Anna Puglisi is the Director of Biotechnology Programs and Senior Fellow at Georgetown’s Center for Security and Emerging Technology (CSET). Previously she served as the National Counterintelligence Officer for East Asia, advising senior U.S. and foreign government officials at the highest levels, academia and the private sector on counterintelligence (CI) issues. She played a prominent role in drafting the recently released U.S. National Counterintelligence Strategy, and in designing mitigation strategies for both the public and private sectors to protect technology. As a member of the Senior Analytic Service, she developed multidisciplinary efforts to understand global technology developments and their impact on U.S. competitiveness and national security, as well as efforts to target U.S. technology. Anna also started a government-wide working group looking at developments in biological sciences and has worked on several bio-security issues. She has received numerous awards including the FBI Director’s Award for Excellence. Anna holds an MPA, an MS in environmental science and a BA in Biology with honors, all from Indiana University. She studied at the Princeton in Beijing Chinese language school and was a visiting scholar in Nankai University’s Department of Economics, where she studied China’s S&T policies, infrastructure development and university reforms. She is a co-author of the 2013 study Chinese Industrial Espionage, the first book-length treatment of the topic, as well as countless related proprietary studies.
Biosafety Level-3 laboratories (BSL-3) are an essential part of research infrastructure and are used to develop vaccines and therapies. The research conducted in them provides insights into host-pathogen interactions that may help prevent future pandemics. However, these facilities also potentially pose a risk to society through lab accidents or misuse. Despite their importance, there is no comprehensive list of BSL-3 facilities, or the institutions in which they are housed. By systematically assessing PubMed articles published in English from 2006-2021, this paper maps institutions that host BSL-3 labs by their locations, augmenting current knowledge of where high-containment research is conducted globally.
China’s State Key Laboratory system drives the country’s innovation in science and technology. A key part of China’s aim to reduce its dependence on foreign technology, these labs conduct cutting-edge basic and applied research, attract and train domestic and foreign talent, and conduct academic exchanges with foreign counterparts. These laboratories are spread across almost all Chinese provinces except Tibet, with the majority clustered in large coastal cities.
China’s State Key Laboratory SystemJune 2022
China’s State Key Laboratory system drives innovation in science and technology. These labs conduct cutting-edge basic and applied research, attract and train domestic and foreign talent, and conduct academic exchanges with foreign counterparts. This report assesses trends in the research priorities, management structures, and talent recruitment efforts of nearly five hundred Chinese State Key Labs. The accompanying data visualization maps their geographical locations and host institutions.
China’s Industrial ClustersJune 2022
China is banking on applying AI to biotechnology research in order to transform itself into a “biotech superpower.” In pursuit of that goal, it has emphasized bringing together different aspects of the development cycle to foster multidisciplinary research. This data brief examines the emerging trend of co-location of AI and biotechnology researchers and explores the potential impact it will have on this growing field.
A Competitive Era for China’s UniversitiesMarch 2022
This brief illuminates the scale of Chinese government funding for higher education, science, and technology by exploring budget and expense reports for key government organizations and 34 of China’s most elite “Double First Class” universities. Chinese political leaders view elite universities as key components of the country’s military modernization, economic growth, and soft power; a situation that presents security risks for international partners.
Privacy is PowerJanuary 2022
In an opinion piece for Foreign Affairs, a team of CSET authors alongside coauthors make the case for the use of privacy-enhancing technologies to protect personal privacy.
CSET Senior Fellow Anna Puglisi testified before the Senate Select Committee on Intelligence on "Beijing's Long Arm: Threats to U.S. National Security." She offered recommendations to counter China's S&T collection efforts.
The Huawei MomentJuly 2021
For the first time, a Chinese company—Huawei—is set to lead the global transition from one key national security infrastructure technology to the next. How did Washington, at the beginning of the twenty-first century, fail to protect U.S. firms in this strategic technology and allow a geopolitical competitor to take a leadership position in a national security relevant critical infrastructure such as telecommunications? This policy brief highlights the characteristics of 5G development that China leveraged, exploited, and supported to take the lead in this key technology. The Huawei case study is in some ways the canary in the coal mine for emerging technologies and an illustration of what can happen to U.S. competitiveness when China’s companies do not have to base decisions on market forces.
China’s Foreign Technology Wish ListMay 2021
“Science and technology diplomats” act as brokers as part of China’s broader strategy to acquire foreign technology. Each year, they file hundreds of official reports on their activities. This issue brief illuminates trends in the 642 reports filed by the S&T directorates of Chinese embassies and consulates from 2015 to 2020, quantifying which types of technologies the Chinese government is most focused on acquiring, and from where.
Open-Source Intelligence for S&T AnalysisSeptember 2020
Establishing a new open-source National Science and Technology Analysis Center