their digitalisation investments. Small Manufacturing firms and old small firms in services are significantly more likely to be and remain non-active in terms of digitalisation. Our results do not provide any evidence that EU firms are more likely than their US counterparts to be stuck on the wrong side of the digitalisation divide. Taking into account firm size and firm age, there are no significant differences between the EU and the US in terms of having more or fewer persistently non-digital firms. As persistently digitally-inactive firms are also less likely to be innovative, to add employees or to command higher mark-ups, it is important for policymaking to remove barriers that trap these firms in persistent digital inactivity. Lack of access to finance is a major barrier for EU firms compared to their US counterparts, particularly for the EU’s persistently non-digital firms, and especially for older, smaller companies in services. Improving their access to finance might therefore go a long way towards addressing the corporate digitalisation divide in the EU.
Topic:
Science and Technology, Innovation, Strategic Competition, and Digital Revolution
Political Geography:
Europe, North America, and United States of America

28. The next generation of digital currencies: in search of stability

Author:
Gregory Claeys and Maria Demertzis
Publication Date:
12-2019
Content Type:
Policy Brief
Institution:
Bruegel
Abstract:
Four major developments have challenged the status quo and reopened the debate on the forms that money will take in the future: 1) use of cash as a medium of exchange has declined; 2) distributed ledger technology (DLT) has led to the emergence of thousands of digital cryptocurrencies; 3) some global tech giants are planning to provide private digital currencies to their billions of users in the form of stablecoins; and 4) in turn, public authorities are thinking about providing their own digital currencies to the general public. These developments raise questions about the implications for financial stability, the transmission of monetary policy and financial intermediation. This Policy Contribution focuses on the consequences stablecoins and central bank digital currencies could have. Stablecoins, such as Facebook’s Libra, differ from earlier generations of cryptocurrencies in three fundamental ways. First, they would start with large networks of users and global accessibility, two pivotal features for the critical uptake of a new currency. Second, given the current limitations of DLT, including in terms of energy efficiency, new stablecoins would rely on (more) centralised systems to validate transactions. Third, stablecoins would focus particularly on reducing the volatility in the value of the new currency. These new features of stablecoins attempt to correct some of the critical deficiencies identified in first-generation cryptocurrencies, which meant they did not acquire the main functions of money. However, new stablecoins raise other questions and potentially create new problems. One issue could arise from the more centralised (permissioned) validation system, which could lead to collusion problems. Another issue could arise from the reserve system that is supposed to ensure the stability of stablecoins, such as Libra, which could be incompatible with the profit maximisation behaviour of a private issuer. Facebook’s Libra plan has been a wake-up call to central banks and governments which, afraid of losing their monetary sovereignty, have renewed their interest in central bank digital currencies (CBDCs) as a potential solution. CBDCs could make private digital currencies less attractive and slow down their adoption. But there are other reasons to give the general public access to central bank liabilities. One important reason to provide CBDCs to citizens is that if cash disappears, citizens will lose direct access to sovereign money. Another benefit of the introduction of CBDCs is that monetary policy could be strengthened by transmitting it directly to the general public. However, the introduction of CBDCs could also be disruptive and create risks. In particular, CBDCs could have major consequences for financial intermediation. These risks would have to be evaluated by policymakers before any decisions are taken. If CBDCs are introduced, central banks would have to carefully calibrate their properties to minimise these risks. But, eventually, if these risks – and in particular the risk of structural financial disintermediation – do materialise, central banks would have various instruments to counter them.
Topic:
Science and Technology, Central Bank, Currency, Cryptocurrencies, and European Parliament
Political Geography:
Europe

