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1021. Rebooting the Innovation Agenda

Author:
Daniel F. Runde and David E. Spiro
Publication Date:
03-2019
Content Type:
Working Paper
Institution:
Center for Strategic and International Studies (CSIS)
Abstract:
The fourth industrial revolution is underway, and technological changes will disrupt economic systems, displace workers, concentrate power and wealth, and erode trust in public institutions and the democratic political process. Up until now, the focus has largely been on how technology itself will impact society, with little attention being paid to the role of institutions. The relationship between societies and their institutions is changing, and countries will have to strengthen their capacities to avoid heightened social divisions. They must build resilience through gradual and intentional interventions designed for long-term, sustainable development. It is also essential that institutions work hard to build credibility and use available development tools, such as development finance institutions and foreign aid, to mitigate the risks of disruption. Countries and other stakeholders must pioneer these initiatives to successfully navigate the disruptions stemming from the fourth industrial revolution. The revision of existing models of education, skill development and investment and the integration of different stakeholders into the conversation will be critical in helping institutions play a productive role in rebooting the innovation agenda. This new report, Rebooting the Innovation Agenda, analyzes the need for resilient institution and the role they are expected to play in the fourth industrial revolution.
Topic:
Development, Industrial Policy, Science and Technology, Foreign Aid, and Industrialization
Political Geography:
Global Focus

1022. The Higher Road: Forging a U.S. Strategy for the Global Infrastructure Challenge

Author:
Jonathan Hillman and Erol Yayboke
Publication Date:
04-2019
Content Type:
Working Paper
Institution:
Center for Strategic and International Studies (CSIS)
Abstract:
Over the next 15 years, more hard infrastructure is projected to be built around the world than currently exists. This global build-out is already underway, and the changes it brings will only accelerate. Infrastructure projects, especially in the transport, energy, information and communications technology (ICT), and water sectors, have long been recognized as the backbone of modern economies. Going forward, emerging digital infrastructure, including fifth-generation (5G) networks, remote sensing, and other advanced technologies, will be especially critical. As our infrastructure is transformed, so will be the economies it fuels, the regions it connects, and the global commons it underpins. These trends are too powerful and potentially beneficial for the United States to stop, and too consequential to ignore.
Topic:
Science and Technology, Infrastructure, and Hegemony
Political Geography:
North America and United States of America

1023. Beyond Technology: The Fourth Industrial Revolution in the Developing World

Author:
Aaron Milner and Erol Yayboke
Publication Date:
05-2019
Content Type:
Working Paper
Institution:
Center for Strategic and International Studies (CSIS)
Abstract:
There are not going to be driverless Ubers in Lagos anytime soon. Robots are not going to steal millions of jobs from American miners or factory workers. Nor will our genes be spliced with technological enhancements to defeat diseases and to supercharge our neurons. Not yet, at least. But we are beginning to see symptoms of the globally disruptive phenomenon known as the Fourth Industrial Revolution (4IR). Rapid periods of past technological industrialization have created tectonic shifts in societies throughout human history. Diverse technologies have grown and scaled to knock off behemoths and traditions to become the next giants themselves. Some of these technologies that will define next-generation human enterprise, connectivity, and lifestyles already are here, but they haven’t been scaled to everyday utilization. For example, the vertical lift technology for flying cars has been around for years, but the regulatory environment, legal considerations, and other issues currently outweigh the benefit to innovate. Just because society has these technologies does not mean they will roll out. There are growing speed bumps to technology around privacy, competition, and equitable access. Technologies’ dramatic impact on everyday life could take a long time, but just like previous revolutions, if we do not plan for these evolutions now, we won’t benefit from them in the future.
Topic:
Industrial Policy, Science and Technology, Industrialization, and Emerging Technology
Political Geography:
Global Focus

1024. The Role of Development Finance Institutions in Enabling the Technology Revolution

Author:
Daniel F. Runde, Romina Bandura, and Sundar R. Ramanujam
Publication Date:
06-2019
Content Type:
Working Paper
Institution:
Center for Strategic and International Studies (CSIS)
Abstract:
The current technological revolution, more commonly referred to as “Industry 4.0” or “The Fourth Industrial Revolution – (4IR),” is rapidly disrupting and transforming economic institutions, social norms, and political systems.1 Globally, the interaction of different technologies such as automation, robotics, artificial intelligence, and others (Figure 1) can have a profound disruption in terms of the “velocity, scope, and systems impact.”2 The developing world has a unique opportunity to harness the potential of these transformations and increase global prosperity, efficiency, and quality of life.
Topic:
Development, Science and Technology, Finance, and Revolution
Political Geography:
Global Focus

1025. Training the Next Revolution in American Manufacturing

Author:
Charles Carson and Jonathan Robinson
Publication Date:
07-2019
Content Type:
Working Paper
Institution:
Center for Strategic and International Studies (CSIS)
Abstract:
In the United States, there is currently a dichotomy: employers are unable to fill manufacturing jobs, and yet there are hundreds of thousands of manufacturing workers looking for jobs. How can this be? Many point to a skills deficit across the U.S. workforce. Much like other aspects of daily life and the economy, technology is changing the way U.S. based companies manufacture goods for the global market. As technology permeates and alters the manufacturing industry, it has created a massive boost in manufacturing productivity, while simultaneously requiring fewer workers to maintain and increase production. For those still employed in the manufacturing sector, they also need to be better equipped with the skills to handle the new demands such advanced technology and techniques impose. This report analyzes different workforce development programs for advanced manufacturing across the nation, seeking to better understand what is required to educate and retrain the worker of the future.
Topic:
Science and Technology, Labor Issues, Manufacturing, and Skilled Labor
Political Geography:
North America and United States of America

1026. Federal Funding for Biosafety Research Is Critically Needed

Author:
Rocco Casagrande
Publication Date:
08-2019
Content Type:
Working Paper
Institution:
Center for Strategic and International Studies (CSIS)
Abstract:
The advent of powerful new tools in biotechnology promises to open a new era in the battle against infectious disease. This research will undoubtedly lead to better capability to predict and prevent global outbreaks, and will support the development of new vaccines and treatments to reduce the burden of outbreaks we cannot prevent. The benefits afforded by these powerful tools are not without attendant risks. The threat of biological laboratory accidents is not commonly understood to be a serious health security concern similar in significance to the threats of emerging infectious diseases and biological attacks. However, scientists are just now creating viruses that exceed the transmissibility or pathogenicity of naturally occurring strains. Also contributing to the rising risk of accidents is the entry into the life sciences of scientists from other fields and hobbyists, who may be accustomed to weaker accountability measures, enjoy less training and weaker knowledge of safety and consequences of accidents, and yet are drawn to the tools of biology because of the expansive power they afford. Unlike accidents in transportation, chemical production, or even nuclear power, biosafety accidents can result in the unforeseen and uncontrolled infection of lab personnel or their local communities, the release of a pathogen into the environment, or even the initiation of a global pandemic that could reach millions. There is abundant concern among health security experts and U.S. policymakers over the threat of pathogens being deliberately released into communities by malevolent actors and terrorist attacks. While these concerns are valid, we are not paying enough attention to the costly and real risks of biological laboratory accidents that threaten similarly dangerous outcomes. The United States is underinvesting in the science of biosafety. The resulting lack of data and active research in the field leaves the biosafety community with little understanding of how accidents are likely to occur and impedes the identification of cost- effective measures to prevent accidents. This gap in knowledge could be addressed with a modest budget of $10 million per year given to the National Institute of Occupational Safety and Health to fund a dedicated U.S. biosafety research program. The funding is modest because the first step is to develop a research community that focuses on these issues; currently, the lack of funding has prevented focused attention on research in biosafety. With adequate funding, this research will lead to the development of cost-effective training programs to reduce human error in the laboratory, the redesign of risky experiments to prevent outbreaks before they occur, and the identification of cost-effective investments in laboratory safety equipment, which could make the conduct of life sciences research more efficient.
Topic:
Health, Science and Technology, Biosecurity, and Medicine
Political Geography:
North America and United States of America