29. Preparing for “NATO-mation”: the Atlantic Alliance toward the age of artificial intelligence

Author:
Andrea Gilli
Publication Date:
02-2019
Content Type:
Working Paper
Institution:
NATO Defense College
Abstract:
The unprecedented pace of technological change brought about by the fourth Industrial Revolution offers enormous opportunities but also entails some risks. This is evident when looking at discussions about artificial intelligence (AI), machine learning (ML) and big data (BD). Many analysts, scholars and policy- makers are in fact worried that, beside efficiency and new economic opportunities, these technologies may also promote international instability: for instance, by leading to a swift redistribution of wealth around the world; a rapid diffusion of military capabilities or by heightening the risks of military escalation and conflict. Such concerns are understandable. Throughout history, technological change has at times exerted similar effects. Additionally, human beings seem to have an innate fear that autonomous machines might, at some point, revolt and threaten humanity – as illustrated in popular culture, from Hebrew tradition’s Golem to Mary Shelley’s Frankenstein, from Karel Čapek’s Robot to Isaac Asimov’s I, Robot and the movie Terminator. This NDC Policy Brief contributes to the existing debate by assessing the logic behind some of these concerns and by looking at the historical record. While some worries are warranted, this brief provides a much more reassuring view. The implications are straightforward: NATO, its member states and partners should not be afraid of ongoing technological change, but embrace the opportunities offered by new technologies and address the related challenges. In other words, the Atlantic Alliance should start a new transformation process directed toward the age of intelligent machines: it should start with what I call “NATO-mation”. The goal is not only preserving and enhancing NATO’s military superiority and thus better contribute to global security in the decades ahead but also ensuring that its values, ethical stances as well as moral commitments will remain central in a rapidly- changing security environment.
Topic:
NATO, Regional Cooperation, Science and Technology, Military Strategy, and Artificial Intelligence
Political Geography:
Europe, North Atlantic, and North America

30. The Brain and the Processor: Unpacking the Challenges of Human-Machine Interaction

Author:
Andrea Gilli
Publication Date:
12-2019
Content Type:
Working Paper
Institution:
NATO Defense College
Abstract:
This volume touches upon this and a set of related messages that ultimately put human beings at the very center of this transformation toward intelligent machines: one of the paradoxes of the second machine age – as Erik Brynjolfsson and Andrew McAfee call it – is in fact that the more tasks computers take over, the more important becomes the role of people.4 Technology replaces tasks, not human beings, and human beings at each round of automation specialize in the tasks with higher added value.5 In other words, technological changes tend to complement human activities, enabling people to specialise in those areas where they have a comparative advantage. However, the transition is not bereft of problems: new skills and new organizational structures are needed to exploit the potentials of new technologies. The emergence of artificial intelligence, machine learning and big data – that in this volume will be interchangeably used alongside terms such as intelligent machines – can potentially represent a major turning point in human history. For the moment, we are dealing – and we will likely continue to do so – with weak or limited AI, namely single- purpose systems, i.e. machines that may reach an outstanding performance in one realm but cannot even fulfill the most basic task in a related field.6 Strong, or general, artificial intelligence – also referred as singularity – will occur when machines will, like human beings, be able to conduct a plurality of multidimensional activities, from driving a car to empatizing with peers, from playing video games to conducting different work activities.7 The contributions in this volume attempt to map the underlying causes, direct implications and broader consequences of the transformation at hand. Their main collective value is that they adopt different, but complementary approaches that ultimately corroborate the underlying theme of the entire volume, namely that as machines become more capable and easily available, the more important become human beings. The world of defense and security often looks with both amazement and concern at other fields. It rarely, however, truly engages with them, also intellectually. Building on a conference jointly organised in December 2018 between the NATO Defense College Research Division and the Paris-based Institut de Recherche Stratégique de l’Ecole Militaire, this volume has tried to address this shortfall by bringing together defense scholars and security practioners, economists and psychologists, historians and lawyers as well as business consultants and roboticists with the goal of looking from different angles at the domain of AI and reason, together, on its possible meanings and consequences.
Topic:
NATO, Regional Cooperation, Science and Technology, and Artificial Intelligence
Political Geography:
Europe, North Atlantic, and North America