1027. Acquisition of Software-Defined Hardware-Based Adaptable Systems

Author:
Maura Rose McQuade, Andrew Philip Hunter, and Schuyler Moore
Publication Date:
08-2019
Content Type:
Working Paper
Institution:
Center for Strategic and International Studies (CSIS)
Abstract:
The increasing importance of software has created an opportunity for the Department of Defense (DoD) to harness innovation through the acquisition and modification of adaptable systems that are 1) inherently multifunctional and 2) designed for continuous modification. Identifying an acquisition approach to these types of adaptable systems that are software-defined and hardware-intensive is particularly challenging from an acquisition perspective as these systems do not fall into typical acquisition phases that discretely differentiate between phases such as research & development and production. However, there are several existing enablers that, if adopted, can mitigate barriers to the acquisition of adaptable systems.
Topic:
Defense Policy, Science and Technology, Military Strategy, Infrastructure, and Innovation
Political Geography:
North America and United States of America

1028. Emerging Technologies and Managing the Risk of Tech Transfer to China

Author:
James Andrew Lewis
Publication Date:
09-2019
Content Type:
Working Paper
Institution:
Center for Strategic and International Studies (CSIS)
Abstract:
There are deep interconnections between the U.S. and Chinese economies, and China has built its technology base on what it has acquired from the West. China’s government and some Chinese companies will use any means, legal or illegal, to acquire technology. The United States’ relationship with China cannot continue unchanged, but given the interconnections, change must be managed carefully. New restrictions are needed, but counterintuitively, these should be shaped by recognizing that being open makes the United States stronger than being closed. The best approach is an incremental and flexible approach to technology transfer centered on the need to avoid harm to the U.S economy. This report outlines the policy tools that the United States can use to mitigate risk while maintaining the openness that is a hallmark of the U.S. economy.
Topic:
Science and Technology, Intellectual Property/Copyright, Conflict, and Emerging Technology
Political Geography:
China, Asia, North America, and United States of America

1029. Research Collaboration in an Era of Strategic Competition

Author:
Stephanie Segal and Dylan Gerstel
Publication Date:
09-2019
Content Type:
Working Paper
Institution:
Center for Strategic and International Studies (CSIS)
Abstract:
There is a growing concern in Washington that certain aspects of international scientific collaboration pose a risk to U.S. economic and national security, making it the latest front in rising U.S.-China competition. At the same time, the U.S. innovation ecosystem depends greatly on foreign scientists and partnerships with foreign research institutions. A well-calibrated strategy to manage these risks will maximize openness while protecting intellectual property, research integrity, and national security. These efforts should preserve the ability of the United States to attract top talent, including by maintaining a welcoming environment for foreign researchers, while improving domestic investment in science, technology, engineering, and math outcomes. This report outlines the vulnerabilities arising from foreign research collaboration, the risks of policy overreach, and recommendations to manage risks while maintaining scientific openness.
Topic:
Security, Science and Technology, Innovation, and Strategic Competition
Political Geography:
China, Asia, North America, and United States of America

1030. Smart Money on Chinese Advances in AI

Author:
William A Carter and William Crumpler
Publication Date:
09-2019
Content Type:
Working Paper
Institution:
Center for Strategic and International Studies (CSIS)
Abstract:
Few countries have embraced the vision of an AI-powered future as fervently as China. Unlike the United States, the Chinese government is dedicating significant resources and attention to AI development and creating a supportive policy environment to facilitate innovation and experimentation and proactively manage risk. However, numerous misconceptions and competing narratives around China’s innovation economy have made it difficult for U.S. policymakers to understand the AI ecosystem in China and its links to AI innovation in the United States. This report seeks to improve this understanding by examining China’s progress toward achieving its four strategic goals. We find that while China’s progress towards AI leadership remains uneven, its commitment to building domestic innovation capacity could allow the country to become a world-leading AI power in the coming decades. China’s progress in AI can complement and accelerate U.S. AI development, and policymakers should avoid responding to China’s advances with counterproductive policies that undermine the U.S. innovative capacity to little or no gain. Instead, the United States should focus on developing a positive agenda for driving its own AI development.
Topic:
Science and Technology, Innovation, Artificial Intelligence, and Emerging Technology
Political Geography:
China, Asia, North America, and United States of America